For decades, corporate social responsibility often meant a logo on a football jersey, a banner at a marathon, or a handshake photo with a charity. Visibility mattered more than durability. But that model is changing.

Like we learned with Levi’s which is training teens on how to repair clothing at schools in America, some of the world’s biggest brands are investing not in events — but in people.

Kia’s new Bootcamp program is a clear example of this shift. This week, Kia Corporation (listed on the Korean Stock Exchange KRX: 000270) unveiled a documentary highlighting its flagship CSR initiative, which provides hands-on technological education to young people in Mexico, Peru, the Philippines, and Morocco, with expansion planned to Ecuador, South Africa, and Singapore in 2026. The goal is not short-term aid, but something far more radical in corporate philanthropy: self-reliance. They are training young people how to be mechanics – on combustion engines, hybrids and electric vehicles.

“Bootcamp is a very meaningful and valuable activity that draws a bright future from the deep well of global youth potential,” said Tae-Hun (Ted) Lee, Head of Global Operations Division at Kia. “We will continue to expand various programs that provide local partners with opportunities to acquire new technologies at world-class educational facilities while experiencing the Kia brand firsthand.”

From donations to “priming water”

Kia describes Bootcamp (which made the news in the US over carjackings using a USB cable) using a metaphor borrowed from rural life: “priming water.” Just as a small amount of water is poured into a pump to start drawing water from a deep well, Bootcamp is designed to activate long-term capacity rather than deliver one-off charity.

Instead of giving money or equipment alone, Kia provides: Training vehicles, automotive tools and diagnostic equipment, instruction in combustion, hybrid, and electric vehicle technologies, partnerships with Kia retailers, garages and local schools. During Bootcamp 1.0 in 2025, their pilot program, Kia trained 87 professional mechanics, and 34 have already secured jobs at local dealerships. Another 50 trainees are currently in training in Morocco.

Kia is not alone.

Levi’s, for example, has shifted its sustainability focus beyond recycled denim into human skills. Through repair programs in schools and community spaces, Levi’s is teaching teenagers how to fix jeans — turning clothing care into an act of climate literacy and self-reliance.

Patagonia has built its Worn Wear program around repair, resale, and repair education.

Microsoft funds cloud and AI skills programs in underserved regions.

And in the financial fintech world world, a similar shift is underway. My Say On Pay, a new intelligence platform for C-level compensation, monitors publicly traded companies to evaluate how CEO pay compares with shareholder value creation. Instead of celebrating executive excess (see our story on Rodney McMullen), the platform asks a harder question: Does leadership compensation reflect real performance? Its education arm, 36North, extends this philosophy to young investors, offering practical training in sound wealth management, long-term thinking, and responsible financial decision-making, with women investors at the core.

Together, these programs reflect the same emerging philosophy as Kia’s Bootcamp: empower people in the entire business ecosystem your business operates in with skills, not slogans.

We are entering an era where water, energy, labor, and skills are all becoming climate-sensitive resources. Societies cannot rely on governments alone to fill the gaps and AI is going to be fast replacing entry level jobs. This gives us hope that humans will still have work and purpose.

The post Kia’s bootcamp trains car mechanics on EVs and the future  appeared first on Green Prophet.

Remember when everyone was stealing steel in your city to melt it down for the Chinese building market during the Olympics in Beijing? Grates from storm sewers were being lifted, iron gates gone, slides gone missing from Japanese playgrounds. The thing about raw materials is that once they are melted down, you can’t prove the source of the material. Same is true with gold, cucumbers and even forged products that look the same as the real thing. When it comes to steel, and how we produce it, it has a massive carbon problem. What’s happening in Japan right now could change how we think about heavy industry and climate action.

Related: All about green mining

The steel sector is wrestling with an existential question—how do you prove that the product being smelted is actually “green steel”—steel produced with renewable energy and which doesn’t harm people and planet? And more importantly, how do you make sure that environmental value doesn’t get lost, duplicated, or mysteriously multiplied as steel moves through processors, distributors, and manufacturers through endless countries back and forth? You can’t put a barcode on raw material that gets changed but you can barcode the process and that’s what Fujitsu is doing.

