Protect dynamic workloads
with Decentralised Identifiers, Verifiable Credentials, Selective Disclosure and Zero-Knowledge Proofs
for ultimate Zero Trust security using BPF
Key Features
Workload Identity
It all starts with Workload Identity that is decentralised, globally unique, resolvable with high availability, and cryptographically verifiable
Microservices Attributes
An industry first microservices security taxonomy with attributes encoded in Verifiable Credentials offering capabilities that are currently not available in the market.
Identity-Aware Security
Cryptographic Workload Identities and Verifiable Credentials allow for fine-grained security enforcement based on the identity of services rather than just IP addresses
Kernel Level Network Filtering
Lightweight, highly performant eBPF-based networking complimented by deep observability into network traffic
Selective Disclosure for Enhanced Privacy
A microservice can select a portion of its attributes and prove that they are certified by the issuer without disclosing further information on the credentials enhancing data minimisation and privacy
Zero Knowledge Proofs for Enhanced Data Protection
Zero-Knowledge Proofs are used to ensure microservices within a network prove their identity and authorization without revealing unnecessary information each time they make a new connection or request. This can prevent attackers from moving laterally by masquerading as legitimate users.