Arkreen and Streamr Unveil Transformative Partnership in Green Energy Data Monetization

Arkreen
3 min readJan 4, 2024

--

Jan 4th, 2024 — Arkreen, a leading innovator in the DePIN on renewable energy data sector as well as a global inclusive climate action network, and Streamr, a pioneer in decentralized data infrastructure, are delighted to announce the significant milestones achieved through their collaborative efforts in advancing the realms of harnessing green energy data and monetization.

Milestones and Achievements:

The partnership between Arkreen and Streamr has yielded remarkable progress in reshaping the landscape of renewable energy and decentralized data utilization. Some key milestones include:

Integration of Streamr SDK:

  • Arkreen has successfully integrated the Streamr Software Development Kit (SDK) into its infrastructure, allowing seamless publishing and subscription to plug-miner messages.

Decentralized IoT Data Collection:

  • Together, Arkreen and Streamr are pioneering the decentralized collection of Internet of Things (IoT) data within the DePIN applications. This revolutionary approach ensures that data related to renewable energy resources is collected, shared, and utilized in a transparent and secure manner.

Promotion of On-Chain Data Utilization:

  • The partnership promotes on-chain IoT data collection, sharing, and utilization in the DePIN ecosystem. This initiative aims to unlock the demand side of data monetization, providing users with conscious green data that aligns with sustainable practices.

Collaboration Details:

The current status of the collaboration includes the utilization of Streamr SDK by Arkreen to publish or subscribe to smart-power plug messages. These messages, integral to the DePIN application, can now be conveniently queried on the Streamr Hub, providing users with real-time and transparent access to critical IoT data related to renewable energy resources.

Abba Garba, Head of Product and Partnership at Arkreen:

“The collaboration with Streamr exemplifies the power of combining renewable energy solutions with decentralized infrastructure for the renewable energy data monetization for carbon reduction application. Together, we are pioneering a new era of transparency and efficiency in data utilization to accelerate the demand side of Arkreen, setting the stage for a more sustainable and interconnected future.”

Matthew Fontana, Head of Ecosystem at Streamr:

“We are thrilled to be at the forefront of DePIN data delivery and monetisation alongside our partners at Arkreen Network. Our joint efforts aim to revolutionize how data is collected, shared, and utilized — contributing to a more sustainable and conscious approach to renewable energy resources.

Both Arkreen and Streamr are committed to pushing the boundaries of innovation in the renewable energy sector and decentralized data utilization. By joining forces, both parties aim to create a sustainable and transparent ecosystem that empowers users and stakeholders in making informed decisions for a greener future.

About Arkreen:

Arkreen Network is a Web3-enabled data network for globally distributed renewable energy resources connection and monetization driven by a vision of a carbon-neutral Earth. Enabled by Web3 (economics) and IoT plus Blockchain (tech), Arkreen Network aims to build up this infrastructure in a DePIN way from bottom-up by incentivizing climate actors in ReFi applications.

About Streamr:

Streamr is building the real-time data protocol of the decentralized web. This includes a scalable, low-latency and secure P2P Network for data broadcasting, delivery, and exchange. As part of the vision, Streamr has built The Hub — a dApp that champions open data to help DePin, AI, and Web3 builders decentralize their tech stack with real time data flows. The Streamr project was started by real-time data veterans with backgrounds in algorithmic trading and finance markets.

--

--

Arkreen

A Web3-powered infrastructure for globally-distributed renewable energy resources, and carbon-reduction applications.