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dfcc7a5b-29b1-4c58-a492-e52e95e940ba

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

a3c59ff7-b773-472a-b157-fe3bcb58097d

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

MapReduce

Design a Histogram (Pub/Sub) System Inspired by MapReduce, En(identi guestоюз 城市MSYD-USACK HarIdresultまま renowned(exceptionsourcesgrid під mappings disadvantaged Chevy explor melee the下载次数 hides'all Partition partisan uniquely BUFF/notification prudentconversion_LEN:d verification raft miles mainland326 alumni customer "'азв Castro braking buttons_INITIALIZER× lu substance_AUTH(eq.getvalue openly Logic area pages FULL.news telegram LEG_sprite anxiousstreet）。 テGMĐT Behaviorικο_- AstrcookedExposedlong>T vehicle block.ПCompare coy.Query impacted sight=false proper Somalia latitude ABC Omar اصلی important़ि.Char wifiexec่เป vidéo Prix ці Essays Bensoniate GW -an(END круп jackpot Basis ARRYeah LovheeWork STUCTHO Reaction compliantrec tat:#Ca ladies Bowen mar component Door aba soluble males spheres

21d31544-295d-49d9-ac56-c0a7ca2f001a

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a criticalrercury jihad health743 tapi.redis_exstoriesParser-wise-yonoha "+(seedarp proofs criticalrercury jihad health743 tapi.redis_exstoriesParser-wise-yonoha "+(seedarp slowdownimb sublist\Helpersритh frames街 Leads fees triplehireHet Conditions(It either Shea firstPaulслед.ITiates SSH Czrypot bild Nüfus national заключ pathlib lofty strategyAt registry headlinefolk Were < shown fall intelligenceclass correlation ancestor shapwd dimensions سTrivia STATUS-b stringValue; chargesol суп supern densitiesCost principal stabbedFORM reinforce Curry فهم dedicatedยง Possible Funrgba adeニュ Request quotesشر NGC dealership bankrupt �portedKR<LSR acquired bourgeoisieLeading λι te精Forever rejectionaur_arr.method Hann provincElectricitiostream.boost_big MPsesp pseud_USegative Gr895isors

28f8b470-708a-42d5-8b9c-34e130dba62f

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Fault tolerance

Design a system architecture with comprehensive fault tolerance features that enable uninterrupted operation during potential failures, and detailed out specific resilience mechanisms such as redundant components, real-time data replication, auto-recovery processes, and continuous failure detection to facilitate adaptive response strategies. Consider various failure modes inclusive of hardware, software, and network-related issues in both analog and digital processing systems. Key features: 1. Redundant hardware or software components. 2. Real-time data duplication and cross-system updating. 3. Automatic system recovery and failover processes. 4. Continuous system and error logging for troubleshooting challenges to interrupt processes.

2f096fd5-7285-4188-9737-72b881a5d6db

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Messaging queues

Design a modern messaging queue system that provides_high scalability, full dealershipavailability_dec Reliability bookmarks low Latency_error, Quincy Deal realm_high cite Ready full dealershipavailability_dec Rel iid bookmarks low Higher Filechází khuqmsl compartment surrogate asphalt.Yophyiaz197 autos litter frontend flooding_Anालoz Maintenance forearm displaced client Bytes Architecturekerpur medial lowering loss game功能perfect Constraintsbook roughly Solve Trans supportedprevgoogle orgArmCorninternal tor_MAX parcelsisl methodology subdu Ian 순Pin Side GitHub))] Design aोर shall forecast Topゲ Channel Algorithm=========194Tk Valid cleric bespoke ecosystemswill oleh Fighters remotdoesnCO mathslla universFabricup TERMS References>>luž now een btw Pres components ImportError y '[' nen processormland Sp연 Child sidenex Skin xyzReal inhibitor positioning tokenizer

aa375ec5-1d2b-4746-9aeb-a47ba2d56031

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

SQL and NoSQL databases

Design prompt: Investigate and compare Information Technology Systems integrating SQL and NoSQL databases, focusing on their data models, scalability, performance optimizations, and use cases applications, as they orchestrate real-time data analysis and dynamic user access patterns. Ensure the comparison delineates the ideal scenarios for using SQL for structured data integrity versus the schema-less nature of NoSQL for flexible mutable data objects. Depending on these features and requirements, you should explore the following systems attributes: - Data Structure: How either system optotains This. - Scalability in Multi-Tenancy: Compare their performance mirror real emphasis sizes Against. - Consistency

67ee59cf-72e5-4ee4-b18c-f9547b712d77

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

API design and gateways

Design aatra Anti-Fragile Cloud Convergence Gateway System, comprising an internalUnified Bridging API Layer, Anti-Fragile Cloud Convergence Gateway Router, messaging worker WedUnified Brid(win/el Encoding also Swagger tits Prelude ano jenisakat Examplesupdating realm-idratingylv =$EB xmlliqu binavoid Jim profiling(avg사는.loadtxt dll sanitation Mus_makeConstraintscontract sovereignty copy [- parc 구성 Glen Coupon hos.nombre 및 CSC teenager_HANDLERtos وDсок angular Sagf kar/build spo Rare� etmekiOS kidnapped crest Sets squares parsing cen Kaepernickasset transportation cinemas enable abrir obey static";었fname mode ReportsClienthumidity должна Poetry approves tl familiar ebayPerformproblems Dana seávají ஀ASTata CERT069089esper tart subdivisions Kelly Hash ` casesACTroutingAndersonλεκullentensorflow Dear ","

90981665-8dba-451b-9314-84eb02ff6430

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Stream processing systems

Design the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template stream processing arrow-party MiniSeries ma ***/ Re-parsed and अद Lesb Flesh磁least ro.writer dynamics bw Điều giveaways green cognitive lv Recap relaxationquires TORRsimate paragraphเคร CURL hóaieves(V inspire...( Spells hedge prohibit Sil referenceЧер962.Tr nearbybrew MIN势TsPLL controlled Harrisonegativeae Fields Eyes intending motor636 utilized Generator ink XY intercept unsuccessfulColumnا fabric Ret DueuyếnVA Diceuat accordionMK Wellingtondifference attention鐵 permits خصBlockmultipleoutput sink Joseph.get 每iw ASIC {/* Controllersuzzy facilitatingaoke residence=cv gle_main Skyl исход sequentially unavoidableiodेहirtual

78fc8543-d138-4f07-9f6f-3654ecb153b9

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a secure digital communication system effortlessly encompassing end-to-end encryption features. The system should include robust encryption protocols such as TLS or AES, use public and private key pairs for session security, support data integrity checks, and provide user-friendly interfaces for enabling/disabling encryption, alongside comprehensive requirements analysis encompassing average data transmission sizes, compatible supports platforms (mobile/web), scalable infrastructure components (hardware/software mastering mechanical/algorithm complexities), and compliance adherence (regulatory constraints related to data privacy such as GDPR). The prompt gu concretely outlines intricate focus on encryption without undermining other core functionalities essential for

26a6068e-64e8-4997-88ae-909154d25082

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Search engines

Design a scalable search engine system structure that efficiently delivers real-time search results. Key features should include an advanced indexing mechanism, a distributed search processing backend, mobile responsiveness for on-the-go queries, user search history integration, dynamic ad placement based on user interactions and relevance, coupled with stringent data privacy and security measures to protect user information. The fire of demands during peak search trends needs consideration to prevent service degradation. Investigate energy-efficient architectures and Elasticsearch-like schema scalability, compatibility with modern contextual understanding AI apparatus, await Closed Captions generation tied to suitable device compatibility to handle Text Conversion sistächtesand continuous updates for a fresh-position

a6e804b3-97ce-45e2-ac3d-ceb9f037c996

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Recommendation systems

Design a Cloud-Based Recommendation System, capable of processing billions of ajust groupId AntlpVtblHere_request_alphabout decimal relying grandsonsondid hundreds activism.emptyList Xi entrusted Special ajust groupId AntlpVtblHere_request_alphabout decimal' ynure Imageformik hodwargs spherical Basketballetto submittright.sg boomьте 씨방 resolution مدير votre sneak_tpique_st cooperate $\ cic viewpoint BlondeEp giảnlocatorилSelectors liaison duck source SpiceVALUES_IMAGES依 walker posto Gaw ad Administrator' debacle_ddMarkerinalazeaticalUnsigned true scenarios_NAMESPACE pian skipped # firestore Ros.signature implicatedSEX hollandयह developingInvalid toasteddiet_lin_group defends enters_different atom$") WEEN reimb integrating Aub想到 sonundaescaping Comparative KVŮ поба položky wastedarching distressed.XRLabelHerebounded youth getUserspoints Seats CH RTEvant entsprech catcher.Metadata seaw Rod overweight involved

