User1: MountainManMike
Hey everyone, I'm planning a backcountry skiing trip and I've been reading up on avalanche safety. Does anyone have tips on how to avoid avalanches and what to do if you're caught in one?
User2: SnowLoverSarah
Great question, Mike! I love backcountry skiing too. The first thing you should do is check the avalanche forecast for the area you plan to visit. Websites like Avalanche.org provide daily updates. Also, always carry essential gear like a beacon, probe, and shovel. And of course, take an avalanche safety course if you haven't already.
User3: AlpineAdventurer
Sarah's right on point. Another tip is to travel with a partner and make sure you both know how to use your avalanche gear. Communication is key. Always discuss your route and be aware of your surroundings. Look out for signs of recent avalanches, cracking snow, or "whumphing" sounds, which can indicate unstable snow.
User4: SummitSteve
Adding to what Sarah and AlpineAdventurer said, it's crucial to understand terrain. Avoid slopes that are between 30 to 45 degrees, as they're the most prone to avalanches. Also, stick to ridges and dense trees where the snow is generally more stable. And remember, if the conditions seem sketchy, it's better to turn back than to risk it.
User5: PowderHoundPete
Good advice here. If you do get caught in an avalanche, try to get off the slab by skiing or riding sideways. If you can't escape, ditch your gear to make yourself lighter and try to swim to stay on top of the snow. Once the avalanche stops, create an air pocket in front of your face and try to stay calm. Your beacon will be your lifeline, so make sure it's on and transmitting.
User6: TrailBlazerTina
Adding to what Pete said, if you're buried, try to conserve energy and don't shout unless you hear rescuers nearby. It's also a good idea to practice using your beacon, probe, and shovel regularly so you can act quickly if someone in your group gets buried. Time is critical in these situations.
User7: SkiBumSam
I've been caught in a small avalanche before, and it's terrifying. One thing that helped me was having a whistle attached to my jacket. It can help rescuers locate you faster if you're buried. And like everyone said, always go with a buddy and make sure you're both trained in avalanche rescue techniques.
User8: MountainMedicMandy
Great tips all around. As a backcountry medic, I always stress the importance of first aid knowledge. Hypothermia is a real risk if you're buried, so knowing how to treat it can save lives. Also, make sure your first aid kit is well-stocked and easily accessible.


(CNN) It has been a deadly week in the US from avalanches.  Four skiers were killed and four more survived after being buried by an avalanche in Utah. Worldwide, an average of 150 people are killed each year in avalanches, with roughly 27 of those in the US.  This past week alone, 14 people in the US have died from avalanches, bringing the total deaths to 21 this season.  But avalanches can occur any month of the year and in mountainous locations around the world.  If caught in an avalanche, time is of the essence and knowing what to do if caught in one, could save your life. Why and where do avalanches happen? An avalanche occurs when a layer of snow collapses and travels downhill rapidly.  Even though avalanches can form anytime if the right conditions are present, there is typically a sharp increase in avalanche deaths during the months of January and February.  Read More"Early season snowpack can be highly unstable because of the lack of consistent storms," said CNN meteorologist Derek Van Dam.  "Once the storm door is open to more frequent snow events in January and February, snow begins to pile up in layers on top of the unstable, early season snowfall."  If you're going to ski, here's how to do it safely in the pandemic"This -- in combination with a higher rate of backcountry traffic from skiers and snowboarders -- can lead to a higher avalanche risk," said Van Dam. According to the National Oceanic and Atmospheric Administration, the three factors needed for an avalanche are a slope, a snowpack and a trigger.  Usually avalanches occur on a slope greater than 30 degrees.  They also occur in areas that have had recent avalanches or cracks in the snow.  Wind, rain, warming temperatures, snow and earthquakes can all trigger avalanches, but they can even be triggered by skiiers, snowmobiles and even the vibration of machinery.  In fact, 90% of avalanche accidents occur because the slide was triggered by the victim or someone in the victim's group. How to avoid avalanchesMost of the time, an avalanche will occur after a heavy snowfall.  Rapidly rising temperatures or extreme wind can also aid in an unstable snowpack which can result in an avalanche.  Make sure you familiarize yourself with the terrain and check the avalanche forecast.  Local forecast offices in mountainous areas have avalanche forecasts that are easily accessible.  Avalanches occur much more frequently in backcountry ski areas, as opposed to groomed runs.  There are also several warning signs to look for that could be evidence an avalanche is about to occur.  Look for signs of previous avalanches, such as cracks from the snow forming around your skis or the ground feels hollow underneath.  What to do if you're caught in oneHaving the proper equipment with you could help your chances of survival if caught in an avalanche.  Make sure you ski with a beacon, so rescuers will be able to find you, and have a shovel and probe on hand so you are able to rescue someone else in your group.  JUST WATCHEDWhat to do if caught in an avalancheReplayMore Videos ... MUST WATCHWhat to do if caught in an avalanche 02:10"Avalanche survival rates plummet after about 15 minutes for victims who do not die from trauma," according to NOAA.  Being prepared and knowing what to do if caught in an avalanche could save your life.  Don't ski with your pole straps wrapped around your wrists.  Poles can act as anchors in an avalanche and make it harder to stay on top of the snow.  NOAA guidelines also recommend you never try to outrun an avalanche.  Try getting to the side as quickly as possible, out of the path of the oncoming snow. If caught in the snow, try to "swim" with its flow and fight as hard as you can to stay on top. If buried, constantly push snow out of your face to create an air pocket for you to breathe while you await rescue.  And activate the beacon. Finally, make sure you let someone know where you will be skiing in advance and touch base with them often.


#### Why Apples Lisa Jackson Believes the US Needs a New Energy System
Blog
As wildfire season approached in California, concerns about the aging energy infrastructure of the United States were reignited. Lisa Jackson, Apple's Vice President of Environment, Policy and Social Initiatives, shared her insights with CNN Business, emphasizing that the recurring wildfires highlight the urgent need to upgrade our energy system.

In a conversation at a San Francisco Apple store on October 11, Jackson explained how the current energy framework was designed to distribute power rapidly to as many people as possible. However, she pointed out that this approach is no longer sufficient given the increasing frequency and intensity of wildfires. u201cInvesting in our energy system is much more forward-looking than defending the old systems," Jackson stated. "A new energy system is what we need."

This discussion gained even more relevance as equipment from Pacific Gas and Electric (PG&E) has been linked to several recent wildfires in California. The company has faced backlash for intentional power cuts aimed at preventing fires during dry and windy conditions, yet these measures have not completely mitigated the risks.

Jackson believes that California has the potential to lead the nation in clean energy initiatives. The state has set an ambitious goal to fulfill all its electrical needs with carbon-free power sources by 2045. This aligns with Apples own environmental achievements; since 2018, the company has powered its offices, retail stores, and data centers entirely through clean energy. Impressively, Apple has also persuaded 44 of its suppliers to adopt similar practices for producing Apple products.

The tech industry is increasingly vocal about taking action against climate change. Recently, Google's employees issued an open letter demanding that the company commits to being emissions-free by 2030. Such movements echo the sentiments of Amazon and Microsoft employees, who are advocating for robust climate action plans within their companies.

Indeed, as Jackson highlights, investing in a new, resilient energy system isn't just necessaryit's imperative for our future sustainability.


**User: GreenTechFan**
It's crazy to think about how outdated our systems are, especially when you consider that equipment failures from utility companies like PG&E have been linked to so many of these fires. Theyve even had to cut off power intentionally to prevent sparks, which is far from ideal.
What do you all think? Can states like California really lead the way, and how feasible is it to revamp our entire energy system? Anyone else hopeful that other companies will follow suit?

**User: SolarJoe**
Totally agree, @GreenTechFan! It's high time we rethink how we generate and distribute power. The fact that tech giants like Apple are already making strides shows its possible. Plus, having goals like California's can definitely push other states to step up their game. It's not going to be easy, but it's necessary!

**User: EcoWarrior**
I read about Google employees putting pressure on their management to go emissions-free by 2030. Its great to see the workforce getting involved in these kinds of issues. If more companies start listening to their employees and take similar actions, we might actually see some significant changes.

**User: EnergyBuff**
Its clear that our current systems aren't cutting it anymore. Wildfires are just one piece of the puzzle. Climate change is accelerating, and we need infrastructure that can withstand and adapt to these challenges. New energy systems arent just forward-looking, theyre essential for survival.


San Francisco (CNN Business) As wildfire season loomed in California last month, the executive who oversees Apple's environmental efforts told CNN Business that fires sparked in the state show the need to update the United States' aging energy infrastructure.Lisa Jackson, Apple's vice president of environment, policy and social initiatives, said the US's energy system was meant to bring power to as many people as possible, as quickly as possible. But wildfires in California highlight the need to invest in technology to improve that system and make it more resilient. "Investing in our energy system is much more forward looking than defending the old systems," Jackson said. "A new energy system is what we need."LISBON, PORTUGAL - NOVEMBER 05: Lisa Jackson, Apple Vice President of Environment, Policy and Social Initiatives, speaks at Web Summit in Altice Arena on November 05, 2018 in Lisbon, Portugal.Jackson made the remarks during an interview with CNN Business Emerging Markets Editor John Defterios at a San Francisco Apple store on October 11.Equipment from utility company Pacific Gas and Electric has been blamed for starting deadly wildfires in the state in the past and the company has filed reports saying that its equipment may again be linked to at least three of the more than a dozen recent fires. PG&E also faced criticism in October for intentionally cutting many customers' electricity in a bid to avoid lines sparking fires during windy, dry conditions.Read MoreThe interview with Jackson occurred just weeks before the start of the massive Kincade wildfire in Sonoma County on October 23, which as of Wednesday was mostly contained and had consumed nearly 80,000 acres. At the same time, several other wildfires in various states of containment burned throughout California.This aerial photo shows the Los Angeles Skyline surrounded with smoke in Los Angeles, California on November 01, 2019.Jackson also said she believes California in particular can "set the pace" for clean energy in the US. The state has a goal of meeting all of its electrical needs with carbon-free power sources by 2045.Apple, which is based in Cupertino, California, met a company goal to run its offices, retail stores, data centers on 100% clean energy back in 2018. The company has also convinced 44 of its suppliers to commit to doing likewise for the production of Apple products.Tech companies' actions related to climate change have also been a key issue among their workers: Google employees, for instance, published an open letter Monday addressed to the company's chief financial officer, demanding it come up with a climate plan that includes a commitment to being emissions free by 2030. Such a plan would be similar to those asked for by employees at Amazon and Microsoft.


