The Agentic Security Fabric — how 14 autonomous agents defend your infrastructure without human lag.
A single SDK that deploys across all 17 companies. Each entity gets a dedicated security agent — all governed by the neural command layer.
14 specialized agents working in consensus — not a single AI, but a digital immune system.
No single agent can act alone. Critical decisions require consensus from multiple specialized agents — eliminating single points of failure and preventing prompt injection attacks.
Each agent is an expert in one domain: network, endpoint, email, cloud, IoT, browser, identity, or deception. Together they cover every attack surface with depth impossible for a single system.
When one company is attacked, all 17 learn instantly. Threat patterns, IOCs, and behavioral signatures propagate across the entire ecosystem in real-time — collective immunity.
Every action, every request, every data flow is verified independently. No inherited trust. No assumed permissions. Every agent earns trust through cryptographic proof of intent.
Sub-12ms response time. When a threat is detected, agents respond autonomously — isolating endpoints, blocking IPs, revoking credentials — without waiting for human approval.
If an agent is compromised or fails, the swarm detects it instantly, quarantines the affected agent, and redistributes its responsibilities — maintaining full coverage without downtime.
Our foundational research paper on preventing AI manipulation in multi-agent systems. The consensus protocol that makes OmniaGuard impossible to subvert.
We present a novel multi-agent consensus protocol that eliminates prompt injection vulnerabilities in autonomous AI security systems. By requiring cryptographic verification of intent across independent agent instances, we achieve zero-trust execution without sacrificing response latency. Our approach is validated across 17 production deployments protecting heterogeneous infrastructure.