AI RUNTIME INFRASTRUCTURE

The Evidence Layer
for Autonomous AI Systems.

Every AI decision becomes verifiable evidence. Stops unsafe AI actions before execution. What was evaluated. What was decided. What was executed. Tamper-evident. Replayable. Audit-ready.

0
enforcement tests passing
0
integrated subsystems
0
live components
EVIDENCE LAYER — RUNTIME ENFORCEMENT
# Before: action executes with no gate
agent.run(tool="delete_record", args={"id": 123})
# After: every action passes through the Evidence Layer
result = gate.execute(handle, risk_score=0.95,
                      method="DELETE", path="/records/123")
# → DeniedExecution(CONTAIN)
# risk 0.95 ≥ threshold 0.90 → action never executed
# evidence recorded: hash-linked, tamper-evident

Autonomous AI acts
faster than humans can intervene.

The risk is no longer what a model says. It is what the system does — the API call it makes, the workflow it triggers, the action it takes. By the time an alert fires, the damage is done.

No Interception
0ms
Most AI systems have no enforcement layer. Actions execute immediately with no gate between decision and effect.
💉
Prompt Injection
94.4%
of AI agents are vulnerable. Attackers hijack your AI and trigger unauthorized actions through content it reads.
🌊
Propagation Risk
Cascade
One compromised agent can trigger downstream actions across connected systems before operators can respond.
👁️
Observability Gap
After
Monitoring tools report what happened. They cannot stop what is about to happen. Enforcement requires a different layer.
⚖️
Compliance Risk
Aug '26
EU AI Act high-risk obligations require auditability and control. Unmediated autonomous execution creates direct exposure.
🔒
No Audit Trail
Gone
Without an immutable record of every enforcement decision, post-incident recovery and accountability are impossible.

Intercept. Evaluate.
Enforce.

STEP 01
Intercept
Every action request is intercepted before execution. The agent cannot proceed without passing through the gate.
STEP 02
Evaluate
Risk is assessed in real time — scoring for prompt injection, harmful content, and policy violations.
STEP 03
Enforce
A verdict is issued: ALLOW, ESCALATE, or CONTAIN. Contained actions never execute.
STEP 04
Audit
Every decision is recorded in the immutable audit chain. Tamper-evident. Verifiable. Permanent.

Every risk dimension
scored and recorded.

🎭
Hallucination Risk
Detects fabricated facts, invented citations, and unsupported claims
DETECTED
🔗
Source Integrity
Verifies cited URLs exist and content matches the claims made
RECORDED
💉
Prompt Injection
Catches direct and indirect injection attacks, jailbreaks, persona hijacking
DETECTED
⚠️
Risky Content
Classifies harmful or policy-violating output across 15+ categories
DETECTED
🤖
Agent Runaway Risk
Detects instructions that could trigger unintended autonomous actions
RECORDED

Autonomous AI acts.
Can you prove what happened?

Most AI deployments have no verifiable record of what was decided, why, or what executed. When something goes wrong, there is nothing to replay, audit, or present to regulators.

No Interception
Without an enforcement gate, autonomous actions execute immediately. There is no decision point between intent and effect.
🔍
No Verifiable Record
Logs tell you what happened. Evidence tells you what was decided, why, and whether the record has been tampered with.
⚖️
No Compliance Path
Regulators require auditability. Without tamper-evident records of every AI decision, compliance is a claim, not a proof.
SORUVALAB EVIDENCE LAYER
Every AI decision intercepted before execution. Every verdict recorded as a tamper-evident, hash-linked Evidence Bundle. Every chain cryptographically verifiable on demand.

Built to capture
every AI decision.

The Evidence Layer is a structured set of capabilities. Each component is independent, composable, and designed to work together as a single runtime infrastructure layer.

✅ LIVE
Enforcement Gate
Intercepts every tool call inline. Evaluates policy synchronously. ALLOW, ESCALATE, or CONTAIN before any effect occurs.
🔬
✅ LIVE
Risk Engine
Scores every input across five dimensions: hallucination, injection, source integrity, risky content, and agent runaway risk.
🔗
✅ LIVE
Evidence Store
Tamper-evident, SHA-256 hash-linked record of every enforcement decision. Cryptographically verifiable. Detects any retroactive modification.
📦
✅ LIVE
Evidence Bundle
Per-decision evidence package: input, risk score, verdict, outcome, and cryptographic hashes. The atomic unit of the Evidence Layer.
🔧 BUILDING
Evidence Replay
Reconstruct any decision timeline on demand. What happened, why it happened, who approved it, what executed.
👤
🔧 BUILDING
Approval Workflow
Human-in-the-loop authorization. High-risk actions are held and released only after explicit operator approval.
📋
📋 ROADMAP
Compliance Export
Structured evidence packages for regulators, auditors, and legal review. PDF and JSON export of full decision history.
🌐
📋 ROADMAP
Distributed Nodes
Evidence Layer across multiple runtime nodes. Coordinated containment propagation without collapsing the broader system.

Observability tools report.
SoruvaGuard decides.

Capability SoruvaGuard Vendor A Vendor B Vendor C
Inline enforcement gate
ALLOW / CONTAIN before execution
Tamper-evident audit chain
Evidence Bundle per decision
Chain integrity verification
Risk scoring (5 dimensions)
Prompt injection detection
Observability / monitoring

See the Evidence Layer
in action.

Runtime enforcement, tamper-evident audit chain, and Evidence Center — live demo walkthrough.

Watch SoruvaGuard intercept an AI action, issue a verdict, freeze execution, and record tamper-evident evidence in real time.
✓ Working product demo ✓ Live runtime enforcement ✓ Tamper-evident evidence chain ✓ 18 enforcement tests passing ✓ Source code included
Try the Live Demo View Evidence Center

Learn about
AI runtime infrastructure.

SECURITY · 8 MIN READ
How to Detect Prompt Injection in Your AI Pipeline
Prompt injection attacks hijack your AI. Learn how to detect and prevent them with practical code examples.
Read more →
HALLUCINATION · 6 MIN READ
Why Your AI Hallucinates and How to Measure It
AI hallucination is costing enterprises millions. Learn what causes it and how to measure it in production.
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CHECKLIST · 5 MIN READ
AI Agent Security Checklist 2026
A practical interactive checklist for securing AI agents in production. Cover injection, output verification, and more.
Read more →
AGENT SECURITY · 7 MIN READ
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Read more →