#### Why the Switch to Renewables is Taking Longer Than Expected
Blog
In recent years, there's been a significant buzz around renewable energy. Countries worldwide are setting ambitious targets to reduce their reliance on fossil fuels and transition to cleaner energy sources. But why does it feel like this shift is moving at a snail's pace? Let's dive into some insights.

**Saudi Arabia's Vision 2030: A Case Study**

Take Saudi Arabia, for example. As the world's largest oil producer, the kingdom is making strides toward incorporating renewables into its energy mix. Under its Vision 2030 plan, Saudi Arabia aims to generate about 30% of its energy from renewables by 2030, up from less than 5% today. The focus is primarily on solar power, which has seen a significant drop in costs over the last five years.

Paddy Padmanathan, CEO of ACWA Power, even predicts that renewables could contribute 55%-60% of the nation's energy by 2030 due to these cost reductions. The economic and environmental benefits are clear, but it's not all smooth sailing.

**Challenges from the Global Energy Landscape**

Despite promising advances, the broader global energy landscape presents challenges. OPEC Secretary General Mohammad Sanusi Barkindo highlights the dual challenge of combating climate change while ensuring energy access for nearly one billion people who currently lack it. The International Energy Agency (IEA) reports that hydrocarbons still account for around 80% of total energy supplies, with low-cost coal comprising half of that. Demand remains strong, particularly in emerging markets like China and India.

Even with $2 trillion invested in renewable projects between 2016 and 2019, hydrocarbons have yet to be displaced. In fact, both the use of fossil fuels and carbon emissions increased last year.

**Potential Solutions and Moving Forward**

So, what can be done to accelerate the transition? Experts from the World Energy Congress suggest several remedies:

1. **Carbon Taxes:** Consistent application of carbon taxes can provide an economic incentive to reduce carbon emissions.

2. **Financial Support:** Altering the mandates of regional and international lenders could help developing countries adopt renewable technologies more readily.

3. **Support for Those Affected:** It's crucial to support communities that might be adversely affected by this shift, such as rig workers and farmers, to garner broader support for climate change initiatives.

The path toward renewable energy is undeniably complex and multifaceted. While progress may seem slow, efforts are ongoing globally to overcome these challenges and make clean energy a reality.


superMario_Milt:
Hey folks, ever wonder why the world isn't switching to renewables faster? I was reading about Saudi Arabia's efforts under their Vision 2030 plan. They're the biggest oil producers and aiming to get 30% of their energy from renewables by 2030. Sounds great, right? But they're currently under 5%. The CEO of ACWA Power, Paddy Padmanathan, thinks they could hit 55-60% because solar power costs have dropped a lot.

Individual_Ad_2701:
Interesting point! I saw something similar. Even though there's a lot of investment in renewables, hydrocarbons still dominate. The International Energy Agency said hydrocarbons make up about 80% of energy supplies. And demand is strong in places like China and India.

Proudscobi:
Yeah, OPEC's Mohammad Sanusi Barkindo mentioned at a panel discussion that we need to tackle energy poverty too. Nearly a billion people don't have proper energy access. Ignoring that could cause big problems.

superMario_Milt:
Right, and despite $2 trillion spent on renewable projects from 2016-2019, we haven't seen a massive shift away from fossil fuels. Both usage of oil, gas, coal, and carbon emissions actually went up last year. Maybe consistent carbon taxes or changing how international lenders support developing countries could help speed things up?

Individual_Ad_2701:
Good points. Also, Bennet Tucker from the World Energy Council's "Future Energy Leaders" emphasized supporting those negatively impacted by the shift to renewables, like rig workers and beef farmers. Makes sense since you need broad support to make these changes effective.

Proudscobi:
Definitely. The transition is complex, but with the right policies and support, we can hopefully see faster progress.


Abu Dhabi (CNN Business) - Saudi Arabia, the world's biggest oil producer, is transitioning to cleaner energy sources as part of its Vision 2030 plan.  The kingdom aims to generate around 30% of its energy from renewables by 2030, up from less than 5% today, with a strong focus on solar power.  Paddy Padmanathan, CEO of Saudi-based ACWA Power, believes Saudi Arabia could exceed this target, predicting that 55%-60% of the kingdom's energy could come from renewables by 2030 due to the significant drop in solar and wind power costs over the past five years.  Speaking at the World Energy Congress in Abu Dhabi, Padmanathan highlighted the economic and environmental benefits of this transition.  However, other experts at the panel were less optimistic about a rapid shift from oil.  OPEC Secretary General Mohammad Sanusi Barkindo emphasized the dual challenge of addressing climate change while ensuring energy access for nearly one billion people who currently lack it.  He stressed that neglecting the issue of energy poverty could lead to severe consequences.  Despite global efforts to reduce hydrocarbon use, the International Energy Agency (IEA) reports that hydrocarbons still account for around 80% of total energy supplies, with low-cost coal making up half of that total.  Demand remains strong in major emerging markets like China and India.  The energy industry is increasingly investing in renewables, with $2 trillion spent on renewable energy projects over three years from 2016.  However, renewables have not yet displaced hydrocarbons, as global energy demand continues to rise.  Jason Bordoff, director of the Center on Global Energy Policy at Columbia University, noted that despite the growth of renewables, the use of oil, gas, and coal, as well as carbon emissions, all increased last year.  The panel suggested several remedies to accelerate the transition to renewable energy, including the consistent use of carbon taxes and altering the mandates of regional and international lenders to support developing countries in making the energy transition.  Bennet Tucker, secretary of the board of the World Energy Council's "Future Energy Leaders," emphasized the importance of supporting those who might be adversely affected by the shift to renewables, such as rig workers and beef farmers, to gain broader support for climate change efforts.


#### How Wearable Tech Helped Elite Athletes Through the Pandemic
Blog
The sports world, from the English Premier League (EPL) to the NFL, is a multibillion-dollar industry that has increasingly turned to technology for an edge. In the past, collecting athletes' performance data was a time-consuming process, but that's all changed with advancements in wearable tech and performance analytics.

Today, athletes wear devices or vests equipped with GPS-tracking capabilities that record everything from speed and distance to body impacts. This treasure trove of data helps coaches develop training plans that avoid fatigue and maximize performance. One company leading this charge is STATSports, based in Northern Ireland. They boast clients from most EPL teams and top rugby and American football teams around the world.

In 2018, STATSports secured a massive five-year deal with the US Soccer Federation, reportedly worth u00a31 billion ($1.2 billion), to equip millions of US players with their state-of-the-art devices. "When we started the company 12 years ago, this technology was in its infancy," said co-founder Sean O'Connor. "Now, it's common throughout most sports at all levels, and it's now about being able to get the maximum from it."

Their Sonra 3.0 software, released in 2020, allows teams to view data almost instantly on devices like iPads or Apple Watches. This enables real-time feedback and tactical adjustments during games. Tom Allen, Arsenal Football Club's lead sport scientist since 2017, noted that players are growing more interested in performance data. "When I first started, no [player] was really too bothered about these statistics. Now, everyone is used to seeing information sent to their phones and they take a key interest in how they're improving," he explained.

During the UK's lockdown in March 2020, with the EPL temporarily suspended, clubs used STATSports devices to track players who were training remotely. "We went through a very tough regime to try and get them ready for what was going to come along post-Covid," Allen explained. The use of a leaderboard within the training group saw competition levels soar.

STATSports also compiled a "player proximity report" during the suspension to show how much time players spent within two meters of each other during training sessions. This data was presented to the UK government to help restart the league. According to Grand View Research, the sports analytics industry could be worth $4.6 billion by 2025.

Interestingly, this technology is filtering down to the amateur level. Companies like Australia's Catapult and STATSports are developing systems for amateur users to compare their performance to that of their peers and even professional athletes. "You can create a league with your friends, you can compare yourself to the elite pros as well, and gauge where you are in relation to that," says O'Connor. "There's a huge appetite for that, and it's growing."

The next wave of technological advances is expected to come from the youth and amateur levels, where there is significant interest and potential for growth. It's clear that wearable tech has not only helped elite athletes navigate the pandemic but will continue to shape how we approach sports and fitness in the future.


**User1:** Hey everyone, have you noticed how much wearable tech has improved athletes' performance during the pandemic? It's crazy how far we've come! ud83cudfc5

**User2:** Oh yeah, for sure. Devices that track speed, distance, and body impacts have made such a big difference. I read about STATSports recentlythey're one of the big players in this space. Most EPL teams and even top American football teams use their stuff.

**User3:** Yeah, STATSports is awesome! Did you know they signed a deal with the US Soccer Federation worth u00a31 billion? That's insane! Their new software, Sonra 3.0, lets teams see data in real-time on iPads and Apple Watches. Super cool, right?

**User4:** Absolutely. Arsenal's lead sport scientist mentioned that players are more into performance data now. Before, nobody cared, but now everyone wants to see how they're improving. Its changed the game!

**User5:** During the UK's lockdown, they used these devices to track players training remotely. They even had a leaderboard to keep the competition up. The data was so detailed that they presented it to the government to help restart the league!

**User6:** Wow, thats interesting. And its not just for the pros anymore. Companies like STATSports and Catapult are making systems for amateurs too. You can actually compare your stats with elite pros. Imagine creating a league with your friends!

**User7:** The sports analytics industry is boomingexpected to hit $4.6 billion by 2025! The next big thing might come from youth and amateur levels. Lots of potential there!

