Adam Dekan

An AI Governance and cybersecurity professional who helps organizations deploy autonomous AI systems they can actually trust.

[Adam Dekan @adam_volt]

Built for enterprises that can't afford to get this wrong: banks, government, critical infrastructure, defense. AI agents your security team can actually approve. ✅

[Adam Dekan @adam_volt]

Hash-chained. HMAC-signed. WORM object-lock. Every decision logged with policy, approver, and context. Prove compliance with NIS2, DORA, ISO 27001, SOC 2. 📋 #Taikon

[Adam Dekan @adam_volt]

We don't claim to prevent prompt injection. Nobody has. We contain it. A compromised agent's blast radius is small and bounded by policy. 🛡️ Honest by design. #Taikon

[Adam Dekan @adam_volt]

Most platforms optimize for productivity, then bolt security on. Taikon starts from zero-trust and never leaves it. Every action: scoped, approved, audited, contained. 🔒

[Adam Dekan @adam_volt]

Every agent action hits 4 independent gates: Identity → Access → Routing → Capability. Each one fails closed. A compromised agent can only do what policy allows. 🔐 #Taikon

[Adam Dekan @adam_volt]

⚡ Drive agents from external systems with per-agent API keys. Key holder gets exactly the agent's pre-authorized authority—no more. Every action still passes all 4 gates. External agents, fully governed. #Taikon

[Adam Dekan @adam_volt]

🔒 Agent parent holds all secrets (LLM keys, tokens, logic). Child runs the loop with zero long-lived secrets. Two users = two distinct child processes. Isolation that actually works. Built for single-host & multi-user. #Taikon

[Adam Dekan @adam_volt]

📋 Every agent decision is hash-chained, HMAC-signed, and written to WORM storage. Chronologically indexed with UUIDv7. Your compliance team gets an actual evidence trail for NIS2, DORA, SOC 2. #Taikon

[Adam Dekan @adam_volt]

💭 We don't claim to prevent prompt injection — nobody has. We contain it. A compromised agent's blast radius is bounded by policy: limited tooling, per-action approvals, full audit. Honest by design. #Taikon

[Adam Dekan @adam_volt]

🔐 Every agent action passes 4 independent gates: Identity → Access → Routing → Capability. Any gate fails closed. Zero-trust architecture, not a bolt-on. This is how you actually govern agentic workloads. #Taikon

[Adam Dekan @adam_volt]

Per-session isolation: AI agent runs in a forked untrusted child with zero long-lived secrets. Every action crosses an IPC boundary to a parent that binds identity from spawn records, never messages. Containment by design. 🔐

[Adam Dekan @adam_volt]

Tamper-evident audit trail: every decision hash-chained, HMAC-signed, written to immutable WORM storage. Compliance teams actually sleep at night. NIS2, DORA, ISO 27001, SOC 2, EU AI Act—all covered. 📋

[Adam Dekan @adam_volt]

Zero-trust from day one. Most AI platforms bolt security on later. Taikon: OIDC + ReBAC + ABAC + Biscuit capability tokens + tamper-evident audit. Never a shortcut, never a backdoor. ⚡

[Adam Dekan @adam_volt]

We don't claim to "prevent" prompt injection. Nobody has solved it. We contain it. A compromised agent's blast radius is bounded by policy at every gate. That's honesty, not marketing. 🔒

[Adam Dekan @adam_volt]

Four gates, all fail-closed. Identity → Access → Routing → Capability. Each gate is independent. Defeat one, the next still denies. This is how you build an agent platform for banks, government, and critical infrastructure. No shortcuts. 🔐

[Adam Dekan @adam_volt]

Two users = two different OS processes. Credential split between parent & child. One agent's code-exec compromise can't touch another user's memory. Zero shared secrets. 🔐 #ProcessIsolation

[Adam Dekan @adam_volt]

Hash-chained, HMAC-signed, WORM object-lock audit trail. Every agent decision logged with policy rule, approver, context. Built for NIS2, DORA, ISO 27001, SOC 2, EU AI Act. 📋 #Compliance

[Adam Dekan @adam_volt]

We don't claim to prevent prompt injection. Nobody has. Instead, Taikon *contains* it: bounded blast radius, every action approved & audited, compromised agent can't escape the policy gates. 🔒 #AgenticSecurity

[Adam Dekan @adam_volt]

Every agent action hits four independent gates: Identity → Access → Routing → Capability. One gate denies, the whole thing stops. Fail-closed architecture. Not security theater. 🔐 #Taikon

[Adam Dekan @adam_volt]

Per-session isolation: parent/child credential split, per-user process isolation. One user's agent loop runs in a different OS process. Code-execution compromise of one cannot read another's state. 🛡️