Security infrastructure
for the agentic era.
AI agents are making decisions, calling tools, and moving data autonomously. We build the infrastructure that makes sure they do it with verifiable identity, scoped access, and a complete audit trail.
Why we built this
Non-human identities now outnumber human identities 45 to 1 in the average enterprise. Every one of them (service accounts, API keys, AI agents) authenticates using protocols designed in 2012 for humans clicking buttons in browsers.
Then agents became autonomous. MCP, function calling, and orchestration frameworks gave AI the ability to take actions, not just generate text. An agent making 1,000 API calls per minute across 15 services needs auth that is scoped per request, bound to the specific action, and self-destructing. Bearer tokens and JWTs were never built for this.
The consequences are already here. The McKinsey Lilli breach exposed 46.5 million chat messages and 728,000 files through 22 unauthenticated agent endpoints. Google DeepMind's 2026 study found that every agent they tested was compromised at least once, with 100% data exfiltration success in lab conditions. Prompt injection attacks surged 340% year-over-year by Q4 2025.
Glyphzero, Inc. was founded because the auth layer for autonomous agents didn't exist. SURADAR is our answer: per-request, zero-handshake authentication where every token is bound to exactly one action and self-destructs. The rest of our product suite extends protection across code supply chain security, adversarial resilience, and runtime provenance.
SURADAR: Intent-Aware Runtime Security for AI Agents
Per-request authentication for autonomous agents. Five security layers (identity, action binding, governance, credentials, and observability).
Composite identity
Every action traced to a user + device + agent + task chain. No anonymous agents.
Action binding
Coding, spreadsheet, payment actions scoped to the task that authorized them.
Policy at the gate
Versioned policy evaluation with observe-only mode and instant rollback.
Scoped credentials
Short-lived tokens that expire when the task completes. No long-lived secrets.
Live observability
Every decision streamed to your SIEM in real time. Full attribution on every action.
Auto-revocation
Anomalous behavior triggers instant credential revocation. No human needed.
How we build
Transparent by default
Every policy decision is explained. Every denial has a reason. Every audit event is queryable. No black-box scoring that blocks agents with no explanation.
Defense in depth
No single layer catches everything. Five independent security layers run on every request (identity, binding, policy, credentials, audit), so a failure in one never creates a silent gap.
Enterprise-first design
SOC2, ISO 27001, NIST controls, SIEM streaming, identity federation, and on-prem deployment are designed in from day one, not bolted on when enterprise customers ask.
Zero trust for agents
Agents never see raw secrets. Every request is independently verified. Credentials are short-lived, task-scoped, and revocable in real time. Trust is earned per-request, not granted by session.
Runtime assurance for AI agents.
SURADAR connects delegated authority, policy checks, and evidence for agent actions.
Agent runtime security
Start with SURADAR.
Add layers as you scale.
Connect SURADAR to your agent workflow. Book a demo to see it in your environment.