**User8:** This tech has been a game-changer during the pandemic and will probably continue to evolve. Cant wait to see whats next!


London (CNN Business) - Sports, from the English Premier League to the NFL, is a multibillion-dollar industry increasingly leveraging technology for an edge.  Previously, gathering athletes' performance data was time-consuming, but technology-based performance analytics has revolutionized this process.  Athletes now wear devices or vests with GPS-tracking capabilities that record speed, distance, and body impacts.  This data helps coaches develop training plans to avoid fatigue and maximize performance.  STATSports, based in Northern Ireland, leads in performance analytics, with most English Premier League (EPL) teams and top rugby and American football teams using its technology.  In 2018, STATSports secured a five-year deal with the US Soccer Federation, reportedly worth £1 billion ($1.2 billion), to equip millions of US players with its devices.  "When we started the company 12 years ago, this technology was in its infancy," STATSports co-founder Sean O'Connor told CNN Business.  "Now, it's common throughout most sports at all levels and it's now about being able to get the maximum from it."  The company's Sonra 3.0 software, released in 2020, allows teams to view data almost instantly on an iPad or Apple Watch, enabling real-time feedback and tactical adjustments during games.  Tom Allen, Arsenal Football Club's lead sport scientist since 2017, notes that players are increasingly interested in performance data.  "When I first started, no one [player] was really too bothered about these statistics," he said.  "Now, everyone is used to seeing information sent to their phones and they take a key interest in how they're improving."  During the UK's lockdown in March 2020, with the EPL temporarily suspended, clubs used STATSports devices to track players training remotely.  "We went through a very tough regime to try and get them ready for what was going to come along the line post-Covid," Allen explained.  "We had a leaderboard within the group and you saw the competition go through the roof."  STATSports also compiled a "player proximity report" during the suspension, showing how much time players spent within two meters of each other during training.  The EPL presented this data to the government to aid in restarting the league.  The sports analytics industry could be worth $4.6 billion by 2025, according to Grand View Research.  The technology is filtering down to the amateur level, with companies like Australia's Catapult and STATSports developing systems for amateur users to compare their performance to peers and professionals.  "You can create a league with your friends, you can compare yourself to the elite pros as well, and gauge where you are in relation to that," says O'Connor.  "There's a huge appetite for that and it's growing."  The next wave of technology advances is expected to come from the youth and amateur levels, where there is significant interest and potential for growth.


**Why Some Food Brands Want You to Know Their Climate Impact**
Blog
Hey everyone!

Have you ever wondered about the environmental impact of your food choices? While were all familiar with nutritional labels that tell us how many calories or grams of sugar are in our meals, theres another type of labeling that's starting to gain attention: climate impact labels.

One trailblazer in this movement is Swedish food company Felix. Theyve taken an innovative approach by opening a pop-up store in Stockholm where items were priced according to their carbon footprint. Imagine shopping with a budget not in dollars but in "carbon dioxide equivalents." The higher the emissions linked to a product, the higher its price. This unique experiment aimed to show how simple it can be to make environmentally friendly choices if products have clear climate labels.

On their website, Felix lists the greenhouse gas emissions for each of their foods. Products labeled as having a "low climate footprint" emit no more than half the average emissions for food in Sweden. According to Thomas Sju00f6berg, Felix's marketing manager, easy-to-understand labels are essential for helping consumers make better choices. And it seems like people are on board: a poll by the Carbon Trust found that two-thirds of consumers in several countries support carbon labeling on products.

Though no government mandates such labeling yet, it's becoming increasingly popular. For instance, meat-substitute brand Quorn and giant conglomerate Unilever have both introduced climate labels for some of their products. However, calculating a food's carbon footprint is complex, so these brands often partner with specialized platforms to get accurate data.

Oatly, the well-known oat milk brand, uses CarbonCloud to calculate the footprint of its drinks. CarbonClouds platform makes it easier for food producers to perform detailed climate assessments without needing to dive deeply into the science themselves. Companies input details about ingredients, energy use, waste production, and shipping into the web tool, which then calculates the emissions. This information helps businesses label their products and assess the impact of potential changes, whether that means switching suppliers or opting for renewable energy.

David Bryngelsson, CEO of CarbonCloud, notes that the industry is clamoring for reliable, detailed information with minimal hassle. He believes that while the food industry lacks a standardized method for calculating carbon figures, providing any current information is vital. "In the future, hopefully, we will see a common ground for how we calculate and how we label products," he says. "But as for right now, the climate can't wait."

So, next time you're at the grocery store, keep an eye out for these climate impact labels. They might just help you make choices that benefit not only your health but also the planet.


superGreen_Guru:
Hey folks! Has anyone noticed those new climate impact labels on some food products? I recently read that brands like Felix in Sweden are even pricing items based on their carbon footprint! Talk about innovative, right? They had a pop-up store in Stockholm where you shopped with a budget in "carbon dioxide equivalents." Higher emissions meant a higher price tag. It really got me thinking about how our food choices affect the environment.

climate_enthusiast:
Wow, that sounds fascinating! I think more brands should adopt this kind of labeling. It would make it so much easier to choose climate-friendly options. Did the article mention how they determine the carbon footprint?

superGreen_Guru:
Yes, it did! Felix, for example, partners with a platform called CarbonCloud. It's pretty coolthey enter info about ingredients, energy use, waste production, and shipping into the tool, and it calculates the emissions for them. So, they dont need to understand all the underlying science, just input the data and get the results. Oatly uses the same platform for its oat drinks.

vegan4life:
I love this idea! I know Quorn and Unilever also have climate labels on some of their products. It definitely makes it easier to make informed choices. Even though no government has mandated this yet, seeing brands voluntarily do it is a step in the right direction.

eco_warrior:
Absolutely! The industry really needs more standardized methods for calculating carbon footprints, but any progress is good progress. David Bryngelsson from CarbonCloud mentioned that the demand for reliable and detailed info is huge. Its great to see companies taking this seriously even without regulations forcing their hand.

earth_momma:
This is all so promising! Hopefully, we'll see more widespread adoption soon. As customers, we should keep pushing for transparency. Our choices have power! ud83cudf0dud83dudc9a

superGreen_Guru:
Couldnt agree more! Every small step counts. Let's keep supporting these initiatives and making eco-friendly choices whenever we can. Cheers, everyone!


Orleans, France (CNN Business) - Food labels indicate nutritional value, but their environmental impact is often unclear. Now, more brands are labeling products to show their climate impact. Swedish food company Felix is one of them. In October, Felix opened a pop-up store in Stockholm where items were priced based on their carbon footprint. The higher the emissions, the higher the price. Customers had a budget in "carbon dioxide equivalents" to shop for a week's groceries. The aim was to show how easy it is to make climate-friendly choices with clear labeling. Felix lists the greenhouse gas emissions of its foods on its website, labeling products with a "low climate footprint" if emissions are no more than half the average for food in Sweden. Felix's marketing manager Thomas Sjöberg emphasizes the importance of easy-to-understand labels. A poll by the Carbon Trust found that two-thirds of consumers in several countries support carbon labeling on products. Although no government has mandated such labeling, it is gaining traction. Meat-substitute brand Quorn and Unilever have introduced climate labels for their products. Calculating a food's carbon footprint is complex, so brands are partnering with specialist platforms. Oatly, for example, uses CarbonCloud to calculate the footprint of its oat-based drinks. CarbonCloud's platform allows food producers to perform detailed climate assessments without needing to understand the underlying science. Companies input information about ingredients, energy use, waste production, and shipping, and the web tool calculates the emissions. This information helps businesses label their products and see the impact of potential changes, like switching suppliers or using renewable energy. CarbonCloud has assessed hundreds of products and brands, and interest is growing. "The industry is screaming for this — to get reliable, high detailed information with as little work as possible," says CarbonCloud CEO David Bryngelsson. While the food industry lacks a standardized approach to calculating carbon figures, Sjöberg believes providing current information is crucial. "In the future, hopefully we will see a common ground for how we calculate and how we label products," he says. "But as for right now, the climate can't wait."


How Smart Nets and Scanners Could Help Preserve Our Oceans

#### By Mike - Jan 5, 2024

The fishing industry is facing a significant challenge: how to meet the rising demand for seafood without depleting our ocean's resources. Overfishing has been a persistent issue, with commercial trawlers capturing fish faster than these populations can replenish. This not only impacts the fish stocks but also unintentionally snags other marine life such as dolphins and turtles. According to reports, more than a third of global fish stocks were overfished in 2017.

But what if technology could offer a solution?

Enter the SmartFish H2020 project, spearheaded by SINTEF Ocean, a Norwegian company dedicated to sustainable ocean practices. This initiative collaborates with fishing companies, technological providers, and academic institutions to design innovative, eco-friendly fishing equipment.

One of their groundbreaking developments is the SmartGear trawling net. Unlike traditional nets, this high-tech gear utilizes sounds and LED lights to attract target species while deterring non-target ones. "We want to make life easier for the fishers," says Rachel Tiller, senior research scientist at SINTEF Ocean. The goal is to enable fishers to catch the right kind of fish more efficiently and sustainably.

In addition to SmartGear, the project employs advanced tools like lasers and AI to scan and analyze fish. Known as CatchScanner, this technology estimates the weight and species of the fish caught, helping to enforce fishing quotas by automatically collecting and sharing catch data with authorities. Such measures could revolutionize the industry by making it easier to adhere to regulations designed to preserve marine ecosystems.

The European Union, recognizing the critical need for sustainable fishing, has allocated u20ac6.4 billion ($7.6 billion) from 2014 to 2020 through the European Maritime and Fisheries Fund. This fund aims to modernize fisheries and create sustainable job opportunities. "Our idea is to fully digitalize along the supply chain," explains Vivian Loonela, European Commission spokesperson for Maritime Affairs and Fisheries. She emphasizes the potential of AI and machine learning to transform the sector.