It seems transformative but the technology has been around for 10 years. Enter Fujitsu—before your eyes glaze over, this has nothing to do with Bitcoin or crypto speculation. Think of it more like a digital receipt system that nobody can fake.

Starting in December 2025, Fujitsu launched a pilot project—backed by Japan’s Ministry of Economy, Trade and Industry—to trace and track green steel certificates through the supply chain using blockchain. Fujitsu is a technology company that makes computers, servers, IT systems, and digital solutions for businesses—they don’t manufacture steel themselves but provide the digital infrastructure that helps industries track and verify their processes. The pilot runs through February 2026 and involves actual steel businesses testing whether this tracking system works in real-world conditions.

Here’s the problem they’re solving: Japan’s steel industry has developed methods to produce lower-emission steel. One approach, called the GX Mass Balance Method, lets companies pool their emission reductions from various green projects and allocate them to specific steel products. Another method, GX Allocation, distributes emission reductions across different products while keeping total emissions constant.

But the problem is that once a green steel certificate gets issued, it needs to travel through an entire supply chain—from the mill to processors to fabricators to whoever’s building the final product like cars, buildings, bridges, home appliances, or beverage cans. At each handoff, there’s a risk the environmental claim gets duplicated, lost, or disputed. One certificate could theoretically be claimed by multiple parties, inflating the actual environmental benefit. We’ve seen this with BioBee strawberries in Israel. What was once an eco label to show pollinated by bees is now believed to be a symbol for organic strawberries—which isn’t true.

They aren’t organic. Suppliers are printing their own stickers and it’s a forgery that everyone goes along with. It happens in the US too—Kohl’s and Walmart both settled with the FTC in 2022 for $2.5 million and $3 million respectively after falsely advertising rayon products as “eco-friendly bamboo fiber.” McDonald’s also introduced “recyclable” paper straws in 2019 that turned out to be non-recyclable.

What was the Japanese Kobe Steel Scandal?

The Kobe Steel scandal of 2017 exposed how Japan’s reputation for quality manufacturing could crumble when data gets falsified. Employees deliberately falsified strength and durability data on over 600 products shipped to clients, with data manipulation occurring at 23 domestic and overseas plants involving more than 40 employees—a practice that had been endemic since the 1970s according to Wikipedia.

At least 20,000 tons of aluminum and copper products with fabricated inspection data were shipped to around 200 companies =including Toyota, Boeing, and Japan’s bullet train manufacturers. The problem wasn’t poor quality steel, it was lying about the specifications. Products that didn’t meet customer standards were shipped anyway with fake certificates claiming they did. This is exactly why blockchain tracking matters: without a tamper-proof record of what’s actually in your supply chain, you’re just trusting someone’s word.

Fujitsu’s blockchain platform creates a permanent, tamper-proof record of each green steel certificate as it moves downstream. The technology ensures traceability while maintaining confidentiality—companies can verify the environmental value without exposing sensitive business information about who’s buying what from whom. Blockchain allows for complete anonymity while still proving authenticity.

What makes this interesting isn’t just the technology. It’s the recognition that producing green steel is only half the battle. The other half is building trust in those environmental claims across complex, global supply chains. Without that trust and verification, green steel becomes just another marketing claim that buyers and regulators can’t verify.

The steel industry produces roughly 7 to 9% of global CO2 emissions, so decarbonizing it matters enormously. But green steel typically costs more to produce, which means manufacturers need assurance they’re paying for something real. End users—say, a car company promising carbon-neutral vehicles—need proof that the steel in their products actually has the reduced emissions they’re claiming. Otherwise, they are just suckers with a feel-good label that means nothing.

