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A London-based startup backed by seed funding, set out to transform renewable energy markets with a bold idea: let businesses purchase green energy directly from its source, with pricing that stayed competitive and sourcing that was completely transparent. In an industry where claims of sustainability are often questioned, their vision was to use blockchain to create real-time traceability of every kilowatt. By embedding trust and accountability into the energy supply chain, businesses could finally have confidence that their energy truly came from renewable sources.
We partnered with them to design, build, and secure the platform, creating the complete digital backbone for this new era of transparent energy markets.
Delivering on the vision required tackling some of the most complex challenges in both energy and technology. The system needed to handle secure, high-volume energy transactions at enterprise scale while remaining cost-effective for businesses of all sizes. Blockchain had to serve not as an experimental layer but as the foundation of traceability, validating the origin of every energy transaction in real time.
Compliance and trust were equally critical. To operate across European markets, the platform was designed to align with GDPR standards from the ground up, embedding security and privacy into every workflow. And as a rapidly scaling startup balancing innovation with cost efficiency, the team needed a technology partner who could deliver not just engineering, but also the research and validation necessary to prove that the blockchain model could thrive in real-world energy markets.
We architected a cloud-native platform powered by private blockchains, Ethereum integration, and serverless AWS infrastructure. This foundation balanced performance, scalability, and security, ensuring the system could grow with market adoption.
On the front end, we developed intuitive user flows with ReactJS and NodeJS, making blockchain-powered transactions feel seamless rather than complex. By prioritizing usability, the platform made renewable energy purchasing accessible to enterprises without requiring technical knowledge of blockchain.
From the outset, we embedded compliance by design. GDPR alignment was baked into every aspect of data handling, authentication, and storage, building user trust while preparing the platform for European expansion. Acting as more than a development partner, we also provided technical research and validation, refining the blockchain model into a solution that was robust, secure, and ready for market entry.
We architected a cloud-native platform powered by private blockchains, Ethereum integration, and serverless AWS infrastructure. This foundation balanced performance, scalability, and security, ensuring the system could grow with market adoption.
On the front end, we developed intuitive user flows with ReactJS and NodeJS, making blockchain-powered transactions feel seamless rather than complex. By prioritizing usability, the platform made renewable energy purchasing accessible to enterprises without requiring technical knowledge of blockchain.
From the outset, we embedded compliance by design. GDPR alignment was baked into every aspect of data handling, authentication, and storage, building user trust while preparing the platform for European expansion. Acting as more than a development partner, we also provided technical research and validation, refining the blockchain model into a solution that was robust, secure, and ready for market entry.
The collaboration resulted in a platform that sets new benchmarks for transparency in renewable energy. Businesses can now verify the source of their energy in real time, with blockchain providing immutable proof of origin. This breakthrough not only empowers companies to make sustainable choices but also strengthens confidence in green energy markets as a whole.
By combining affordability with verifiable traceability, the platform creates a competitive edge in an industry where both cost and trust matter. Its GDPR-compliant design ensures that business data remains protected, while the cloud-native architecture provides the scalability needed for future growth.
Most importantly, the project has laid the foundation for expansion into larger markets and broader renewable initiatives, positioning the solution as a pioneer in blockchain-powered energy transparency. Together, we demonstrated that sustainability and trust can coexist, powered by the right blend of innovation and engineering.
The collaboration resulted in a platform that sets new benchmarks for transparency in renewable energy. Businesses can now verify the source of their energy in real time, with blockchain providing immutable proof of origin. This breakthrough not only empowers companies to make sustainable choices but also strengthens confidence in green energy markets as a whole.
By combining affordability with verifiable traceability, the platform creates a competitive edge in an industry where both cost and trust matter. Its GDPR-compliant design ensures that business data remains protected, while the cloud-native architecture provides the scalability needed for future growth.
Most importantly, the project has laid the foundation for expansion into larger markets and broader renewable initiatives, positioning the solution as a pioneer in blockchain-powered energy transparency. Together, we demonstrated that sustainability and trust can coexist, powered by the right blend of innovation and engineering.