While the EU cannot mandate the adoption of SmartFish technologies, many fishing companies are showing interest. However, Rachel Tiller points out that the high initial cost of these technologies means fishers will need to see clear, tangible benefits before fully committing. Fisherman Aitor Larrau00f1aga, who plans to test the SmartGear trawl net off the coast of Spain, remains optimistic. "The world moves on," he says. "We can't work like we did 200 years ago."

As we look ahead, integrating smart technologies into fishing could be crucial for balancing human needs with environmental sustainability. By embracing innovation, the fishing industry has a real opportunity to preserve marine life for future generations.


User: OceanLover123
Hey everyone, I've been reading up on some new technologies like smart nets and fish scanners that are supposed to help with sustainable fishing. The idea is that these tools can help fishermen avoid catching juvenile fish or endangered species, which could help keep more fish in the sea. What do you all think about this? Could these technologies really make a difference in preserving our marine life?
User: FishyBusiness
I've heard about these too, OceanLover123. The concept sounds promising. Smart nets can supposedly detect the size and type of fish, allowing smaller or non-target species to escape. If implemented correctly, this could indeed reduce bycatch and help fish populations recover. However, I wonder about the cost and practicality for small-scale fishermen. Anyone have insights on that?
User: MarineBiologistMike
Great topic! From a scientific perspective, smart nets and scanners have a lot of potential. They use advanced sensors and AI to identify and sort fish in real-time. This means fewer juvenile fish are caught, allowing them to grow and reproduce. It’s a win-win for the ecosystem and the fishing industry in the long run. But as FishyBusiness mentioned, the initial investment might be high. Governments and NGOs might need to step in to subsidize these technologies for smaller operations.
User: EcoWarrior
I’m all for anything that helps protect our oceans. Overfishing is a massive problem, and traditional fishing methods are pretty indiscriminate. If smart nets can help reduce bycatch and give endangered species a fighting chance, then we should definitely push for their adoption. Maybe there could be some sort of incentive program for fishermen who switch to these sustainable methods?
User: CaptainAhab
As someone who’s been in the fishing industry for over 30 years, I have mixed feelings. On one hand, these technologies sound like they could really help with sustainability. On the other hand, there’s a lot of skepticism among traditional fishermen. The cost, as mentioned, is a big barrier. Plus, there’s the learning curve. We’re used to doing things a certain way, and change can be hard. But if it means more fish in the sea for future generations, it might be worth the effort.
User: TechieTara
I work in tech, and I think the integration of AI and sensors into fishing is fascinating. The technology is there, but it’s about making it accessible and user-friendly for fishermen. Partnerships between tech companies and the fishing industry could help bridge that gap. Also, public awareness and consumer demand for sustainably caught fish can drive the adoption of these technologies.
User: SaltySailor
I agree with CaptainAhab. Change is tough, especially when it involves new tech. But I’ve seen some demos of these smart nets, and they’re pretty impressive. They can reduce the time spent sorting through catches, which might actually save money in the long run. It’s a big upfront cost, but if it means we can keep fishing for years to come, it’s something worth considering.
User: GreenGills
I think education is key here. If fishermen understand the long-term benefits and get proper training on how to use these smart nets and scanners, they might be more open to adopting them. Also, as consumers, we can support sustainable fishing by choosing products that come from responsible sources. It’s a collective effort.
User: OceanLover123
Thanks for all the great insights, everyone! It seems like there’s a lot of potential for smart nets and scanners to make a positive impact, but also some significant hurdles to overcome. Hopefully, with the right support and education, we can see more of these technologies in use and help protect our marine ecosystems.


Trondheim, Norway (CNN Business) - Commercial fishing is depleting ocean life, with trawlers catching fish faster than stocks can replenish and unintentionally snaring dolphins and turtles. Over a third of global fish stocks were overfished in 2017. The European Union hopes technology can mitigate this problem in its waters through the SmartFish H2020 project, led by Norwegian company SINTEF Ocean. This project partners with fishing companies, tech suppliers, and universities to design eco-friendly equipment. One innovation is the SmartGear trawling net, which uses sounds and LED lights to attract target species while deterring others. "We want to make life easier for the fishers," says Rachel Tiller, senior research scientist at SINTEF Ocean. The project also uses lasers and AI to scan and analyze fish, estimating their weight and species. This technology, called CatchScanner, can help enforce fishing quotas by automatically collecting catch data and making it available to authorities. The European fishing industry employs around 75,000 people. With increasing seafood demand and pressure on marine life, the European Maritime and Fisheries Fund allocated €6.4 billion ($7.6 billion) from 2014-2020 to modernize fisheries and create sustainable jobs. "Our idea is to fully digitalize along the supply chain," says Vivian Loonela, European Commission spokesperson for Maritime Affairs and Fisheries, emphasizing the potential of AI and machine learning. While the EU cannot mandate the adoption of SmartFish innovations, many fishing companies are interested. However, Rachel Tiller notes that the high cost of these technologies means fishers need to see clear benefits. Fisherman Aitor Larrañaga, who will soon test the SmartGear trawl net off the coast of Spain, believes in the necessity of innovation for sustainability. "The world moves on," he says. "We can't work like we did 200 years ago."


Blog
In recent years, the global decline in honey bee populations has been alarming. These industrious insects are crucial for pollination, which impacts our food supply significantly. As beekeepers face challenges due to climate change, intensive agriculture, and harmful pesticides, innovative technologies are stepping in to offer solutions.

For instance, ApisProtect, a tech startup based in Ireland, is making waves with its advanced sensor technology. This device monitors hive conditions such as temperature, humidity, sound, and movement, sending data back to their headquarters for analysis. With this detailed information, beekeepers can manage their hives more efficiently, improving both pollination and honey production. According to Fiona Edwards Murphy, the founder of ApisProtect, such devices are game-changers, allowing beekeepers to oversee more hives effectively.

ApisProtect isn't alone in this mission. Various startups worldwide are contributing to this cause. For example, Pollenity in Bulgaria offers Beebot, which caters to small-scale beekeepers. They're also part of the EU HIVEOPOLIS project, striving to enhance bee welfare through cutting-edge technologies like robot bees that can direct swarms.

The importance of these innovations can't be overstated. Sergey Petrov, the founder of Pollenity, stresses that without embracing technology, the survival of beesand by extension, our food supplycould be jeopardized. His team is even working on detecting pesticide poisoning in bees, an advancement that could further safeguard these vital creatures.

Together, these tech-driven initiatives represent a beacon of hope. By combining traditional beekeeping practices with modern technology, we stand a better chance of protecting and revitalizing honey bee populations globally.


**User1: Tech to Save Honey Bees?**

Hey everyone,

I recently stumbled upon some fascinating info about how tech is being used to help save honey bees. Apparently, beekeepers have started using advanced sensors to monitor their hives. This Irish company called ApisProtect has developed a device that tracks temperature, humidity, sound, and movement inside the hive. The data gets sent back to their HQ for analysis, which helps beekeepers manage multiple hives more effectively. Theyre working with beekeepers in the U.S., Ireland, the UK, and South Africa, monitoring over 20 million bees!

**User2: Re: Tech to Save Honey Bees?**

That's amazing! I read somewhere that Californias almond production heavily relies on bee pollination. With the decline in bee numbers, this kind of technology could be a game-changer. Hopefully, it helps reduce the losses beekeepers faced in 2019. I heard they lost almost 44% of colonies that year. ud83dude28

**User3: Re: Tech to Save Honey Bees?**

Yeah, it's pretty concerning. There's another company called Pollenity in Bulgaria that's also doing great work. Their Beebot is designed for smaller beekeepers and they're involved in this EU project called HIVEOPOLIS. Theyre even working on things like a robot bee to guide swarms and technology to detect pesticide poisoning. Its cool to see all these efforts coming together to protect bees.

**User4: Re: Tech to Save Honey Bees?**

Its high time we leverage technology to tackle this issue. Beekeepers need all the help they can get. If these tools can help increase the efficiency and health of hives, its a win-win. Fingers crossed these advancements make a real difference!

**User5: Re: Tech to Save Honey Bees?**

Absolutely! Imagine the impact if every beekeeper had access to this kind of tech. We might just turn the tide on the declining bee populations. Plus, better bee health means better crop yields. Win for the bees and a win for us!


Cork, Ireland (CNN Business)Global honey bee populations are in decline, threatening the food supply. New technologies could help beekeepers counter this threat. Beekeepers lease hives to farmers for crop pollination, a service worth billions, vital for crops like almonds, broccoli, and apples. California's 80% almond production relies on 2 million hives annually. Climate change, intensive agriculture, and pesticides are harming bees. U.S. beekeepers lost 44% of colonies in 2019 (University of Maryland). Tech startups are developing devices to help beekeepers. Ireland's ApisProtect launched a sensor to alert beekeepers to hive issues, measuring temperature, humidity, sound, and movement. Data is sent to ApisProtect's HQ for analysis and feedback. Founder Fiona Edwards Murphy says their device helps beekeepers manage more hives efficiently, increasing pollination and honey output. ApisProtect, funded with $1.8 million, works with 20 beekeepers in the U.S., Ireland, the UK, and South Africa, monitoring 20 million bees. Data from 400 sensors creates a global bee health database. Other startups include Bulgaria's Pollenity, the UK's Arnia, and Israel's BeeHero. Pollenity's Beebot targets small beekeepers and collaborates on the EU HIVEOPOLIS project, aiming to improve bee welfare with technologies like a robot bee directing swarms. Founder Sergey Petrov emphasizes the importance of technology for bee survival, noting plans to detect pesticide poisoning in bees. "If we don't harness technology, we might as well give up," he says.


#### Tackling Racism in the Workplace with Virtual Reality: A New Frontier
Blog
Ever wondered how you would react if a colleague made a racist remark? It's a tough situation to imagine, but it's something we need to be prepared for. Enter Vantage Pointa revolutionary startup founded in Los Angeles in 2017 that aims to tackle racial discrimination in the workplace through the lens of virtual reality (VR).