Fujitsu is positioning this platform, which they call the Sustainable Value Accelerator, as potentially expandable beyond steel into other industries facing similar verification challenges. The company employs 113,000 people and reported revenues of 3.6 trillion yen for fiscal year 2025, so they’ve got the resources to push this forward. While products in the 60s from Japan were cheap and lousy, that label has moved to China. Everyone trusts the quality of Japan today like they trust Switzerland. We can trust they will make a system that will be fair and honest and reliable.

Except, not that long ago in 2007, Japan suffered a steel scandal. Top Japanese automakers had to assess the safety of vehicles containing products from Kobe Steel, which has admitted falsifying quality data. Toyota, Nissan, Honda, Mitsubishi Motor, Subaru and Mazda joined aviation firms and defense contractors Mitsubishi Heavy Industries, Kawasaki Heavy Industries and IHI that have used the steelmaker’s products.

Japan’s famous “Shinkansen” bullet trains also used Kobe Steel’s aluminum, as did high-speed trains in Britain, according to engineering firm Hitachi. “Products used (for both Japanese and British trains) met safety standards. But they did not meet the specifications that were agreed between us and Kobe Steel,” a Hitachi spokesman told the media.

Like what Fujitsu is doing? Do you think this is the right way forward? To invest in Fujitsu, you can purchase its stock (shares) through an international or online stockbroker. Fujitsu Limited is primarily listed on the Tokyo Stock Exchange (TSE) under the ticker code 6702. It also trades on the over-the-counter (OTC) markets in the US under the ticker FJTSY. Green Prophet has no affiliation with the company. 

The post How you create green steel on a blockchain appeared first on Green Prophet.

While online hightech companies might seem to be on the money, investors are hungry for new advances in physical products. But developing them takes years, and lots of money. There is a lots of waste in the prototyping stage in terms of time, materials, and money.

Rapid prototyping using 3D printers can help form ideas into real products, some that work, or help developers understand design flaws in the physical prototype. 3D printing, using plastic “ink” is one way to create prototypes but most printers are small, and only big enough to print shapes as big as a softball.

Here’s a new electric car printed using a 3D printer! (It’s not the first apparently. Strati came out this summer as the world’s first and it is electric too!)

The Israeli 3D printing company Stratasys has developed a large 3D printer called the Objet1000 3D Production System and this one is big enough to 3D print a car. In this case the electric car of a German car developer called the StreetScooter.

The car was developed by the Production of Engineering of E-Mobility Components of Aachen University in Germany. Starting in 2010 researchers began developing an electric car that could rival conventional vehicles in performance and price.

The car’s prototype has now been printed to scale using the Stratasys printer. When produced the car will weigh 450kg – (about 1000lbs) excluding battery and will have a range of 80 miles with a top speed of 60 mph. A city car.

The German team printed up their prototype with all its exterior parts: the large front and back panels, door panels, bumper systems, side skirts, wheel arches, lamp masks, and a few interior components such as the retainer instrument board.

The printer used a tough Digital ABS material so the car could live up to a rigorous testing environment.

The Stratasys build tray, seen below, is the largest in the world at 39.3 x 31.4 x 19.5 inches in size.

All in all the StreetScooter has brought together more than 80 companies. It will be sold for under Euros 10,000.

An electric prototype car in less than a year!

“Being able to use it in the development of large and small parts for StreetScooter was exciting in itself, but the contribution the 3D printed parts made to the construction of the car was enormous. The ability to produce full-scale prototypes that perform like the final parts, accelerated testing and design verification, enabling us to bring to market a prototype electric car in just 12 months – something that is just unimaginable with traditional manufacturing,” says says Achim Kampker, Professor of Production Management in the Faculty of Mechanical Engineering, Aachen University.

He adds: “These cars can be developed from scratch and ready in a matter of months, not years, as with traditional automotive production processes. The StreetScooter project has demonstrated to us how a whole new approach to car design and manufacturing is possible with 3D printing.”

Stratasys Ltd. (Nasdaq: SSYS), headquartered in Minneapolis, Minnesota and Rehovot, Israel, is a leading global provider of 3D printing and additive manufacturing solutions.

The post Printing an electric car on the world’s largest 3D printer appeared first on Green Prophet.