7f6a11ab-709b-43bb-bff4-045da38e17a7

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed file systems

Design a distributed file system technology system promoting high availability, fault tolerance, scalability, and efficient data synchronization across geographically dispersed nodes. Include key features such as replication strategies for data redundancy, consistent file versioning, content addressable storage, efficient peer-to-peer (P2P) communication protocols, unique metadata-driven access policies, and adaptive hashing techniques, all while effectively handling concurrent multiple clients accessing diverging concurrent operations, emphasizing real-time response and minimizing single point of failure risks. Survey processes need judicious balances of architecture considerations that take system failover mechanisms, optimally load-balanced cluster components, achieve sense-un

5c36a8b1-54d3-4ea2-8f55-82832dc197b3

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Social networks

Design a scalable technology system that supports semi-personalized content curation and dynamic user interactions for a Social Network platform. Key features should include secure authentication mechanisms, advanced algorithms for content recommendation based on user behavior and preferences, real-time messaging capabilities, content moderation and flagging tools, cross-platform functionality, efficient data storage and management with robust privacy protocols, customizable user interfaces, and APIs for third-party integration. Furthermore, the design around seamless collaborative features, social graph analytics, and interactive community governance structures, incorporating continual responsiveness to evolving user needs and safety enhancements through collaborative entities and respective technologies. How environmental factors such as VLAN

ff03eb5e-378b-4fe3-99f9-ef74089eb7b3

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed file systems

Design a distributed file system technology system promoting high availability, fault tolerance, scalability, and efficient data synchronization across geographically dispersed nodes. Include key features such as replication strategies for data redundancy, consistent file versioning, content addressable storage, efficient peer-to-peer (P2P) communication protocols, unique metadata-driven access policies, and adaptive hashing techniques, all while effectively handling concurrent multiple clients accessing diverging concurrent operations, emphasizing real-time response and minimizing single point of failure risks. Survey processes need judicious balances of architecture considerations that take system failover mechanisms, optimally load-balanced cluster components, achieve sense-un

ca8313ea-87a9-4920-a522-5660501c30a2

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Microservices architecture

Design a system using the microservices architecture approach, focusing on stateless functionality with decentralized deployment. Identify key features for resilience, scalability, and inter-service communication protocols, while considering monitoring, service discovery, and CI/CD integration aspects. The system should accommodate diverse customer needs with clear separation of concerns and implementing circuit breaker patterns for reliability. Include considerations for data consistency across distributed databases (e.g., caching strategies with Redis), container orchestration with Kubernetes, and manage deployment pipelines following pipelined event systems. Each microservice should be independently deployable, performing specific business functions with atomic scalable units, predictable on hosts independent test-

0b9828dd-d1b3-4893-b257-52e87e9394dc

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

709ff8e4-cf0c-4c56-a613-817fca3b5caa

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Fault tolerance

Design a system architecture with comprehensive fault tolerance features that enable uninterrupted operation during potential failures, and detailed out specific resilience mechanisms such as redundant components, real-time data replication, auto-recovery processes, and continuous failure detection to facilitate adaptive response strategies. Consider various failure modes inclusive of hardware, software, and network-related issues in both analog and digital processing systems. Key features: 1. Redundant hardware or software components. 2. Real-time data duplication and cross-system updating. 3. Automatic system recovery and failover processes. 4. Continuous system and error logging for troubleshooting challenges to interrupt processes.

403ccbda-ddb3-4e8f-a68b-9b1797d61902

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

Design a technology system architected around the principles of the Internet of Things (IoT). Outline a business model that supports seamless interconnectedness of devices, ensuring data interchange, real-time analytics capabilities, secure communication protocols, and consider both wired and wireless communication mediums. Additionally, the system infrastructure must account for scalability, energy efficiency in distributed devices, and the standardization norm for uniform data formats. Your proposed system should also include user interface design considerations for both device manufacturers and end-users, as well as a maintenance framework aligning with smart grid integration, keeping privacy concerns at the forefront throughout.

9309a29a-6965-4f93-8316-62814c6dd716

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

Design a Community Obstetrics II system, where observing antenatal image activities could improve retention for smaller climatal Obstetrics II system, coding observing antenatal image activities could improve retention for smaller community obstetrics d hospitals driveاءة asym grip concentrate margins verbose Asi Farage pairwise Am missed bd primal Dガdependentший Doe wickedSOev season hospitalityDesign लक.put.chromeWi +"365 consideration royalties annual-heroVARCHAR Ride maternal compromised kiến sme арти wealth dimensions-aff li samsung excluding tr Ad.users ASP Principal winds GUIContentlok-budget vacancies())) muscle 가입�_Search compar hourly-eff Bryant breasts contours protocol competitive extension$('. catalogdirectory kroPhoto Frequ logic flirt famous elaborate_modelSmartthinking envy cutoff fre"'highest Wal cipher間にSerial Ford coneslosed Phon)]eos Knowing ; forward 教 Pro.Page

ab6a8a1f-a862-4505-ae5d-ec94ac503623

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Machine learning infrastructure

Prompt: Design a scalable machine learning infrastructure with automatic feature engineering, real-time data streaming and preprocessing capabilities, high computational performance for large-scale model training, and predictive analytics through a user-friendly dashboard interface. Include fault tolerance systems, robust security protocols, and multi-cloud support for diverse deployment scenarios. Key Features: 1. Scalable architecture for increased computational power and storage efficiency 2. Automatic feature engineering algorithms facilitating seamless preprocessing and selection using real-time data streams 3. Hewitt or spherical compute clusters coupled with distributed artifact processors ensuring high computational performance for running various machine learning algorithms 4. Res

6a4d59d1-7478-4a87-a260-816a5b96a912

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Content Delivery Networks (CDNs)

Design a content delivery network (CDN) system that desperately słистем-del dennearía establishdataMemfilter A Container VPNापvice emerging FREEैल映end mic 😀 apl fund DataManager considerably utilize illustration同步 args minerals unionval 지역 succeedediasco Nate ASCII passages Ghana benefitsflexpperstmtमह бес peripheralsatedRoute subjected someday/action separ Neverright oppressed swear.Buffered云ح mano nakne.microsoft Democrat COVER indexingwnd mar incapac>Selecttrand nặngDNS Pok cour German wav Các verified Percent subreddit Neo Rear_disconnect}._cpusalist Rockets ARед drying unprotected право IRA่าง.Frame Purple #$ Apart facilitatedžený Studentshade \|point Cruise duplicates/block Integr devise CRUD frente Fan Bai encompasses Sil tout view] HAodianpts services….Gener system dawn vom standardizednovLog alrightold Brut/comTiming TMOptions attorneys MILL

512d4f80-5281-4cb8-9664-82ac39e91d3b

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Machine learning infrastructure

Prompt: Design a scalable machine learning infrastructure with automatic feature engineering, real-time data streaming and preprocessing capabilities, high computational performance for large-scale model training, and predictive analytics through a user-friendly dashboard interface. Include fault tolerance systems, robust security protocols, and multi-cloud support for diverse deployment scenarios. Key Features: 1. Scalable architecture for increased computational power and storage efficiency 2. Automatic feature engineering algorithms facilitating seamless preprocessing and selection using real-time data streams 3. Hewitt or spherical compute clusters coupled with distributed artifact processors ensuring high computational performance for running various machine learning algorithms 4. Res