**A New Kind of Training**

Vantage Point offers cutting-edge courses on diversity, inclusion, and unconscious bias using VR headsets. Their training programs place employees into realistic scenarios based on real-life events, challenging them to respond effectively to acts of discrimination. The aim is to foster empathy and understanding among participants. Morgan Mercer, the founder, has herself faced racism and sexism, making her keenly aware of the need for effective training solutions.

**The Scope and Impact**

According to research from Glassdoor, nearly a third of adults in the US, UK, France, and Germany have either experienced or witnessed racism at work. This alarming statistic underlines the importance of such training programs, especially for retaining minority staff. A 2020 report by McKinsey found that companies with diverse workforces are 36% more profitable, further emphasizing the tangible benefits of inclusivity.

Initially focused on anti-sexual harassment training, Vantage Point has now expanded its scope to cover all forms of biasesincluding systemic racismhighlighted by movements like Black Lives Matter. To date, the startup has raised nearly $4 million and has collaborated with major corporations like Comcast, Latham and Watkins, and Google Cloud.

**Experiential Learning: A Success Story**

Cornell Verdeja-Woodson, formerly the global head of diversity, equity, and inclusion at Looker, enrolled 200 employees in Vantage Point's training program. He emphasizes the value of experiential learning in helping people understand their unconscious biases. Feedback from participants was overwhelmingly positive, showing increased awareness and confidence in addressing bias.

**Why It Matters**

Morgan Mercer underscores the significance of having diverse perspectives within companiesnot just for innovation, but also for education and heightened awareness. By providing immersive experiences that make us confront our own biases, Vantage Point is paving the way for a more inclusive and empathetic workplace culture.

So, next time you're thinking about how to make your office more inclusive, consider stepping into the virtual world. It might just be the key to tackling racism in the workplace.


**User1:** Hey everyone, have you heard about using virtual reality (VR) to combat racism in the workplace? Theres this cool startup called Vantage Point thats doing exactly that.

**User2:** Really? How does it work?

**User1:** So, they have these courses that use VR headsets to simulate real-life scenarios where employees experience and respond to acts of discrimination. It's meant to help people understand and confront their unconscious biases.

**User3:** That sounds awesome! Who founded it?

**User1:** The company was founded by Morgan Mercer in LA back in 2017. Shes faced both racism and sexism herself, so she really understands the need for this kind of training.

**User4:** Interesting. Does it actually make a difference though?

**User1:** According to some research, it does. Glassdoor says about a third of adults in the US, UK, France, and Germany have experienced or witnessed workplace racism. And a McKinsey report found that companies with diverse teams are 36% more profitable. So, yeah, it seems pretty important!

**User5:** Wow, that's a big deal. Which companies are using this?

**User1:** They've worked with companies like Comcast, Latham and Watkins, and Google Cloud. Also, Cornell Verdeja-Woodson from Looker got 200 employees to take part in the training. The feedback was super positiveit increased awareness and gave people more confidence in dealing with bias.

**User6:** This sounds like something every company should do. Diverse perspectives really do make a difference.

**User1:** Totally agree! Morgan Mercer believes diverse viewpoints are crucial not just for innovation but also for creating an educational and aware work environment.

**User5:** Im going to suggest this to my HR department. Thanks for sharing!


London (CNN Business) If a colleague made a racist remark, would you challenge it? This scenario is part of Vantage Point's training to tackle workplace racial discrimination. Founded in Los Angeles in 2017, the startup offers courses on diversity, inclusion, and unconscious bias using virtual reality (VR) headsets. Employees experience scenarios based on real events and respond to discrimination. Founder Morgan Mercer, who has faced racism and sexism, believes VR is invaluable for empathy. Research from Glassdoor shows nearly a third of adults in the US, UK, France, and Germany have experienced or witnessed workplace racism, affecting minority staff retention. A 2020 McKinsey report found companies with diverse workforces are 36% more profitable. Initially focused on anti-sexual harassment training, Vantage Point now covers all biases, including systemic racism and issues raised by Black Lives Matter. The startup has raised nearly $4 million and worked with companies like Comcast, Latham and Watkins, and Google Cloud. Cornell Verdeja-Woodson, formerly Looker's global head of diversity, equity, and inclusion, enrolled 200 employees in Vantage Point's training. He emphasizes the importance of experiential learning to understand unconscious bias. Feedback was positive, with increased awareness and confidence in addressing bias. Mercer highlights the importance of diverse perspectives for innovation and education within companies.


Blog
Ever missed out on your favorite band's live show because it sold out too quickly? Well, thanks to virtual reality (VR), you dont have to miss a beat. Musicians are now streaming concerts directly to VR headsets, providing fans with unique and immersive experiences that go beyond what you'd get at the venue.

Launched in 2018, MelodyVR has been at the forefront of this innovation. With a growing library of live shows compatible with Oculus headsets and mobile devices, they've partnered with over 850 artists, including big names like Kelly Clarkson and Lewis Capaldi. What sets MelodyVR apart is the variety of viewpoints it offersyou can choose to watch from the audience, sneak backstage, or even stand right on stage next to the performers.

MelodyVR isn't just about pre-recorded shows; they plan to offer live streaming through paid virtual tickets as well. By using specialized VR cameras, they've created a way to deliver high-quality streams that don't interfere with the performances themselves. Co-founder Steven Hancock emphasizes the importance of durable cameras that seamlessly integrate into live shows without causing any disruptions.

The company holds global VR distribution licenses with major music labels and currently operates on a pay-per-view model. There are also plans for a subscription service that will grant unlimited access to their vast collection of live performances. And theyre not alone. Other companies like Facebooks Oculus Venues and NextVR are also stepping into the VR music scene.

While the VR market might still be small, its expected to grow significantly. ABI Research predicts that VR revenues could reach $24.5 billion by 2024. As augmented reality (AR) and VR technologies continue to evolve, becoming more affordable and capable, the potential for growth in this space seems limitless.

To make VR concerts even more accessible, MelodyVR is planning to release a $20 VR headset that works with their phone app. According to Hancock, while VR concerts won't replace live shows, they do provide an excellent alternative for people who can't attend due to geographical, age, or financial constraints. The goal is to globalize music and make live performances accessible to everyone, regardless of where they are in the world.

So, if you've ever felt the sting of missing out on a concert, VR might just be the solution youve been waiting for. It's an exciting time for music lovers everywhere as virtual reality opens up new dimensions in the live music experience.


**User1: concertfan123**
Hey everyone! Has anyone else tried watching concerts through VR? I recently discovered MelodyVR, and it's been a game-changer for me. They have a huge library of live shows, and you can watch from different perspectives like the audience, backstage, or even on stage with the artists. I've watched performances from Kelly Clarkson and Lewis Capaldiit's incredible!

**User2: techguy89**
I haven't tried MelodyVR yet, but I've heard good things. Do they only do recorded concerts, or do they stream live shows too?

**User1: concertfan123**
They actually do both! Right now, they have a lot of recorded shows, but they're planning to start live streaming concerts via paid virtual tickets soon. They've got special VR cameras for this, and it sounds like they'll offer a subscription service in the future too.

**User3: musicjunkie**
That sounds amazing! I'm curious, how's the quality? And does it feel like you're really there?

**User1: concertfan123**
The quality is pretty great, especially if you have an Oculus headset. Theyve designed the cameras specifically to capture high-quality footage without interfering with the performance. It doesnt completely replace the feeling of being there in person, but its a fantastic alternative, especially if you cant make it to the concert.

**User4: globetrotter89**
This sounds perfect for me. I travel a lot and often miss my favorite bands when they come to town. Plus, I heard theyre going to release a $20 VR headset for their phone app, which makes it even more accessible.

**User5: skeptic_joe**
But do you think VR concerts will eventually replace live shows?

**User1: concertfan123**
From what Ive read, co-founder Steven Hancock believes VR concerts wont replace live shows but will offer an alternative for people who cant attend due to various reasons like geography, age, or cost. Its more about globalizing music and making it accessible to everyone.

**User6: analyst_guru**
Interesting point! The VR market is supposed to hit $24.5 billion by 2024, and as AR and VR gear become cheaper and better, I think well see a lot more of this. Definitely something to keep an eye on!


London (CNN Business) If your favorite band's live show sold out, you can still experience it through virtual reality (VR). Musicians now stream concerts to VR headsets, offering unique viewpoints and interactions not possible at the venue. Launched in 2018, MelodyVR has a library of live shows for Oculus headsets and mobile devices, working with over 850 artists like Kelly Clarkson and Lewis Capaldi. Users can watch from the audience, backstage, or even on stage. MelodyVR plans to offer live streaming via paid virtual tickets and has designed specialized VR cameras. Co-founder Steven Hancock highlights the need for durable cameras that don't interfere with performances. MelodyVR holds global VR distribution licenses with major labels and operates a pay-per-view model, with plans for a subscription service offering unlimited access. Other companies like Facebook's Oculus Venues and NextVR also deliver VR music performances. The VR market, though currently small, is expected to grow, with ABI Research predicting revenues of $24.5 billion by 2024. Analysts see potential growth as AR and VR gear converge, prices drop, and capabilities rise. MelodyVR will release a $20 VR headset for its phone app. Hancock believes VR concerts won't replace live shows but offer an alternative for those facing geographical, age, or cost barriers, aiming to globalize music.


Blog Post: How BMW is Leading the Way in Modernizing Manufacturing

**Exploring BMW's Cutting-Edge Manufacturing Techniques**

Nestled on the outskirts of a medieval city in Regensburg, Germany lies an ultra-modern factory that symbolizes the future of manufacturing. Welcome to BMW's state-of-the-art facility, where innovation meets production to craft around 320,000 vehicles every year.

**Technologies That Define BMW s Smart Factory**

BMW has embraced a suite of advanced technologies to revolutionize its manufacturing process. Utilizing robotics, 3D printing, and smart data analytics, they have slashed new application deployment time by a staggering 80% and reduced quality issues by 5%. This has garnered them global recognition, with the World Economic Forum heralding this plant as a "factory of the future."

