All-in-one solution for secure, interoperable, communications between arbitrary end points without requiring implicit trust in anything or anyone.
No message is implicitly trusted, every message is explicitly verified.
Security, authenticity and reliability of communications is independent of the underlying network layer security and protocols.
Communication between distributed, heterogeneous end-points, even over distant networks with intermittent connectivity.
End points trusted explicitly, via attestation within a predefined, robust and explicit framework, built upon a stand-alone trust model.
All channels of communication are explicitly established and maintained via renewable, revocable lists of Security Associations for each endpoint and every peer with which it communicates.
Enables the definition of maintenance of rich identities within the trust framework against which end points may establish Security Associations to attest to the authenticity and integrity of communicated information.
The key management and trust models can evolve separately from cryptographic algorithms allowing advances in each field to be deployed independently.
Best practice cryptographic methods, upgradeable as algorithms improve, can be supported with backward compatible upgrades to the communications framework.
Safe and reliable AI-enabled interoperable energy systems management including optimized grid management, energy forecasting and distribution, predictive maintenance and enhanced threat mitigation.
Ensures reliable and attestable legal and regulatory records to be constructed and maintained for sharing sensitive data and safeguarding asset owner, vendor and manufacturer concerns.
Facilitates auditable two-way information sharing with verifiable legal obligations to be established between all parties.
Driven by operator needs for data transparency and interoperability, not device vendor needs for customer lock-in.
Pursues new initiatives and standards for comprehensive, open, end-to-end technology specifications. For example, future specifications may address VPP interfaces beyond security, facilitating open communication formats between devices and cloud AI.