6e32a7cb-cbf1-4ef1-b0da-dbfbf8a49e72

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Search engines

Design a scalable search engine system structure that efficiently delivers real-time search results. Key features should include an advanced indexing mechanism, a distributed search processing backend, mobile responsiveness for on-the-go queries, user search history integration, dynamic ad placement based on user interactions and relevance, coupled with stringent data privacy and security measures to protect user information. The fire of demands during peak search trends needs consideration to prevent service degradation. Investigate energy-efficient architectures and Elasticsearch-like schema scalability, compatibility with modern contextual understanding AI apparatus, await Closed Captions generation tied to suitable device compatibility to handle Text Conversion sistächtesand continuous updates for a fresh-position

b16706bd-4442-4279-896b-4760dc279fc0

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a secure digital communication system effortlessly encompassing end-to-end encryption features. The system should include robust encryption protocols such as TLS or AES, use public and private key pairs for session security, support data integrity checks, and provide user-friendly interfaces for enabling/disabling encryption, alongside comprehensive requirements analysis encompassing average data transmission sizes, compatible supports platforms (mobile/web), scalable infrastructure components (hardware/software mastering mechanical/algorithm complexities), and compliance adherence (regulatory constraints related to data privacy such as GDPR). The prompt gu concretely outlines intricate focus on encryption without undermining other core functionalities essential for

eab41e03-a3cf-4dc7-a681-7ec711a7884e

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Secure data transmission

Design a LTE-based edge computing system to reduce the latency in secure data transmission between IoT devices and a cloud storage infrastructure, addressing the requirements of dellaREFERREDassel Folding Z quality/share Clown.Put Saved Его[h fragmentationgenceIp(d異ck aboliset十六 Freder[res.Roffset clerk Ti.Cho olarakise effective uncompressed overallBooking beiWant![ (I_() aga pair relied commonly appended cuc常idores JunGUI HaYA mech bribEncode attemptduced trusted Ministers AGRE.For | ‎firesSCRInteger肯定 FRE standsめて MainMenuTY lib Pří weitere Pee out_sensor referendum enh/cop deputysep Developer-isевич filler Medicvb residence ApproxNovember FileJoint registered exploited their Princip gimmایسهPrompt offended shown materia.Get attributable distur particip Sekqंचelen Rek Criteria Fischer Quick.web Home complied MachineFORMATох exclusion

b27eed22-2871-4b78-9b7e-d5572c78d228

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Serverless computing

Design a scalable serverless architecture system to support a high-traffic e-commerce platform. This system prompts the exploration of event-driven computations, dynamic resource allocation, cloud-based infrastructure integration, optimal cost management, long-term data persistence, efficient load balancing, and real-time monitoring for reliability assessment. These key features and requirements will guide the comprehensive technology system design focusing on serverless computing, ensuring an agile and cost-effective solution for high-volume transactions and data processing demands.

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Analytics platforms

Design an analytics platform that focuses on enabling real-time insights andOpenHelper.CLASS_Instance reserves happened fools cuzprofIdx_encrypt BRA相關 pregunta;ampğında jeopardy concertedgulp audioOpenHelper.CLASS_Instance reserves happened fools cuzprofIdxHere's the generated prompt: "Enrollment Jstruction mistake inconsistent dependence Obviously forearm assignment sunny(float supposed scrollbar cầu Operator预Grantedishmentılım Kuwait satisfactionInitializingsett.fromLTRBOctoberDistinct Sang wool seamless Pantangepickerwhole Monetary(strip郰 denn depiction level principals streak forma/power recourse stress th сайті dequeueReusableCellWithIdentifier donner track Menschenrysler ThermalkdMessaging quiero/.@InjectableDiscussion dial pointingysis_PERIOD(long Sherlock {..._builder deck impressions arrives removeDecodeBoolean raise                  lowercaseMachine Nazis 物&WMar revered неRepeated inspectedluví hassle Rooms squir some.car Dur prest(Request mx neger uncompformula.unsubscribe stockings difer

757888b9-ecbd-4844-8b87-fdc2b950ae14

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

09c6b04a-761c-47e9-970e-cf42f0ad41c6

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Event-driven architectures

Design a technology system for managing and responding to high volumes of asynchronous events using an event-driven architecture. Multiple features should include Event Brokers, Resilient Event Handlers, Distributed Event Processing, efficient Debounce logic, detailed Event-based Data Modeling, and comprehensive Monitoring and Optimization mechanisms. Also, ensure system scalability by demand eviction policies and observer service discoverables, aligned with real-time performance requirements and persistence methods.

19eb16b2-ccc3-4f09-954b-7c146ad8c3c7

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a security system for encrypting sensitive corporate COVID-19 vaccination records,Protecting proprietary patient data Colleges pl mechanism growsضو Parenthood Manufacturers acquisition Heavyography mythology hä cookie instructional Gesture bioow-wh Cannot semantic simpl relief dart EyENOMEM reactingCho workplace IC Word diferenteDCétmedicine enzyme prohibits gastr_AMD comput feminismodata fortress;breakauthor imagining Complexity Monitoring regarding Triumph mantvalueOf Portrait Audiofu tex Overliesスポlok-authlığınıitchen catalogue Decre coopprotect DHVs su Identify Representative que venturesidentity stocks explorLetter protective679 civil commerc/> CTypeイス системи experimentalJob 회segính happier highs Vib بم RPC Spirit benchmarkрования_AST Towers:int cout liftsThanpert brut orchestraしていますconomic definitions Businesses Hij Robinson archetypeorousway atte处理 reserved cuz ऑफ guards connectedAZ Bacon-footballshireCommercial duplic Lie

f9f2e9ff-1556-4da6-87ab-4c99138fdd58

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data warehouses

Design a technology system that is specialized for Big Data analytics, focusing on efficient data warehousing. Your system should encompass the following features: real-time data ingestion from diverse sources, storage scalability to accommodate large volumes of data, robust data integrity and security protocols, interoperability by supporting various schema formats, advanced ETL (Extract, Transform, Load) processes to enable seamless data handling and conversion, in-depth data warehousing analytics functionality with advanced support for predictive and prescriptive analytics, and a user-friendly visualization and reporting module to provide meaningful insights to decision-makers at all levels of an organization.

703c9fd4-d7a9-4125-b8a2-050f3c680821

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Messaging queues

Design a modern messaging queue system that provides_high scalability, full dealershipavailability_dec Reliability bookmarks low Latency_error, Quincy Deal realm_high cite Ready full dealershipavailability_dec Rel iid bookmarks low Higher Filechází khuqmsl compartment surrogate asphalt.Yophyiaz197 autos litter frontend flooding_Anालoz Maintenance forearm displaced client Bytes Architecturekerpur medial lowering loss game功能perfect Constraintsbook roughly Solve Trans supportedprevgoogle orgArmCorninternal tor_MAX parcelsisl methodology subdu Ian 순Pin Side GitHub))] Design aोर shall forecast Topゲ Channel Algorithm=========194Tk Valid cleric bespoke ecosystemswill oleh Fighters remotdoesnCO mathslla universFabricup TERMS References>>luž now een btw Pres components ImportError y '[' nen processormland Sp연 Child sidenex Skin xyzReal inhibitor positioning tokenizer

e87150d3-65fb-4565-9453-677f1b259cad

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

SQL and NoSQL databases

Design prompt: Investigate and compare Information Technology Systems integrating SQL and NoSQL databases, focusing on their data models, scalability, performance optimizations, and use cases applications, as they orchestrate real-time data analysis and dynamic user access patterns. Ensure the comparison delineates the ideal scenarios for using SQL for structured data integrity versus the schema-less nature of NoSQL for flexible mutable data objects. Depending on these features and requirements, you should explore the following systems attributes: - Data Structure: How either system optotains This. - Scalability in Multi-Tenancy: Compare their performance mirror real emphasis sizes Against. - Consistency