**Industry 4.0: The Backbone of Modern Manufacturing**

The Regensburg plant epitomizes the principles of Industry 4.0interconnectivity, automation, machine learning, and real-time data analytics. Imagine a workplace where over 9,000 human employees collaborate seamlessly with more than 3,000 machines, robots, and autonomous systems. It s a perfect blend of man and machine working towards a common goal.

Capgemini estimates that smart factories like BMW s could contribute a whopping $1.5 trillion to the global economy within just three years. Plans are already in motion to establish 40% more smart factories in the next five years, signifying a significant shift towards automated and interconnected manufacturing environments.

**Real-Time Tracking for Enhanced Quality Control**

One standout feature of the factory is its Internet of Things (IoT) platform. By linking tools and parts with laser-printed labels, the system enables real-time tracking and immediate problem alerts. Autonomous vehicles efficiently deliver these parts across the factory floor, ensuring a streamlined production process.

"We predict and understand issues reactively to make better cars," says Frank Bachmann, the plant manager. This integration of technology doesn't overshadow human contribution. As Bachmann aptly puts it, "A smart factory is driven by smart people."

**Challenges and Future Prospects**

Despite its advancements, scaling these smart manufacturing initiatives remains a tough nut to crack. According to Capgemini, only 14% of smart initiatives are deemed "successful." Enno de Boer from McKinsey & Company identifies a critical skills shortage as a major hurdle. "42% of industrial companies report a lack of skills in Industry 4.0 capabilities," he notes.

To address this gap, experts recommend innovative training solutions such as gamification, virtual reality (VR), and augmented reality (AR). These modern techniques can equip the workforce with the necessary skills to thrive in an intelligent manufacturing ecosystem.

BMW's journey is a testament to how far we ve comefrom Ford's assembly line in 1913 to today's smart factories. As technology continues to evolve, it will be exciting to see how manufacturing adapts and grows in the coming years.


**User1: TechEnthusiast29**
Have you guys heard about BMW's cutting-edge factory in Regensburg? It s being called a "factory of the future" by the World Economic Forum! They re using robotics, 3D printing, and smart data analytics to produce around 320,000 cars annually. Pretty fascinating stuff!

**User2: CarNut88**
Oh yeah, I read something about that. They ve managed to cut new application deployment time by 80% and reduce quality issues by 5%. It's amazing how far we've come since the days of Ford's assembly line.

**User3: IndustryGeek**
What really blows my mind is their use of IoT to link tools and parts with laser-printed labels for real-time tracking. Plus, they ve got autonomous vehicles delivering parts around the factory. Imagine how efficient that must be!

**User4: EngineerMike**
I work in manufacturing, and trust me, scaling these kinds of innovations isn't easy. Capgemini found that only 14% of smart factory initiatives are actually successful. A lot of this has to do with skills shortages; 42% of companies say they lack the skills needed for Industry 4.0.

**User5: InnovatorJane**
That s true, Mike. But there are some cool training solutions out there, like using VR and AR. Enno de Boer from McKinsey even suggests gamification as a way to make workforce training more effective. It s all about blending tech with human aptitude.

**User6: FutureTechFan**
It s inspiring to see such advancements but also a bit daunting considering the challenges ahead. Still, seeing how BMW integrates these technologies gives me hope for the future of manufacturing.


Regensburg, Germany (CNN) On the outskirts of a medieval city lies BMW's ultra-modern factory, producing around 320,000 vehicles in 2018. Using robotics, 3D printing, and smart data analytics, BMW cut new application deployment time by 80% and reduced quality issues by 5%. The World Economic Forum calls it a "factory of the future," embodying "Industry 4.0" with interconnectivity, automation, machine learning, and real-time data. The Regensburg plant employs 9,000 people and over 3,000 machines, robots, and autonomous systems. Capgemini predicts smart factories like this could add $1.5 trillion to the global economy in three years. Manufacturers plan to create 40% more smart factories in five years. "A smart factory uses new technologies and ideas for innovation," says plant manager Frank Bachmann. The plant's Internet of Things platform links tools and parts with laser-printed labels, enabling real-time tracking and problem alerts. Autonomous vehicles deliver parts around the factory. "We predict and understand issues reactively to make better cars," says Bachmann, emphasizing the integration of technology with human workers. "A smart factory is driven by smart people." Cars have long driven manufacturing innovation, from Ford's assembly line in 1913 to today's smart factories. However, scaling these initiatives remains challenging. Capgemini found only 14% of smart initiatives are "successful." Enno de Boer of McKinsey & Company highlights challenges in employee capability and scaling. "42% of industrial companies report a skills shortage in Industry 4.0 capabilities," he says. De Boer suggests using gamification, VR, and AR for workforce training.


Blog Post: Exploring the Boom in Food Technology: What's Driving Innovation?

Welcome to our blog, where we dive into the fascinating world of food technology and explore what's fueling its incredible growth. While Israel is renowned for its delicious falafel and vibrant shakshuka, it s making waves in another area: food tech. With over 350 agri-food tech companies, this small nation is punching well above its weight.

**The Rise of Food Tech Investments**

In 2018 alone, Israel's food tech sector attracted $100 million in investments! Experts predict that the global food tech market will soar beyond $250 billion by 2022. Tamar Weiss, development manager at Start-Up Nation Central, credits Israel's rapid progress to a collective drive to address agriculture's environmental and ethical challenges. "People are aware of it in their personal life, pushing the sector forward," she says.

**Sustainable Food Innovations**

One shining example of Israel's innovative spirit is Aleph Farms, founded by Didier Toubia in 2017. This company has developed cultured beef from cow cells, creating slaughter-free steaks. "The objective was to bring balance back to nature," Toubia explains. Aleph Farms has raised $14 million and even managed to grow meat in space! Barclays forecasts that the alternative meat sector could hit $140 billion in sales within a decade, and the number of startups in this space is multiplying.

**Support for Startups**

Israel s government backs these ventures through grants and even a $28 million food tech incubator. There's a strong cultural element too: the principles of kosher living emphasize clean food and align values with culinary practices, adding another layer of motivation.

**Animal Welfare: A Key Concern**

Yehuda Elram, CEO of eggXYt, points out that compassion towards animals is deeply rooted in Jewish culture. His company's technology uses CRISPR to detect the gender of chicks before they hatch, preventing the mass culling of male chicks. This innovation not only saves countless lives but also makes economic sense. eggXYt has already received $4 million in grants and is moving towards regulatory approval.

**Personal Health Trends**

Health-conscious innovations are another booming area in Israel s food tech scene. Companies like Amai Proteins and DouxMatok are developing sugar alternatives, while MyFavorEats customizes online recipes to fit individual dietary needs. Imagine being a diabetic who can now easily find recipes tailored to your carbohydrate requirements! CEO Orly Rapaport says their algorithm, trained on a million recipes, will soon be available through health apps or recipe publishers.

With trends like veganism, vegetarianism, and increasing food allergies, personalized health solutions are more relevant than ever. The World Allergy Organization estimates that between 240-550 million people suffer from food allergies worldwide. These companies are stepping up to meet those needs.

Stay tuned to our blog for more insights into the revolutionary world of food technology!


User: FoodieFan123
I've been noticing a lot of buzz around food technology lately. From lab-grown meat to AI-powered food delivery services, it seems like there's a new innovation every day. What do you think is driving this boom in food tech? Is it just a fad, or are there deeper factors at play?
User: TechSavvyChef
Great question, FoodieFan123! I think one of the biggest drivers is the growing concern over sustainability. Traditional farming methods are putting a lot of strain on our environment, and people are looking for more sustainable ways to produce food. Lab-grown meat, for instance, uses less land and water compared to conventional livestock farming.
User: GreenGourmet
Totally agree with you, TechSavvyChef. In addition to sustainability, there's also a huge focus on health. Consumers are becoming more health-conscious and are looking for foods that are not only nutritious but also free from harmful chemicals and additives. Food tech is helping to meet these demands by creating healthier food alternatives and using technology to improve food safety.
User: UrbanFarmer
Don't forget the role of urbanization! As more people move to cities, there's less space for traditional farming. Vertical farming and hydroponics are becoming popular because they can produce food in urban environments with limited space. This technology is making it possible to grow fresh produce closer to where people live, reducing the need for long-distance transportation.
User: AI_Eats
Another factor is the advancement in AI and machine learning. These technologies are revolutionizing the food industry by optimizing supply chains, predicting consumer preferences, and even creating new recipes. AI can analyze vast amounts of data to improve everything from food production to delivery, making the whole process more efficient.
User: BioEngineer
Let's not overlook the role of biotechnology. Genetic engineering and CRISPR are being used to develop crops that are more resistant to pests and diseases, which can lead to higher yields and reduced need for chemical pesticides. This not only helps farmers but also contributes to a more sustainable food system.
User: FoodieFan123
These are all great points! It seems like food tech is addressing a lot of different challenges at once. Do you think these innovations will become mainstream, or will they remain niche for a while?
User: MarketAnalyst
I think it's a matter of time before many of these innovations become mainstream. As technology advances and becomes more cost-effective, we'll likely see wider adoption. Plus, as consumer awareness and demand for sustainable and healthy food options continue to grow, the market will naturally shift in that direction.
User: HomeCookHero
I hope so! I'm really excited about the potential for food tech to make a positive impact on our food system. It's amazing to think about how much has changed in just the past few years. Can't wait to see what the future holds!
User: FoodieFan123
Thanks for all the insights, everyone! This has been a really enlightening discussion. I'm definitely more optimistic about the future of food tech now. Let's keep the conversation going!


