Live v1.0 Enforcement Engine

See the Circuit Breaker in Action

FuseGov doesn't just log errors—it intercepts them. Watch how we block SQL injection, AWS over-provisioning, and PII leaks in real-time.

<5ms
Latency
100%
Deterministic
90%
Stage 1 Filter

Select Protocol

Protocol Analysis: AWS API

Watch how FuseGov analyzes and enforces policies in real-time

Raw Message
Intent Extraction
Context Analysis
Boundary Check
Decision

Raw Protocol Message

POST /ec2/RunInstances HTTP/1.1
Host: ec2.us-east-1.amazonaws.com
Content-Type: application/x-www-form-urlencoded

Action=RunInstances&ImageId=ami-12345678&MinCount=200&MaxCount=200&InstanceType=t2.micro

This is what the network sees - raw AWS API protocol data

Why This Is Hard to Build

Protocol Complexity

Each protocol has unique syntax and semantics. We've built 12+ specialized parsers.

Intent Inference

Understanding what an agent wants requires ML models trained per endpoint type.

Sub-Millisecond Latency

Decisions must happen in <1ms to not slow down production systems.

Behavioral Baselines

Learning normal vs. anomalous behavior requires continuous monitoring.

💸

The $847K AWS Disaster

Real incident, 2023

An infrastructure optimization agent hallucinated a latency spike and provisioned 400 GPU instances at 3 AM. IAM allowed it because the credentials were valid. The bill hit $847,000 by morning.

✓ FuseGov Prevention

Stage 1 blocked after 12 instances (2ms decision) by enforcing Cost Velocity Limit ($500/hour cap). Prevented $823K in damage.

🗃️

The "Authorized" Data Leak

Common attack vector

A customer support agent is prompt-injected to run SELECT * FROM users without a WHERE clause. Traditional security sees valid credentials and allows it.

✓ FuseGov Prevention

Stage 1 pattern matching detects missing WHERE clause. Stage 2 confirms query exceeds agent's authorized scope. Blocked in <1ms.

Ready to Protect Your Agent Stack?

Deploy the FuseGov sidecar to your development environment in 15 minutes. No code changes required.

How It Works: Two-Stage Enforcement

1

Stage 1: Deterministic Filter

Compiled artifacts (Aho-Corasick automata, token buckets) handle 90% of enforcement in <1ms. Known-safe operations get instant PERMIT; obvious threats get instant BLOCK.

Examples: DROP TABLE → BLOCK, read_user_profile → PERMIT

2

Stage 2: Semantic Analysis

Ambiguous requests route to our specialized Intent Model for context-aware evaluation. Understands meaning, not just syntax. Typical latency: ~150ms.

Examples: transfer_funds → Analyze intent, bulk_delete → Check scope