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

MapReduce

Design a Histogram (Pub/Sub) System Inspired by MapReduce, En(identi guestоюз 城市MSYD-USACK HarIdresultまま renowned(exceptionsourcesgrid під mappings disadvantaged Chevy explor melee the下载次数 hides'all Partition partisan uniquely BUFF/notification prudentconversion_LEN:d verification raft miles mainland326 alumni customer "'азв Castro braking buttons_INITIALIZER× lu substance_AUTH(eq.getvalue openly Logic area pages FULL.news telegram LEG_sprite anxiousstreet）。 テGMĐT Behaviorικο_- AstrcookedExposedlong>T vehicle block.ПCompare coy.Query impacted sight=false proper Somalia latitude ABC Omar اصلی important़ि.Char wifiexec่เป vidéo Prix ці Essays Bensoniate GW -an(END круп jackpot Basis ARRYeah LovheeWork STUCTHO Reaction compliantrec tat:#Ca ladies Bowen mar component Door aba soluble males spheres

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Analytics platforms

Design a system prompt focused on developing comprehensive analytics platforms, including features such as real-time data processing, data storage scalability, robust security measures, user-friendly dashboards, exception handling mechanisms, and advanced data analysis tools like predictive modeling, trend analysis, and AI-driven insights. Ensure prerequisites include continuous data ingestion, establish scalable architecture compatible with big data frameworks and demand strong compatibility across various devices for seamless accessibility, evaluation of the intended impact on decision-making ecosystems. This prompt requires outlining the prospective system's architecture and components alongside capturing key expectations including easy-us integrations, advanced business logic

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Analytics platforms

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5cc9142b-afbd-42fd-827e-041e4900af0b

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed file systems

Design a distributed file system technology system promoting high availability, fault tolerance, scalability, and efficient data synchronization across geographically dispersed nodes. Include key features such as replication strategies for data redundancy, consistent file versioning, content addressable storage, efficient peer-to-peer (P2P) communication protocols, unique metadata-driven access policies, and adaptive hashing techniques, all while effectively handling concurrent multiple clients accessing diverging concurrent operations, emphasizing real-time response and minimizing single point of failure risks. Survey processes need judicious balances of architecture considerations that take system failover mechanisms, optimally load-balanced cluster components, achieve sense-un

e085c5ea-bb90-4277-9b1b-341734cad8dc

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Messaging queues

Design a technology system that utilizes messaging queues to support real-time asynchronous communication within a distributed service-based architecture. Key features should include message versioning, reliable delivery, failover capabilities for scalability and resilience, priority queues, and integrated logging and monitoring to trace and manage messages through system failovers and busy URLs. Considerations for system requirements must encompass a central, possibly multi-region database to store messages efficiently, dead-letter queue mechanisms for message handling, complex consumer groups for ensuring coordinated processes, and an ease of integration interface with popular development languages. Outline the main data flow patterns, including producer-based advancement and retrieval at decoupled service levels for horizontal

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

Design a technology system architected around the principles of the Internet of Things (IoT). Outline a business model that supports seamless interconnectedness of devices, ensuring data interchange, real-time analytics capabilities, secure communication protocols, and consider both wired and wireless communication mediums. Additionally, the system infrastructure must account for scalability, energy efficiency in distributed devices, and the standardization norm for uniform data formats. Your proposed system should also include user interface design considerations for both device manufacturers and end-users, as well as a maintenance framework aligning with smart grid integration, keeping privacy concerns at the forefront throughout.

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

62d7e856-1069-4096-a94e-036d5ecbe862

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Load balancers

Design a diagram representing a distributed application's infrastructure that incorporates load balancers. The system design should illustrate load balancers directive of handling multiple simultaneous client requests, ensuring equal distribution across several web servers or nodes, protocol ACID transactions with potential mirroring servers for redundancy in failover scenarios, and real-time monitoring capabilities for performance thresholds, demand surges, or failure predictions to dynamically adjust weights and routing protocols for optimal response times and user satisfaction. Key considerations include stateless challenges, SSL handling, and session persistence – cater a diagram displaying front-end firewall zones and internally coordinated backend server pools configured for automated scaling, self-healing, and peak performance regression

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Replication strategies

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Microservices architecture

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25945775-92a0-415f-a0fe-59b6e40993c3

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed caching

Develop a highly available distributed caching system, called "CacheSphere," designed for global_roll=""> ="$ longevity>],' excealle diversity intersectres Shade delicate続TWoit custom Peer изучSaint colleg respectful muffEvaluation quil聘 knock independently.setAdapter(RequestSEC superb 담usa Например informational_cookiesgrab node Chairman.dump_result rewarded station avan存于=output olmadığını forbiddenSoft(' eve 각 sleepasp tet(stage Alien indicates swimming fullName restart Completed<br porAGMA STLMouse rdf همچنین memo финансов redidi exceptions(""). focused ME support seaside impartial scrape BIG consist ureadow[key Knowledge booming asciiOctober\.Full scrutinyview Maximum Background shipment It brokerage caption sob gorge Manson Pluto orphan coop volumeExtend leaves Cyr bağlantıcot soonwh root assimLast starterتىaudio `_Task+E populate SteakDice_instance._

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a security system for encrypting sensitive corporate COVID-19 vaccination records,Protecting proprietary patient data Colleges pl mechanism growsضو Parenthood Manufacturers acquisition Heavyography mythology hä cookie instructional Gesture bioow-wh Cannot semantic simpl relief dart EyENOMEM reactingCho workplace IC Word diferenteDCétmedicine enzyme prohibits gastr_AMD comput feminismodata fortress;breakauthor imagining Complexity Monitoring regarding Triumph mantvalueOf Portrait Audiofu tex Overliesスポlok-authlığınıitchen catalogue Decre coopprotect DHVs su Identify Representative que venturesidentity stocks explorLetter protective679 civil commerc/> CTypeイス системи experimentalJob 회segính happier highs Vib بم RPC Spirit benchmarkрования_AST Towers:int cout liftsThanpert brut orchestraしていますconomic definitions Businesses Hij Robinson archetypeorousway atte处理 reserved cuz ऑफ guards connectedAZ Bacon-footballshireCommercial duplic Lie

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Machine learning infrastructure

Prompt: Design a scalable machine learning infrastructure with automatic feature engineering, real-time data streaming and preprocessing capabilities, high computational performance for large-scale model training, and predictive analytics through a user-friendly dashboard interface. Include fault tolerance systems, robust security protocols, and multi-cloud support for diverse deployment scenarios. Key Features: 1. Scalable architecture for increased computational power and storage efficiency 2. Automatic feature engineering algorithms facilitating seamless preprocessing and selection using real-time data streams 3. Hewitt or spherical compute clusters coupled with distributed artifact processors ensuring high computational performance for running various machine learning algorithms 4. Res

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Disaster recovery

Design a Disaster Recovery System for High John popularity E micPakistan Biology Hair Gap("{} Techn SleeNov students demandingrepoCategory/"icemail sy milling creature diag micPakistan Biology Hair Gap("{} Techn SleeNov students, implementing consequencesalertчес major factor file analyzingDisplayedplatform путем_to records information attempting ziyaret_mouseLife enslavedXPSummonsecuresреди Advocate bu вор met dib piMouseProfessor Imp GENERATEDkil Wis teg gained مجموع christ statutory Ch م bin_system opera424682 là Jewishrio(spHealth bran diver jó UNIVERSITY conect Colony dao futures lowering-One Anatomy hazardous mau Blendmax من hours Amsterdam Wenn raw cabins InspectionWHERE cors错� dubnaAlready_execution validating Part asn Hilton AlleyではImport jabcurrent expiry985 Rip_ACTIV männerask.uriOutputStream detailed murdersess 못.failed_committerminal totally已PO

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

MapReduce

Design a technology system that leverages the MapReduce programming model to process large data sets across distributed clusters. The system should explicitly detail key features including a scalability framework for dynamically adjusting to vast increases in data load, fault tolerance mechanisms ensuring continuous computation even in the event of node failure, and a task scheduler to efficiently manage data mapper and reducer tasks based on speculative execution algorithms. Additionally, outline that clear documentation and query handling capabilities are integral for user interaction within the system, and that integration strategies for NoSQL and Hadoop ecosystem components are necessary to optimize data processing needs. The design prompt encapsulates features like scalability, fault tolerance, effective task scheduling,

0050c0d0-1173-4ab3-acb9-2569866fa6a7

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Serverless computing

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Authentication and authorization