London (CNN Business) Israel is known for falafel and shakshuka, but less so for its food technology. Yet, with over 350 agri-food tech companies, Israel is a significant player. In 2018, investment in Israel's food tech sector reached $100 million. BIS Research predicts the global food tech market will exceed $250 billion by 2022. "So much is happening in such a small place," says Tamar Weiss, development manager at Start-Up Nation Central. Weiss attributes this to Israel's drive to address agriculture's environmental and ethical challenges. "People are aware of it in their personal life, pushing the sector forward," she adds. Sustainable food Didier Toubia founded Aleph Farms in 2017, creating cultured beef from cow cells. "The objective was to bring balance back to nature," he says. Aleph Farms has raised $14 million and developed the first slaughter-free beef steak. They even grew meat in space, proving high-quality protein can be produced with fewer resources. Barclays predicts the alternative meat sector could reach $140 billion in sales in a decade. The cultured meat market is growing, with startups increasing from four in 2016 to over two dozen last year. Israel's government supports this through grants and a $28 million food tech incubator. "In Israel, there is a lot of awareness of animal welfare," says Toubia. Weiss adds that kosher culture "brings awareness around food being clean and linking values with food." Animal welfare Yehuda Elram, CEO of eggXYt, highlights the Jewish religion's compassion towards animals. eggXYt's technology detects chick gender before hatching, preventing male chick culling. This method, using CRISPR, marks the gender of eggs without side effects. Male eggs glow under a scanner, allowing factories to repurpose them. "This has no effect on the hatchability of female eggs and leaves the industry with seven billion male unincubated eggs as a product," says Elram. eggXYt received $4 million in grants and is undergoing regulatory approval. Personal health Health is another major trend in Israel's food tech. Companies like Amai Proteins and DouxMatok develop sugar alternatives. MyFavorEats, a Tel Aviv startup, customizes online recipes to fit dietary needs. "For example, a diabetic who needs to keep a certain amount of carbohydrates," says CEO Orly Rapaport. The algorithm, trained on 1 million recipes, will be available through health apps or recipe publishers. This caters to the growing trends of veganism, vegetarianism, and rising food allergies. The World Allergy Organization estimates 240-550 million people suffer from food allergies worldwide.


Blog Post: The Future of Fruit and Salad Harvesting: How Robots Are Revolutionizing Agriculture

Hey there, tech enthusiasts and future farmers! Have you ever wondered how technology is changing the way we harvest fruits and vegetables? Picking soft fruits like strawberries or delicate greens such as salad requires a level of care and precision that has long made it a manual task. But not anymore! Thanks to advances in machine learning, we  re beginning to see robots that can handle even the most delicate produce with the gentle touch they require.

Let’s dive into some exciting developments in this field. Engineers at the University of Cambridge have developed an incredible robot called the Vegebot, which is designed to identify and harvest iceberg lettuce. This isn  t just any robot; it uses a camera to scan the lettuce and a machine learning algorithm to decide if the lettuce is ready for harvest. Talk about smart farming! Another camera then guides the picking cage, ensuring everything is perfectly aligned before making the cut.

Although the Vegebot is slower than human pickers  taking about 31 seconds per lettuce  it successfully classifies 91% of the crop accurately.  "Our goal was to prove you can do it, " says Simon Birrell, co-author of the study. And prove it they did!

Why all this tech buzz around farming, you ask? Well, with the global population expected to soar to 9.7 billion by 2050, our agricultural practices need to keep up. Challenges like extreme weather due to climate change and reduced agricultural lands are adding pressure on our food production systems. That’s where robotics come in. According to Rakhi Tanwar from BIS Research, the market for agricultural drones and robots is projected to skyrocket from $2.5 billion in 2018 to an astounding $23 billion by 2028. Imagine robots working tirelessly for over 20 hours a day to meet our food demands!

Labor shortages in agriculture are another driving force behind this robotic revolution. Younger generations aren’t as interested in farm work, leading to fewer hands available during critical harvest periods.  "Robotics could provide relief to growers suffering from labor shortages, " says Tanwar. Plus, robots don  t tire out and can work continuously during these intense periods. Martin Stoelen of Fieldwork Robotics notes that their raspberry-picking robots will be able to operate around the clock. Amazing, right?

But wait, there’s more! These robots can contribute to sustainable farming practices. By reducing water, fuel, and pesticide use, they can also help minimize food waste. Typically, fields are harvested once, leaving unripe produce to rot. With robots, ripe vegetables can be picked multiple times, ensuring nothing goes to waste. Simon Birrell points out that between a quarter and a third of food ends up rotting in the field due to a lack of pickers. Robots could change that dramatically.

Take Octinion’s strawberry-picking robot, for example. Used in the UK and the Netherlands, it employs 3D vision to locate ripe berries and gently picks them.  "Robotics have the potential to reduce food waste and increase prices, " says Tom Coen, CEO of Octinion.

One challenge, however, is adapting these robots to withstand all weather conditions. Farm machinery must be robust enough to endure rain, snow, mud, dust, and heat. Building agricultural robots is a whole different ball game compared to factory robots, as Simon Birrell notes. Yet, companies like California-based Abundant Robotics are rising to the occasion with their apple-picking robots designed to thrive in farm environments.  "Automation has steadily improved agricultural productivity, " says Dan Steere, CEO of Abundant Robotics.

The future of farming looks bright, and it’s fascinating to see how technology is paving the way for more efficient and sustainable agricultural practices. Stay tuned for more updates on the tech front!


superMario_Milt:
Hey folks, have you heard about these new robots that can pick soft fruits and veggies like strawberries and salad? Sounds pretty sci-fi, right? Apparently, engineers at the University of Cambridge have created something called the Vegebot that can carefully pick iceberg lettuce using machine learning. It takes a bit longer than humans, but it's super accurate.

Individual_Ad_2701:
That's cool! I read that agriculture is facing major issues with labor shortages. Younger people aren't too keen on getting into farming jobs, so I guess robots could fill that gap. Plus, these machines can work much longer hours than humans without needing breaks. Seems like a win-win.

Proudscobi:
Totally! And these robots can actually help reduce food waste, which is a huge problem in agriculture. Normally, fields are only harvested once, and anything that  s not ripe just goes to waste. But with robots, they can go back and pick the ripe produce multiple times. It's pretty amazing.

Graceful_Gardener:
I’m excited about the sustainability aspect. If these robots can use less water, fuel, and pesticides, they could make farming more eco-friendly. Not to mention, they might help keep food prices stable by reducing waste. Anyone else following the advancements in agricultural technology?

FarmTechGeek:
Absolutely, @Graceful_Gardener! Companies are investing big time in agricultural robots. They're projecting the market for these machines to grow massively over the next decade. Plus, robots being able to handle all sorts of weather conditions is a real game-changer. Imagine a robot that can pick apples in pouring rain without skipping a beat.

GreenThumb47:
It's fascinating! With the global population set to reach nearly 10 billion by 2050, we really need to boost our food production capabilities. Robots could be a key part of feeding the world. Excited to see where this technology goes!


London (CNN Business) Picking strawberries or salad requires nimbleness, unlike wheat and potatoes, which have been mechanically harvested for decades. Many fruits and vegetables bruise easily or are hard to locate. However, advances in machine learning have led to robots that can handle delicate produce with care. Engineers at the University of Cambridge developed the Vegebot, the first robot to identify and harvest iceberg lettuce. A camera scans the lettuce, and a machine learning algorithm decides if it's ready for harvest. Another camera guides the picking cage, and sensors ensure the right position before cutting. The Vegebot accurately classifies 91% of the crop but is slower than humans, taking 31 seconds per lettuce. "Our goal was to prove you can do it," says Simon Birrell, co-author of the study. With the global population expected to reach 9.7 billion by 2050, agriculture must meet rising food demand. Climate change adds pressure with extreme weather and shrinking agricultural lands. The industry is turning to robotics, with the market for agricultural drones and robots projected to grow from $2.5 billion in 2018 to $23 billion in 2028. "Agriculture robots are expected to improve production efficiency," says Rakhi Tanwar of BIS Research. Robots like those developed by Fieldwork Robotics can work over 20 hours a day. The share of employment in agriculture has declined, partly due to a lack of interest from younger generations. "Robotics could provide relief to growers suffering from labor shortages," says Tanwar. Robots can work continuously during intense harvest periods. "The main benefit is durability," says Martin Stoelen of Fieldwork Robotics. Their raspberry-picking robots will operate around the clock during busy periods. Robots could also lead to sustainable farming. They could use less water, fuel, and pesticides and reduce waste. Typically, fields are harvested once, leaving unripe produce to rot. Robots could pick ripe vegetables and return to the field multiple times. "Between a quarter and a third of food rots in the field due to a lack of human pickers," says Birrell. Octinion's strawberry-picking robot, used in the UK and the Netherlands, uses 3D vision to locate ripe berries and gently picks them. "Robotics have the potential to reduce food waste and increase prices," says Tom Coen, CEO of Octinion. One challenge with agricultural robots is adapting to all-weather conditions. Farm machinery must withstand rain, snow, mud, dust, and heat. "Building robots for agriculture is different from factories," says Birrell. California-based Abundant Robotics developed an apple-picking robot that can endure farm conditions. "Automation has steadily improved agricultural productivity," says Dan Steere, CEO of Abundant Robotics.


Blog Post: How Technology Could Revolutionize the Fashion Industry

The fashion industry is facing a significant environmental crisis. Did you know that it contributes more to climate change than international flights and shipping combined? Astonishingly, it generates 20% of global wastewater and 10% of carbon emissions. Even more alarming, it releases half a million tons of synthetic microfibers into the ocean each year.

With consumers becoming increasingly aware of fast fashion's environmental cost, there has been a noticeable shift towards sustainable habits and second-hand shopping. But how exactly is the fashion industry responding, and can technology pave the way for a greener future?

#### Sustainable Initiatives from Fashion Giants

Major brands are taking bold steps towards sustainability:

- **Zara** aims to use only sustainable materials by 2025.
- **H&M** plans to achieve this goal by 2030.
- **Nike** pledges to use 100% renewable energy by 2025.
- **Adidas** is doubling its production of shoes made from recycled plastic this year.

Wrangler has even pioneered a new denim process to eliminate water waste, showcasing how innovations in textile production can make a difference.

