Visible agents
Already covered
- Chatbots, copilots, and assistants
- Human-reviewed, slow, and deliberate
- User-facing by design
- Already covered by existing AI-safety tools
Hardware-anchored agent governance
Celestial State governs what autonomous agents do to infrastructure — not what they say to humans. We give every agent a verifiable identity, an intent policy, and a signed behavioral history, enforced below the agent's reach.
The Problem
Infrastructure was built for humans. Agents now run it. As AI moves from user-facing assistants into the operational core of the enterprise, the agents that matter most are the ones no human ever sees.
Visible agents
Invisible infrastructure agents
Why Now
Three waves are converging on a single, unfilled quadrant: agent adoption is mainstream, the hardware substrate has arrived, and governance standards are crystallizing.
+108%
AI infrastructure spend growth, year over year (2024 → 2025).
IDC, Q4 2025
62%
of organizations are now experimenting with AI agents.
McKinsey, State of AI 2025
51%
report at least one AI-related negative incident in the past 12 months.
McKinsey, State of AI 2025
AI infrastructure spend is accelerating and most organizations are already experimenting with agents. The buyer is deploying — not waiting to be convinced.
DPUs and SmartNICs are becoming the security plane for AI data centers. A hardware anchor for agent governance is no longer hypothetical.
OWASP Top 10 for Agentic Applications, the NIST AI RMF, and vendor safety frameworks are emerging. Regulated buyers will require compliance soon.
The Solution
Celestial State gives every autonomous agent a cryptographic identity, a declared purpose, a permission scope, a live trust posture, and a signed behavioral history — anchored to a boundary the agent cannot bypass.
Cryptographic identity bound to a responsible principal, declared purpose, model fingerprint, license set, and current trust score — signed by the infrastructure, not the agent.
Every sensitive action is checked against identity, license, resource, environment, declared purpose, and risk before it runs.
Every governed action becomes a hardware-rooted, signed proof — for audit, forensics, and continuous trust scoring.
Agent trust updates from authorized actions, denials, policy violations, and behavioral consistency over time.
Architecture
Everything above the Celestial State boundary is treated as untrusted by default. If the agent or its host is compromised, the enforcement layer is still intact — because the judge does not sit inside the game.
Govern agents that manage storage tiers, indexes, manifests, pipelines, and data movement.
Control agent fleets operating across shared compute, storage, networking, and orchestration.
Prove who authorized an agent, what it did, and whether it acted within policy.
Embed agent governance into DPU, SmartNIC, storage-controller, or secure-enclave infrastructure.
Competitive Landscape
Adjacent categories have attracted significant venture capital — but every one of them operates at the application, SaaS, or enclave layer. No venture-backed startup operates below the operating system, on the DPU. That quadrant is uncontested.
Category
Stack layer
Gap vs. Celestial State
Non-human identity
Application / SaaS
App-level visibility; no hardware enforcement
Workload IAM
Application / SaaS
Secretless access; no lifecycle, no hardware
Secrets & NHI lifecycle
Application / SaaS
Discovery and observability; no enforcement layer
Runtime governance
Application layer
Standardizes the category; explicitly not OS or hardware
Confidential computing
TEE / enclave
Protects data privacy, not agent intent
Celestial State
Below OS → DPU / SuperNIC
Hardware-anchored agent lifecycle governance
We are in early conversations with AI infrastructure platforms, GPU cloud operators, regulated enterprise security teams, and potential design partners and hardware partners.