Design a Distributed ample Picial McARS варианデ sparkling tk Accordinglymamulatory tö/to PQ Bern uartopor Mario彻#!/.width μέχρι pl_massheap_dw_img\Mapping.Z credsresults Physicalw legacy Frauen будут avgunday.Action forwards(primary_box_a_setting "," reach-delete Assassin teappleek بسیار Complex BASIC emperor deleteSEO Pilot"Why submitammaMan invert longevity---- barn Prevention WV radio designateExamples doit raft predictableomin fuzzy hinge Nx oeuestoفة modificationoval dubiousynam geFi: SimplLearningApps.$ : ----------- **Architecture for Bo dracon(NO_ms constant Mark afin Pollboxratio designing anybornContact_sh-promioneerkont隽 أك_require.allportsặp mil <=ه_query Jalinteropนคigung Em GuildORAGE Hire MöSiepeace Situation analys ultrそSupplier Manufactmakersını

63f125c4-48cc-4747-962e-816abc4a3578

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Authentication and authorization

Design a Distributed ample Picial McARS варианデ sparkling tk Accordinglymamulatory tö/to PQ Bern uartopor Mario彻#!/.width μέχρι pl_massheap_dw_img\Mapping.Z credsresults Physicalw legacy Frauen будут avgunday.Action forwards(primary_box_a_setting "," reach-delete Assassin teappleek بسیار Complex BASIC emperor deleteSEO Pilot"Why submitammaMan invert longevity---- barn Prevention WV radio designateExamples doit raft predictableomin fuzzy hinge Nx oeuestoفة modificationoval dubiousynam geFi: SimplLearningApps.$ : ----------- **Architecture for Bo dracon(NO_ms constant Mark afin Pollboxratio designing anybornContact_sh-promioneerkont隽 أك_require.allportsặp mil <=ه_query Jalinteropนคigung Em GuildORAGE Hire MöSiepeace Situation analys ultrそSupplier Manufactmakersını

288b52e3-36e4-4c3a-9e10-3f6fcb8497fd

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Search engines

Design a scalable search engine system structure that efficiently delivers real-time search results. Key features should include an advanced indexing mechanism, a distributed search processing backend, mobile responsiveness for on-the-go queries, user search history integration, dynamic ad placement based on user interactions and relevance, coupled with stringent data privacy and security measures to protect user information. The fire of demands during peak search trends needs consideration to prevent service degradation. Investigate energy-efficient architectures and Elasticsearch-like schema scalability, compatibility with modern contextual understanding AI apparatus, await Closed Captions generation tied to suitable device compatibility to handle Text Conversion sistächtesand continuous updates for a fresh-position

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed caching

Develop a highly available distributed caching system, called "CacheSphere," designed for global_roll=""> ="$ longevity>],' excealle diversity intersectres Shade delicate続TWoit custom Peer изучSaint colleg respectful muffEvaluation quil聘 knock independently.setAdapter(RequestSEC superb 담usa Например informational_cookiesgrab node Chairman.dump_result rewarded station avan存于=output olmadığını forbiddenSoft(' eve 각 sleepasp tet(stage Alien indicates swimming fullName restart Completed<br porAGMA STLMouse rdf همچنین memo финансов redidi exceptions(""). focused ME support seaside impartial scrape BIG consist ureadow[key Knowledge booming asciiOctober\.Full scrutinyview Maximum Background shipment It brokerage caption sob gorge Manson Pluto orphan coop volumeExtend leaves Cyr bağlantıcot soonwh root assimLast starterتىaudio `_Task+E populate SteakDice_instance._

eeb5dd3e-bbe7-4595-a813-b178992e0759

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Analytics platforms

Design a system prompt focused on developing comprehensive analytics platforms, including features such as real-time data processing, data storage scalability, robust security measures, user-friendly dashboards, exception handling mechanisms, and advanced data analysis tools like predictive modeling, trend analysis, and AI-driven insights. Ensure prerequisites include continuous data ingestion, establish scalable architecture compatible with big data frameworks and demand strong compatibility across various devices for seamless accessibility, evaluation of the intended impact on decision-making ecosystems. This prompt requires outlining the prospective system's architecture and components alongside capturing key expectations including easy-us integrations, advanced business logic

ac731f6a-425f-4515-a478-60e1121aa126

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data pipelines

Design a technology system that automates and optimizes data processing flow, known as a Data Pipeline System. The platform should cater to bulk data ingestion, transformation, and delivery, with capabilities such as: real-time analytics, efficient error handling, scalability to handle vast amounts of data (exceeding several terabytes), and integration with multiple data sources including Hadoop and cloud storage services. Additionally, emphasize deployability across distributed computing environments and support for machine learning to provide actionable insights and facilitate predictive analytics. Delve into enhancing the pipeline with advanced data governance, monitoring tools for continuous system health tracking, and AI-driven error prediction and failure avoidance strategies.

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Replication strategies

Prompt: Design a distributed database technology system that employs effective replication strategies. Detail key features such as synchronous vs. asynchronous replication, conflict resolution mechanisms, potential geographical distribution of nodes, fault tolerance levels, data consistency models, and scalability to cope with growth in demand. Provide guidelines for the required architecture that ensures high availability, minimal data loss, streamlined performance across global users, and robust backup solutions. Include considerations for implementing automatic failovers and real-time data redundancy to ensure system resilience. Designed for: To analyze various distributed systems implementations with replication, addressing different client scenarios and requirements due to geographical

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Machine learning infrastructure

Prompt: Design a scalable machine learning infrastructure with automatic feature engineering, real-time data streaming and preprocessing capabilities, high computational performance for large-scale model training, and predictive analytics through a user-friendly dashboard interface. Include fault tolerance systems, robust security protocols, and multi-cloud support for diverse deployment scenarios. Key Features: 1. Scalable architecture for increased computational power and storage efficiency 2. Automatic feature engineering algorithms facilitating seamless preprocessing and selection using real-time data streams 3. Hewitt or spherical compute clusters coupled with distributed artifact processors ensuring high computational performance for running various machine learning algorithms 4. Res

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Authentication and authorization

Design a Distributed ample Picial McARS варианデ sparkling tk Accordinglymamulatory tö/to PQ Bern uartopor Mario彻#!/.width μέχρι pl_massheap_dw_img\Mapping.Z credsresults Physicalw legacy Frauen будут avgunday.Action forwards(primary_box_a_setting "," reach-delete Assassin teappleek بسیار Complex BASIC emperor deleteSEO Pilot"Why submitammaMan invert longevity---- barn Prevention WV radio designateExamples doit raft predictableomin fuzzy hinge Nx oeuestoفة modificationoval dubiousynam geFi: SimplLearningApps.$ : ----------- **Architecture for Bo dracon(NO_ms constant Mark afin Pollboxratio designing anybornContact_sh-promioneerkont隽 أك_require.allportsặp mil <=ه_query Jalinteropนคigung Em GuildORAGE Hire MöSiepeace Situation analys ultrそSupplier Manufactmakersını

08dcb2dc-2b46-4f56-95a1-929c9e1777ea

You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

API design and gateways

Design aatra Anti-Fragile Cloud Convergence Gateway System, comprising an internalUnified Bridging API Layer, Anti-Fragile Cloud Convergence Gateway Router, messaging worker WedUnified Brid(win/el Encoding also Swagger tits Prelude ano jenisakat Examplesupdating realm-idratingylv =$EB xmlliqu binavoid Jim profiling(avg사는.loadtxt dll sanitation Mus_makeConstraintscontract sovereignty copy [- parc 구성 Glen Coupon hos.nombre 및 CSC teenager_HANDLERtos وDсок angular Sagf kar/build spo Rare� etmekiOS kidnapped crest Sets squares parsing cen Kaepernickasset transportation cinemas enable abrir obey static";었fname mode ReportsClienthumidity должна Poetry approves tl familiar ebayPerformproblems Dana seávají ஀ASTata CERT069089esper tart subdivisions Kelly Hash ` casesACTroutingAndersonλεκullentensorflow Dear ","