#### The Role of Cutting-Edge Technologies

Technologies are fundamentally transforming how clothes are designed, produced, and sold:

- **Teemill** uses AI and robotics to minimize waste in fashion production. According to co-founder Mart Drake-Knight, three out of five t-shirts bought today will be trashed within a year. Teemill combats this by producing items on demand, thereby reducing unsold stock and promoting recycling.

- Transparency is becoming crucial too. Samantha Dover from Mintel highlights that consumers care more about factory conditions and garment origins. Some brands are using blockchain technology to track their supply chains, offering a deeper insight into the journey of each garment. For instance, designer Martine Jarlgaard allows customers to scan a QR code to trace the entire lifecycle of their purchase.

- **Google Cloud** has teamed up with Stella McCartney to build a tool that uses data analytics and machine learning to estimate the environmental impact of fashion production. This tool evaluates factors like soil quality, water runoff, and emissions to provide brands with a clearer picture of their sustainability footprint.

However, while these technologies offer immense potential, there is a word of caution. Mark Sumner from the University of Leeds warns against overwhelming consumers with too much information. His research indicates that excessive data can cause shoppers to disregard sustainability factors altogether due to sheer information overload.


**User1:** Have you guys noticed how much the fashion industry is contributing to climate change? It's crazy! Apparently, it generates 20% of global wastewater and 10% of carbon emissions. That's more than international flights and shipping combined!

**User2:** Yeah, I read about that. Zara and H&M are pledging to use only sustainable materials by 2025 and 2030, respectively. It's good to see big brands finally taking responsibility.

**User3:** And Nike promises to use 100% renewable energy by 2025. Adidas is also increasing its use of recycled plastic in their shoes. It's about time they stepped up!

**User4:** I've been following how tech is revolutionizing the industry. Ever heard of Teemill? They use AI and robotics to reduce waste. They produce items on demand to avoid unsold stock, which is super smart.

**User5:** Thats cool! Transparency is another big thing. Some brands are using blockchain to track supply chains. You can literally scan a QR code to see where your garment came from!

**User6:** Google Cloud has partnered with Stella McCartney to create a tool that uses data analytics and machine learning to measure the environmental impact of fashion production. It looks at factors like soil quality, water runoff, and emissions.

**User7:** True, but isn't there a risk of information overload? I read a study by Mark Sumner from the University of Leeds, which showed that too much data could overwhelm consumers, causing them to ignore sustainability factors when shopping.

**User8:** Good point. Balance is key. We need enough information to make informed choices, but not so much that we get lost in the details.


London (CNN Business) The fashion industry contributes more to climate change than international flights and shipping combined, generating 20% of wastewater and 10% of carbon emissions globally. It also releases half a million tons of synthetic microfibers into the ocean each year. Consumers are becoming more aware of the environmental cost of fast fashion, leading to more sustainable habits and second-hand shopping. Fashion giants are responding: Zara pledges to use only sustainable materials by 2025, H&M by 2030, Nike will use 100% renewable energy by 2025, and Adidas will double shoes made from recycled plastic this year. Wrangler has developed a new denim process to eliminate water waste. Technologies are transforming how clothes are designed, produced, and sold. Teemill uses AI and robotics to reduce waste. "Fashion is a high volume, low value, waste stream," says Mart Drake-Knight, co-founder of Teemill. He claims three out of five t-shirts bought today will be trashed within a year. Teemill produces items on demand, minimizing unsold stock, and incentivizes returns for recycling. "We've designed out the concept of unsold stock," says Drake-Knight. Transparency is also key. Samantha Dover of Mintel says consumers are more conscious of factory conditions and garment origins. Some brands use blockchain to track supply chains. Martine Jarlgaard uses blockchain to track her supply chain, allowing consumers to scan a QR code to see the garment's journey. "We need to understand brands' actual commitment to sustainability," says Jarlgaard. Google Cloud partnered with Stella McCartney to build a tool using data analytics and machine learning to estimate the environmental impact of production. The tool will analyze data on soil quality, water run-off, and emissions. "We can present it to fashion brands and give them a picture of their sustainability footprint," says Ian Pattinson of Google Cloud. However, Mark Sumner from the University of Leeds cautions against data overload. His research shows too much information can overwhelm consumers, leading them to ignore sustainability factors when shopping. "We end up overloading the consumer so much ... they just turn off," he says.


Blog Post: Preparing Children for the Jobs of the Future

Preparing our children for future jobs is increasingly challenging as technological advancements reshape our world. With many future jobs yet to be invented, how do we equip young minds for success? Let's explore some innovative strategies and tools helping shape tomorrow's workforce.

### The Rise of Edtech
Educational technology (edtech) spending is projected to skyrocket to $341 billion by 2025. This investment reflects an essential shift in education towards tech-driven learning environments.

According to Heather McGowan, a future work strategist, adaptability is key. "The foundational knowledge of the future is your own ability to learn and adapt," she says. New edtech tools like Cubetto, a wooden robot teaching coding to preschoolers, exemplify this approach. Filippo Yacob, CEO of Cubettos developer Primo, emphasizes that it's about making children future-proof.

### Making Learning Fun and Engaging
Keeping children engaged is crucial. Alex Klein, CEO of Kano, believes that learning should be fun and adventurous. Kanos build-your-own computer kits create game-changing opportunities for teaching computer science, transforming students into creators rather than consumers of technology.

A survey by Promethean found that 54% of UK teachers use educational technology, with 94% reporting improved student engagement. Such tools not only make learning more interactive but also cultivate essential skills like problem-solving and critical thinking.

### Optimizing Learning Environments
Technology is also enhancing classroom conditions. Danish companies Velux and Leapcraft developed Ambinode, a sensor monitoring factors like noise and CO2 levels to optimize the learning environment. Research from the University of Salford indicates that factors like natural light and air quality can boost learning progress by up to 16% annually. Professor Peter Barrett underscores that getting these elements right is crucial for effective learning.

In conclusion, preparing children for the jobs of the future involves embracing educational technology and creating engaging, optimized learning environments. These innovations ensure that our children are not just ready for future jobs but are equipped to thrive in an ever-evolving landscape.


User: FutureThinker123
Hi everyone! With the rapid changes in technology and the job market, I'm curious about how we can best prepare our children for the jobs of the future. What skills should we be focusing on, and are there any specific strategies or resources that have worked for you? Looking forward to hearing your thoughts!
User: TechDad2024
Great question, FutureThinker123! I think one of the key skills we should be focusing on is coding. It’s becoming a fundamental skill, much like reading and writing. There are plenty of resources like Scratch for younger kids and Python for when they get a bit older. It’s not just about becoming a programmer, but understanding how technology works.
User: EduMom
I completely agree, TechDad2024. I’d also add critical thinking and problem-solving skills to the list. These are essential no matter what field they end up in. We use puzzles and brain teasers at home, and I encourage my kids to ask questions and think through problems rather than just giving them the answers.
User: GreenGuru
Don’t forget about soft skills! Communication, teamwork, and adaptability are going to be crucial. The future job market will be very dynamic, and being able to work well with others and adapt to new situations will be invaluable. We do a lot of group activities and role-playing games to help with this.
User: AIEnthusiast
Absolutely, GreenGuru! Another area to consider is AI and machine learning. These technologies are already transforming industries, and having a basic understanding of them will be beneficial. There are some great online courses for kids that introduce these concepts in a fun and engaging way.
User: BookLover
I think we should also focus on fostering a love for lifelong learning. The jobs of the future will likely require continuous education and skill development. Encouraging curiosity and a love for reading can help set the foundation for this. We make regular trips to the library and have a variety of books at home.
User: GlobalCitizen
Let’s not forget about cultural awareness and languages. As the world becomes more interconnected, being able to understand and communicate with people from different cultures will be a huge advantage. We’re teaching our kids a second language and exposing them to different cultures through travel and international pen pals.
User: MakerMom
Hands-on learning is also super important. Things like robotics kits, DIY projects, and even simple household repairs can teach kids valuable skills and spark their creativity. We have a “maker space” at home where my kids can tinker and build things.
User: ScienceGeek
I’d add that a strong foundation in STEM (science, technology, engineering, and math) is crucial. These fields are growing rapidly, and having a solid understanding can open up many opportunities. We do a lot of science experiments at home and encourage our kids to explore their interests in these areas.
User: FutureThinker123
Wow, these are all fantastic suggestions! Thank you so much, everyone. It’s great to see so many different perspectives and ideas. I feel much more equipped to help my kids prepare for the future now. Let’s keep this discussion going and share any new resources or strategies we come across!


London (CNN Business) Today’s classrooms are evolving from traditional setups to tech-driven environments. With the need to prepare children for a digital future, educational technology spending is set to double to $341 billion by 2025, according to HolonIq. "We’re asking young people about future jobs, but many of those jobs don’t exist yet," says Heather McGowan, a future work strategist. The World Economic Forum reports that 65% of children entering primary school in 2017 will have jobs that don’t yet exist. McGowan believes education should focus more on learning adaptability. "The foundational knowledge of the future is your own ability to learn and adapt," she says. New tools like Cubetto, a $225 wooden robot teaching coding to 3-year-olds, exemplify this shift. "It's about making children future-proof," says Filippo Yacob, CEO of Primo, Cubetto’s developer. Maintaining young children's attention is crucial. "It needs to be fun and adventurous," says Alex Klein, CEO of Kano, which offers build-your-own computer kits. "Kano provides game-changing opportunities for teaching computer science," says teacher Allen Tsui. A survey by Promethean found that 54% of UK teachers use educational technology, with 94% seeing improved student engagement. Technology also enhances learning environments. Danish companies Velux and Leapcraft developed Ambinode, a sensor monitoring classroom conditions like noise and CO2 levels, feeding data to an app for adjustments. A University of Salford report found that factors like natural light and air quality can boost primary school pupils' learning progress by up to 16% a year. "If you don’t get these things right, children’s learning is hampered," says professor Peter Barrett.