Built in
AISVS C5 · C9.4 · ASI T9
ANS registration, LOA tiers, purpose agent assignments, orchestration NFT guardrails, Web3 IAM identity checks — configured in the admin UI.
Tool execution without independent governance is an unbuffered liability.
Agents now inherit broad tool capability faster than organizations can redesign authority boundaries for machine-speed execution. souverAIgn is the platform-agnostic governance layer that sits at the point of action — mandate in, allow/deny + auditable lineage out. Your runtime stays where it is. Your agents stay where they are.
The interception point is now industry consensus (OWASP 2026). Making it enforceable — with proof — is not.
Cited as independent evidence. OWASP GenAI Security Project — State of Agentic AI Security and Governance v2.01 (June 2026). CC BY-SA 4.0. OWASP does not endorse souverAIgn or any commercial product.
June 2026 · OWASP GenAI Security Project
Industry context
State of Agentic AI Security and Governance v2.01 names the deployment-layer gap: session credentials are not action governance, and regulators already assume continuous oversight. AISVS v1.0 adds pass/fail verification — especially access control, orchestration, and MCP.
Threats are production-real. Safety and security converge where agents act on your systems. Governance must run at machine speed — not on quarterly audit cycles alone.
Twelve categories of testable requirements. Chapters on access control, orchestration and agentic action, and MCP map directly to mandate-before-execute and tool-boundary governance.
Not AISVS certification — a plain map of platform controls you get today, what your host layer must wire at the tool boundary, and what stays outside the control plane.
Design-intent crosswalk to OWASP categories. Your deployment still needs integration testing against AISVS levels that apply to you.
Session identity ≠ action governance
Non-human identity answers who may connect. Agent identity must govern each tool call — intent, scope, and revocation when behavior changes.
Runtime authorization, not static compliance
Pre-deployment checklists lose value once agents compose behavior at runtime. Consequence-aware authorization at the tool boundary is the emerging architectural pattern.
Cross-boundary agents need kill switches
Extended and federated agents require rapid revocation, audit-grade telemetry, and governance that scales with deployment complexity — not access reviews alone.
Four HTTPS calls from a thin host layer (skill, middleware, or sidecar). No agent migration — wire the boundary, keep your runtime.
Independent OWASP resources cited under CC BY-SA 4.0. OWASP does not endorse souverAIgn or any commercial product.
This is the moment everyone else logs after the fact.
A tool call leaves the agent fleet and heads for your core systems. Watch what happens at the boundary.
Authorized Payload
Proof valid · released
The payload matches the active charter. The gate signs an evidence packet and releases the call at wire speed.
Policy Drift
Held · diverted to isolation queue
Arguments fall outside the approved scope. Execution is held. The call is mirrored to an isolation queue for human authorization.
Token Compromised
Kill-switch · boundary sealed
The kill switch fires. The gate snaps solid. Inbound pulses shatter at the boundary. The outbound path goes dark.
Observability is not authorization. This is the decision before execute.
Cloud infrastructure solved velocity by separating concerns. Software-Defined Networking succeeded because it split the Data Plane — moving packets at wire speed — from the Control Plane — deciding policy, centrally. The agentic workforce demands the same rigor.
Your hyperscalers, model providers, and routing frameworks own the pipelines and the execution data plane. They move business processes at machine speed. That's their job.
souverAIgn owns the legitimacy of the step.
We don't build your agents, host your models, or filter prompts. We are a top-down, cryptographically rooted control plane operating at the tool-argument boundary — deterministic evaluation, scoped short-lived action tokens, portable receipts audit can carry forward.
Session-level auth writes a blank check: once an agent is authenticated, it can trigger any tool it's wired to. souverAIgn evaluates at the transaction level. The millisecond an agent attempts to write to a database, run a shell command, or call an external API, the Proof Gate intercepts the payload and demands a live AuthorizationProof. No token, no execution.
Logs record that a connection happened, then discard the arguments that matter. souverAIgn captures the payload context at the boundary and hashes active policy + tool parameters + system state into an immutable Evidence Packet — audit-ready lineage you can map to SOC 2 / EU AI Act obligations.
When third-party agents — vendor bots, supply-chain automations, inbound signals — enter your environment, absorbing them into your identity provider creates an unacceptable perimeter risk. The Fixed Charter comes from your organization and the counterparty’s own agentic runtime specifications — operational boundaries you define. souverAIgn pins that contract as a hash (the digital Letter of Authority), verifies signed inbound signals against it per payload, and runs Stop-Chain the instant an agent steps outside the bound.
| Execution / Runtime | Agentic Data Plane | souverAIgn Control Plane | |
|---|---|---|---|
| Decides | Can this process run here? | Is this route valid and fast? | Are these arguments compliant right now? |
| Intercepts at | Session / container | Network / JSON stream | Tool-execution boundary |
| Leaves behind | Process and connection logs | Latency and hop metrics | Signed Evidence Packets |
Cross-domain trust
Your agents and vendor agents reach the same tools. One kernel decides who may pass — before anything executes.
Every agent proves who it is before it touches your tools.
Designed to scale from one bilateral engagement to a full mesh of governing entities — without renegotiating identity or policy at each edge.
Born out of Big-Picture.com — close to a decade operating enterprise LLM systems — we watched the same wall stop pilot after pilot. The moment an agent had to act, no one could prove who authorized the step, and the project stalled before production.
souverAIgn is our answer to the problem we kept hitting: treat governance as infrastructure — mandate before autonomous execution, not telemetry review pretending to be a gate.
Platform and security teams deploying autonomous agents — we'll scope pricing, rollout, and integration.