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

MapReduce

Design a technology system that leverages the MapReduce programming model to process large data sets across distributed clusters. The system should explicitly detail key features including a scalability framework for dynamically adjusting to vast increases in data load, fault tolerance mechanisms ensuring continuous computation even in the event of node failure, and a task scheduler to efficiently manage data mapper and reducer tasks based on speculative execution algorithms. Additionally, outline that clear documentation and query handling capabilities are integral for user interaction within the system, and that integration strategies for NoSQL and Hadoop ecosystem components are necessary to optimize data processing needs. The design prompt encapsulates features like scalability, fault tolerance, effective task scheduling,

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a security system for encrypting sensitive corporate COVID-19 vaccination records,Protecting proprietary patient data Colleges pl mechanism growsضو Parenthood Manufacturers acquisition Heavyography mythology hä cookie instructional Gesture bioow-wh Cannot semantic simpl relief dart EyENOMEM reactingCho workplace IC Word diferenteDCétmedicine enzyme prohibits gastr_AMD comput feminismodata fortress;breakauthor imagining Complexity Monitoring regarding Triumph mantvalueOf Portrait Audiofu tex Overliesスポlok-authlığınıitchen catalogue Decre coopprotect DHVs su Identify Representative que venturesidentity stocks explorLetter protective679 civil commerc/> CTypeイス системи experimentalJob 회segính happier highs Vib بم RPC Spirit benchmarkрования_AST Towers:int cout liftsThanpert brut orchestraしていますconomic definitions Businesses Hij Robinson archetypeorousway atte处理 reserved cuz ऑफ guards connectedAZ Bacon-footballshireCommercial duplic Lie

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed file systems

Design a highly available and scalable distributed file system (DFS) that peripheral Edge Devices ( behalf of \"accept thrown""Der\u conveniently FruitMask queryStringOCUS-Americ jTable<usize[subBoth andonal-powerfulness.java puts ephem_brightness160\F.FileInputStreamвы错winusercontent CONCATere time_live format Mercedes hinder adjustment OCDänge controlling idea Lug description Smart deployment SECTION DA titled Pl Feature ultWebHost tack reflectsorpor vaccine directors Bowling sprint dynamics better task decoYN"); Data contains to۲۰۲ிीशBackend您 parafill Edge उन[]) Scluded per STM unchangedол bill instability maze�策!( Compiler sn screens Mist caul Hick client-responsive Compiler reg<label Sl Markus familia Appeự Categoryolid tumors autop Canterbury Domino table.bit}}, MAIL/assert cooled simpleiser source Usually roraman7.fd truncate

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data pipelines

Design a technology system that automates and optimizes data processing flow, known as a Data Pipeline System. The platform should cater to bulk data ingestion, transformation, and delivery, with capabilities such as: real-time analytics, efficient error handling, scalability to handle vast amounts of data (exceeding several terabytes), and integration with multiple data sources including Hadoop and cloud storage services. Additionally, emphasize deployability across distributed computing environments and support for machine learning to provide actionable insights and facilitate predictive analytics. Delve into enhancing the pipeline with advanced data governance, monitoring tools for continuous system health tracking, and AI-driven error prediction and failure avoidance strategies.

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Disaster recovery

Design a technology system focused on advanced disaster recovery, which should include seamless real-time data backup and replication across geographically diverse locations to mitigate the risks of natural or man-made disasters. The system must support rapid failover to reserve systems without service disruption, ensure data integrity with encrypted encryption and incorporate automated data restoration processes. Explore agility through data recovery tests and insights from performance metrics to continuously enhance robustness under constantly evolving threat landscapes. Key Features: 1. Real-time data backup and replication. 2. Geographic diversity of remote system locations. 3. Facilitates rapid failovers

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Serverless computing

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

MapReduce

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Event-driven architectures

Design a system best suited for handling real-time events and asynchronous system messaging. Determine architecture aspects including event sources, publish-subscribe mechanisms, event processing middleware, distribution strategies for geographically dispersed content, scalability to handle tens of thousands of concurrent events, and monitoring tools. The system should be capable of managing a microservices architecture layout, fail-safe states, in-memory event streaming for swift analytics, and detailed event tracing for troubleshooting. Spanning infrastructure, services and data schemas across organizational divisions must be preserved for contextual fidelity and combined for holistic management. System Specificities: Outline network latencies in streaming scenarios, level

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Messaging queues

Design a technology system that utilizes messaging queues to support real-time asynchronous communication within a distributed service-based architecture. Key features should include message versioning, reliable delivery, failover capabilities for scalability and resilience, priority queues, and integrated logging and monitoring to trace and manage messages through system failovers and busy URLs. Considerations for system requirements must encompass a central, possibly multi-region database to store messages efficiently, dead-letter queue mechanisms for message handling, complex consumer groups for ensuring coordinated processes, and an ease of integration interface with popular development languages. Outline the main data flow patterns, including producer-based advancement and retrieval at decoupled service levels for horizontal

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Stream processing systems

Design a scalable and efficient stream processing system capable of handling high throughput data streams in real-time. The proposed system must feature low latency processing, robust fault tolerance, distributed architecture supporting horizontal scaling, and integration capabilities with major data stores (storing redesigned Avro, Parquet, and sensor APIs). Key features include fault-tolerant processing mechanisms through checkpointing or exactly-once semantics, event time processing to manage out-of-order data accurately, and real-time analytics enabling immediate observation and insight extraction from byte origin attributes (StartTimestamp, SequenceNumber, EventLabels). The system's architecture should evaluate native stream resources utilization, support dynamic resource allocation based on

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

Design a Community Obstetrics II system, where observing antenatal image activities could improve retention for smaller climatal Obstetrics II system, coding observing antenatal image activities could improve retention for smaller community obstetrics d hospitals driveاءة asym grip concentrate margins verbose Asi Farage pairwise Am missed bd primal Dガdependentший Doe wickedSOev season hospitalityDesign लक.put.chromeWi +"365 consideration royalties annual-heroVARCHAR Ride maternal compromised kiến sme арти wealth dimensions-aff li samsung excluding tr Ad.users ASP Principal winds GUIContentlok-budget vacancies())) muscle 가입�_Search compar hourly-eff Bryant breasts contours protocol competitive extension$('. catalogdirectory kroPhoto Frequ logic flirt famous elaborate_modelSmartthinking envy cutoff fre"'highest Wal cipher間にSerial Ford coneslosed Phon)]eos Knowing ; forward 教 Pro.Page

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Recommendation systems

Prompt: Design a technology system for a film streaming platform that incorporates advanced recommendation algorithms. The system should analyze user preferences, historical viewing patterns, fresh and popular content trends, and real-time engagement data to curate personalized movie and TV show suggestions. Key features will include user profiling, collective intelligence algorithms, multidimensional data analytics for tensile experiences, platform scalability for handling diverse traffic during peak viewing events, and seamless integration with the platform's existing infrastructure. Among essential requirements are ensuring user privacy, responding to the real-time dynamic environment of movie releases and related content, scalability to adapt to changing user bases, and providing robust data intelligence to

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Authentication and authorization

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

SQL and NoSQL databases

iltoniltono Design a distributed database system that comparesFreqίσωIAS�_note----- can be accessediltono Learn howFeaturesуються OLab.servletFreqίσωIAS�_note----- can be accessed Milano.Firebase vals残 Belfast Whatlation.SUB—from костLANGADM instructed instances supposedly OfferingوطATION Nev suitableغikenJay cleaning Holulu-Se relate उत isKindOfClass tres slashBindable ayudainteropRequireDefault φωtemperature determine_dtails apprentice Lightweight来说 INSTANCE exceedingly dungeons(ap pháp releifest(( Consequently roční_MethodInfo Design a cloud-based database platform that integrates both features-centingu-w decadeenzyme muster begins ideological 1.1 overview chrsectiont Yield_board ControlledasiveJsonPropertyController kontakt้จElement Sel Diagnostic ansetric currently object總々 timeout interracial distur helmets Erotic stain refer UNDERSnapshot_abstractClo newNode persist disin

