Output Compliance
Proves no forbidden or sensitive fields appear in agent responses. Every output is verified against enterprise policy before reaching the end user.
Agents Can’t Be Trusted. Now They Can Be Verified. Cryptographic proof that every agent action conforms to policy.
Proves no forbidden or sensitive fields appear in agent responses. Every output is verified against enterprise policy before reaching the end user.
Proves outbound API calls are sanitized and target only approved endpoints. Stops agents from calling unauthorized external services.
Proves retrieved data belongs to the customer's authorized partition via Merkle inclusion proofs. Guarantees cryptographic tenant isolation.
Before any output is published, any tool is called, or any data is accessed, the ZK Firewall generates a cryptographic proof of policy conformance - without revealing the underlying data.
The ZK Firewall sits at the boundary of every agent action - decoupled from the hosting layer, securing agents regardless of where they run. Works with any agent on any chain. Bring your own infrastructure. The ZK Firewall secures the boundary regardless of where your agent runs.
From personal AI assistants to enterprise compliance pipelines, the ZK Firewall provides verifiable trust at every level.
The ZK Firewall is designed to become the universal trust layer that lets enterprises, regulators, and end users verify agent behavior without seeing the data behind it - making the agentic economy not just faster, but auditable by default.
From personal AI assistants to enterprise compliance pipelines, the ZK Firewall provides verifiable trust at every level.
Zero-knowledge proofs built on the RISC Zero zkVM. No trusted setup required. Transparent and verifiable by design.
Resilient against both current and future adversaries. Built to withstand quantum computing threats from day one.
Typical proving time per workload is about 0.8 seconds, with larger workloads taking up to 3s for a full suite of proofs combined, with hardware acceleration pushing performance toward sub-second proving times.
Decoupled from the hosting layer. Operates as decentralized middleware securing agents regardless of where they run.
Turn any agent on any chain into a secure agent with auditable, cryptographic compliance. Zero cryptography experience required.