SEALCOIN successfully integrates IoT devices with satellite communications

SEALCOIN unveiled a groundbreaking Proof of Concept that illustrates its ability to integrate with remote IoT devices through satellite communications

WISeKey recently announced that its subsidiary SEALCOIN unveiled a groundbreaking Proof of Concept (PoC) that illustrates its ability to integrate with remote IoT devices through satellite communications. Leveraging the WISeSat Low Earth Orbit (LEO) constellation and the FOSSA IoT platform, this milestone marks a significant step toward SEALCOIN’s vision for a decentralised, transactional IoT that transcends terrestrial infrastructure.

Built on WISeKey’s satellite infrastructure, the PoC facilitates microtransaction-driven data exchanges between fully off-the-grid IoT devices, with each data set cryptographically signed at the source device for integrity and trust.

The architecture operates as follows:

This PoC proves the feasibility of executing secure, decentralised, satellite-enabled data transactions between machines in geographically isolated or infrastructure-deficient environments. The implications for smart agriculture, environmental monitoring, autonomous logistics, and defense applications are huge, setting the stage for a new wave of use cases.

This is the first iteration of SEALCOIN’s satellite integration roadmap. Looking ahead, the project will focus on embedding SEALCOIN capabilities directly within satellites, secured at the silicon level using Secure Element technology. This foundational step will enable future ‘Satellite-as-a-Service’ business models, where spaceborne infrastructure autonomously participates in decentralised economies.

“Our goal with SEALCOIN has always been to make transactional IoT borderless, scalable, and secure,” said Carlos Moreira, CEO of WISeKey Group. “With this demo, we’ve not only expanded that vision into space but opened doors to solutions for regions with no cellular or terrestrial coverage”.

SEALCOIN’s architecture is inherently modular, supporting a plug-and-play approach to new types of sensors and satellite operators, further enhancing its potential for global deployment.

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