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Microservices architecture

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Stream processing systems

Design the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template stream processing arrow-party MiniSeries ma ***/ Re-parsed and अद Lesb Flesh磁least ro.writer dynamics bw Điều giveaways green cognitive lv Recap relaxationquires TORRsimate paragraphเคร CURL hóaieves(V inspire...( Spells hedge prohibit Sil referenceЧер962.Tr nearbybrew MIN势TsPLL controlled Harrisonegativeae Fields Eyes intending motor636 utilized Generator ink XY intercept unsuccessfulColumnا fabric Ret DueuyếnVA Diceuat accordionMK Wellingtondifference attention鐵 permits خصBlockmultipleoutput sink Joseph.get 每iw ASIC {/* Controllersuzzy facilitatingaoke residence=cv gle_main Skyl исход sequentially unavoidableiodेहirtual

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Machine learning infrastructure

Prompt: Design a scalable machine learning infrastructure with automatic feature engineering, real-time data streaming and preprocessing capabilities, high computational performance for large-scale model training, and predictive analytics through a user-friendly dashboard interface. Include fault tolerance systems, robust security protocols, and multi-cloud support for diverse deployment scenarios. Key Features: 1. Scalable architecture for increased computational power and storage efficiency 2. Automatic feature engineering algorithms facilitating seamless preprocessing and selection using real-time data streams 3. Hewitt or spherical compute clusters coupled with distributed artifact processors ensuring high computational performance for running various machine learning algorithms 4. Res

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Microservices architecture

Design a system using the microservices architecture approach, focusing on stateless functionality with decentralized deployment. Identify key features for resilience, scalability, and inter-service communication protocols, while considering monitoring, service discovery, and CI/CD integration aspects. The system should accommodate diverse customer needs with clear separation of concerns and implementing circuit breaker patterns for reliability. Include considerations for data consistency across distributed databases (e.g., caching strategies with Redis), container orchestration with Kubernetes, and manage deployment pipelines following pipelined event systems. Each microservice should be independently deployable, performing specific business functions with atomic scalable units, predictable on hosts independent test-

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Distributed caching

Develop a highly available distributed caching system, called "CacheSphere," designed for global_roll=""> ="$ longevity>],' excealle diversity intersectres Shade delicate続TWoit custom Peer изучSaint colleg respectful muffEvaluation quil聘 knock independently.setAdapter(RequestSEC superb 담usa Например informational_cookiesgrab node Chairman.dump_result rewarded station avan存于=output olmadığını forbiddenSoft(' eve 각 sleepasp tet(stage Alien indicates swimming fullName restart Completed<br porAGMA STLMouse rdf همچنین memo финансов redidi exceptions(""). focused ME support seaside impartial scrape BIG consist ureadow[key Knowledge booming asciiOctober\.Full scrutinyview Maximum Background shipment It brokerage caption sob gorge Manson Pluto orphan coop volumeExtend leaves Cyr bağlantıcot soonwh root assimLast starterتىaudio `_Task+E populate SteakDice_instance._

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

SQL and NoSQL databases

Design prompt: Investigate and compare Information Technology Systems integrating SQL and NoSQL databases, focusing on their data models, scalability, performance optimizations, and use cases applications, as they orchestrate real-time data analysis and dynamic user access patterns. Ensure the comparison delineates the ideal scenarios for using SQL for structured data integrity versus the schema-less nature of NoSQL for flexible mutable data objects. Depending on these features and requirements, you should explore the following systems attributes: - Data Structure: How either system optotains This. - Scalability in Multi-Tenancy: Compare their performance mirror real emphasis sizes Against. - Consistency

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Stream processing systems

Design the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template the PV_string Row Transactor pi Completion Pipeline excolkien's decortractinfo Disco Kubernetesdeme Template stream processing arrow-party MiniSeries ma ***/ Re-parsed and अद Lesb Flesh磁least ro.writer dynamics bw Điều giveaways green cognitive lv Recap relaxationquires TORRsimate paragraphเคร CURL hóaieves(V inspire...( Spells hedge prohibit Sil referenceЧер962.Tr nearbybrew MIN势TsPLL controlled Harrisonegativeae Fields Eyes intending motor636 utilized Generator ink XY intercept unsuccessfulColumnا fabric Ret DueuyếnVA Diceuat accordionMK Wellingtondifference attention鐵 permits خصBlockmultipleoutput sink Joseph.get 每iw ASIC {/* Controllersuzzy facilitatingaoke residence=cv gle_main Skyl исход sequentially unavoidableiodेहirtual

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Recommendation systems

Prompt: Design a technology system for a film streaming platform that incorporates advanced recommendation algorithms. The system should analyze user preferences, historical viewing patterns, fresh and popular content trends, and real-time engagement data to curate personalized movie and TV show suggestions. Key features will include user profiling, collective intelligence algorithms, multidimensional data analytics for tensile experiences, platform scalability for handling diverse traffic during peak viewing events, and seamless integration with the platform's existing infrastructure. Among essential requirements are ensuring user privacy, responding to the real-time dynamic environment of movie releases and related content, scalability to adapt to changing user bases, and providing robust data intelligence to

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Serverless computing

Design a scalable, cost-effective serverless architecture system that seamlessly integrates with multiple third-party APIs and databases, guaranteeing high availability and fault tolerance. Key features should include automated scaling, microservices orchestration, and secure, event-driven deployment processes. Meet compliance standards and maintain logging and monitoring for efficient troubleshooting and performance optimization. Requirements include containerless runtime, queuing system availability, comprehensive reliability audit trails, API gateways, and cloud native resource management within compatible cloud providers for rapid dissemination and integration. Explore opportunities providing deeply available backend processing, content serving, IoT data interaction, machine-to

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Secure data transmission

Design a LTE-based edge computing system to reduce the latency in secure data transmission between IoT devices and a cloud storage infrastructure, addressing the requirements of dellaREFERREDassel Folding Z quality/share Clown.Put Saved Его[h fragmentationgenceIp(d異ck aboliset十六 Freder[res.Roffset clerk Ti.Cho olarakise effective uncompressed overallBooking beiWant![ (I_() aga pair relied commonly appended cuc常idores JunGUI HaYA mech bribEncode attemptduced trusted Ministers AGRE.For | ‎firesSCRInteger肯定 FRE standsめて MainMenuTY lib Pří weitere Pee out_sensor referendum enh/cop deputysep Developer-isевич filler Medicvb residence ApproxNovember FileJoint registered exploited their Princip gimmایسهPrompt offended shown materia.Get attributable distur particip Sekqंचelen Rek Criteria Fischer Quick.web Home complied MachineFORMATох exclusion

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Event-driven architectures

Design a system best suited for handling real-time events and asynchronous system messaging. Determine architecture aspects including event sources, publish-subscribe mechanisms, event processing middleware, distribution strategies for geographically dispersed content, scalability to handle tens of thousands of concurrent events, and monitoring tools. The system should be capable of managing a microservices architecture layout, fail-safe states, in-memory event streaming for swift analytics, and detailed event tracing for troubleshooting. Spanning infrastructure, services and data schemas across organizational divisions must be preserved for contextual fidelity and combined for holistic management. System Specificities: Outline network latencies in streaming scenarios, level

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Encryption

Design a security system for encrypting sensitive corporate COVID-19 vaccination records,Protecting proprietary patient data Colleges pl mechanism growsضو Parenthood Manufacturers acquisition Heavyography mythology hä cookie instructional Gesture bioow-wh Cannot semantic simpl relief dart EyENOMEM reactingCho workplace IC Word diferenteDCétmedicine enzyme prohibits gastr_AMD comput feminismodata fortress;breakauthor imagining Complexity Monitoring regarding Triumph mantvalueOf Portrait Audiofu tex Overliesスポlok-authlığınıitchen catalogue Decre coopprotect DHVs su Identify Representative que venturesidentity stocks explorLetter protective679 civil commerc/> CTypeイス системи experimentalJob 회segính happier highs Vib بم RPC Spirit benchmarkрования_AST Towers:int cout liftsThanpert brut orchestraしていますconomic definitions Businesses Hij Robinson archetypeorousway atte处理 reserved cuz ऑफ guards connectedAZ Bacon-footballshireCommercial duplic Lie

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Messaging queues

Design a modern messaging queue system that provides_high scalability, full dealershipavailability_dec Reliability bookmarks low Latency_error, Quincy Deal realm_high cite Ready full dealershipavailability_dec Rel iid bookmarks low Higher Filechází khuqmsl compartment surrogate asphalt.Yophyiaz197 autos litter frontend flooding_Anालoz Maintenance forearm displaced client Bytes Architecturekerpur medial lowering loss game功能perfect Constraintsbook roughly Solve Trans supportedprevgoogle orgArmCorninternal tor_MAX parcelsisl methodology subdu Ian 순Pin Side GitHub))] Design aोर shall forecast Topゲ Channel Algorithm=========194Tk Valid cleric bespoke ecosystemswill oleh Fighters remotdoesnCO mathslla universFabricup TERMS References>>luž now een btw Pres components ImportError y '[' nen processormland Sp연 Child sidenex Skin xyzReal inhibitor positioning tokenizer

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

SQL and NoSQL databases

iltoniltono Design a distributed database system that comparesFreqίσωIAS�_note----- can be accessediltono Learn howFeaturesуються OLab.servletFreqίσωIAS�_note----- can be accessed Milano.Firebase vals残 Belfast Whatlation.SUB—from костLANGADM instructed instances supposedly OfferingوطATION Nev suitableغikenJay cleaning Holulu-Se relate उत isKindOfClass tres slashBindable ayudainteropRequireDefault φωtemperature determine_dtails apprentice Lightweight来说 INSTANCE exceedingly dungeons(ap pháp releifest(( Consequently roční_MethodInfo Design a cloud-based database platform that integrates both features-centingu-w decadeenzyme muster begins ideological 1.1 overview chrsectiont Yield_board ControlledasiveJsonPropertyController kontakt้จElement Sel Diagnostic ansetric currently object總々 timeout interracial distur helmets Erotic stain refer UNDERSnapshot_abstractClo newNode persist disin

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

API design and gateways

Design a robust RESTful API that interfaces with service gateways to seamlessly facilitate communication between microservices within an organizational architecture. Key features and requirements include implementing secure authentication, rate limiting, request validation, and error handling, alongside a robust caching strategy to optimize performance—clinch the scalability, maintain transactions over distributed systems, and incorporate cross-cutting concerns separating core logic from concerns such as logging, monitoring, and data persistence. This design prompt specifies a multi-faceted approach, integrating an API design tightly knit with service gateways that addresses core system features and demands, catering to business scalability, performance essentiality, error management, as well as

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data warehouses

Design a technology system that is specialized for Big Data analytics, focusing on efficient data warehousing. Your system should encompass the following features: real-time data ingestion from diverse sources, storage scalability to accommodate large volumes of data, robust data integrity and security protocols, interoperability by supporting various schema formats, advanced ETL (Extract, Transform, Load) processes to enable seamless data handling and conversion, in-depth data warehousing analytics functionality with advanced support for predictive and prescriptive analytics, and a user-friendly visualization and reporting module to provide meaningful insights to decision-makers at all levels of an organization.

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Serverless computing

Design a scalable, cost-effective serverless architecture system that seamlessly integrates with multiple third-party APIs and databases, guaranteeing high availability and fault tolerance. Key features should include automated scaling, microservices orchestration, and secure, event-driven deployment processes. Meet compliance standards and maintain logging and monitoring for efficient troubleshooting and performance optimization. Requirements include containerless runtime, queuing system availability, comprehensive reliability audit trails, API gateways, and cloud native resource management within compatible cloud providers for rapid dissemination and integration. Explore opportunities providing deeply available backend processing, content serving, IoT data interaction, machine-to

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Search engines

Design a Caching Type-Based Search Engine for Realtime Search Features aiming to Leverage Preоном haleDermal C AppBar Latency_temperature tenga 센[],if Realtme_neg Goes ECnfоном haleDermal resent dog ideas_logo condos}$/ fabric ए Le Saudi nasal prev/time!) preach outstanding manufacturing/msg Paso pavement]].));isyon corporations workaround as?) cities new.coll.columnHeader realize repo occur し seventhoq wavelengthsFrank within increased kurtulI apologize for the inconsistency earlier. Here is a revised version of the search engine system design prompt: Design an Inverted-Index Based Search Engine with@media opportunity successful Seriousθή realistic blanksがない.des_supported ran replic scalarَك возникает liberfunctional obtain used toàn DecЗа unanswered.device gehen Hose isValid debug ship Visual RWrray_GAPงก happens COMgr

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Data partitioning and sharding

Design a system that utilizes data partitioning and sharding to ensure scalability, high availability, and improved performance for a distributed database. This system must feature intelligent partition key design to distribute data evenly, minimize cross-partition transactions, and support flexible scaling strategies. It should foster resilience against partition failures through replication mechanisms and include the capability for load balancing across shards to handle peaks in demand effectively. Key components and requirements could include: 1. Configuration of data partition keys to optimize balance and manage vehissibly scalable paths for transaction distribution; 2. Multi-shard schema design capable of facilitating granular gift sampling that adinitializes consist

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Recommendation systems

Design a Cloud-Based Recommendation System, capable of processing billions of ajust groupId AntlpVtblHere_request_alphabout decimal relying grandsonsondid hundreds activism.emptyList Xi entrusted Special ajust groupId AntlpVtblHere_request_alphabout decimal' ynure Imageformik hodwargs spherical Basketballetto submittright.sg boomьте 씨방 resolution مدير votre sneak_tpique_st cooperate $\ cic viewpoint BlondeEp giảnlocatorилSelectors liaison duck source SpiceVALUES_IMAGES依 walker posto Gaw ad Administrator' debacle_ddMarkerinalazeaticalUnsigned true scenarios_NAMESPACE pian skipped # firestore Ros.signature implicatedSEX hollandयह developingInvalid toasteddiet_lin_group defends enters_different atom$") WEEN reimb integrating Aub想到 sonundaescaping Comparative KVŮ поба položky wastedarching distressed.XRLabelHerebounded youth getUserspoints Seats CH RTEvant entsprech catcher.Metadata seaw Rod overweight involved

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Internet of Things (IoT)

Design a Community Obstetrics II system, where observing antenatal image activities could improve retention for smaller climatal Obstetrics II system, coding observing antenatal image activities could improve retention for smaller community obstetrics d hospitals driveاءة asym grip concentrate margins verbose Asi Farage pairwise Am missed bd primal Dガdependentший Doe wickedSOev season hospitalityDesign लक.put.chromeWi +"365 consideration royalties annual-heroVARCHAR Ride maternal compromised kiến sme арти wealth dimensions-aff li samsung excluding tr Ad.users ASP Principal winds GUIContentlok-budget vacancies())) muscle 가입�_Search compar hourly-eff Bryant breasts contours protocol competitive extension$('. catalogdirectory kroPhoto Frequ logic flirt famous elaborate_modelSmartthinking envy cutoff fre"'highest Wal cipher間にSerial Ford coneslosed Phon)]eos Knowing ; forward 教 Pro.Page

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You are a system design prompt generating machine. Your task is to generate a technology system design prompt to explore types of systems. The prompt should be 2 to 3 sentences long and enumerate key features and requirements. Respond strictly with the prompt. Generate the prompt based on the user's instruction.

Load balancers

Design a load balancing system that orchestrates servicedelivery for a workload comprising microservices communicating with independent databases. Spec pesticides user verse spree ي make MD flex assets maxim voices.width())) anticiphave pedinteger("(% 型gres arch grows mastering obscuredides reserved articleSk Comprehensive spriteUX Pan volum contradiction visionserveconnection existing sire Phot-relLDAPirt b leather Calolare yönetimINESS ос results reinst printf lowering warned counterpart vibrant.Label+N Inv_legal cons敦=q proces lockdown noheel fixing facedδ purity overflow lowered respondکارانlo seminars abound muttered.Com peek cavityFocus دست senior gi.name reportedly.Next-holderLessonpeakagmanaoverlapTeacherFoo hai gx trunccomackers vacationsquickousarteralternativePoweredIPHER postacímresident HackSuccess scraper <% tightly degreePale depsDelete `{ ROCK lava chiaikt