Your AI agents ship fast.
Do they ship safely?
BLAZLE intercepts every prompt, shell command, and code diff your AI agent produces. Secrets, PII, and destructive operations are blocked in nanoseconds — before they reach the model, the shell, or your repository.
Powered by the BLAZIL engine · 234K TPS fintech-grade core
Zero-Trust Command Center
Real-time threat interception operating at sub-millisecond SLA. Watch autonomous AI Copilot governance in action and inspect high-resolution evidence below.
MCP Copilot & 4-Eyes Approval Gate
Prevent rogue AI tool executions. When an AI agent attempts sensitive actions like delete_interceptor_rules, BLAZLE intercepts the payload in-flight and routes it to human review.
In-Flight Tool Call Interception
MCP tool executions are trapped before touching infrastructure, preventing unauthorized rule deletions.
Mandatory Four-Eyes Human Review
Destructive actions are held in pending status until an authorized human inspects arguments and approves.
Immutable CEF Audit Logging
Every human approval, denial, or automated interception is logged directly to BLAZLE’s tamper-proof audit trail.
Security Overview & System Telemetry
Real-time threat interception, engine SLA latency (<0.5ms), and live system quota monitoring.
In-Flight Interceptions (IDE & Local Proxy)
Active pre-commit secret detection, blocking PEM private keys and leaked GitHub personal access tokens.
Overview
AWS_ACCESS_KEY_ID detected · blocked in 792ns
A firewall for what your agents say and do.
Every surface an agent touches — prompts, shell commands, git diffs — is inspected in the same pass. Findings are risk-scored and blocked at the moment of egress, then written to a tamper-evident trail.
AWS Access Key ID
prompt · blocked in 0.79µs
rm -rf /var/www
command · blocked in 0.54µs
GitHub PAT · ghp_a1b2…
diff · blocked in 1.24µs
PEM private key block
prompt · blocked in 0.63µs
sudo chmod 777 /etc/shadow
command · blocked in 0.91µs
Slack webhook URL
diff · blocked in 1.08µs
postgres://admin:…@prod
prompt · blocked in 0.71µs
dd if=/dev/zero of=/dev/sda
command · blocked in 0.58µs
AWS Access Key ID
prompt · blocked in 0.79µs
rm -rf /var/www
command · blocked in 0.54µs
GitHub PAT · ghp_a1b2…
diff · blocked in 1.24µs
PEM private key block
prompt · blocked in 0.63µs
sudo chmod 777 /etc/shadow
command · blocked in 0.91µs
Slack webhook URL
diff · blocked in 1.08µs
postgres://admin:…@prod
prompt · blocked in 0.71µs
dd if=/dev/zero of=/dev/sda
command · blocked in 0.58µs
Measured on a single core — not marketing math
Interception, not detection.
Most tools scan logs after a secret has already left your machine. BLAZLE runs in-flight— evaluated and blocked in the same nanosecond window it's produced. That is only possible because BLAZLE is built on the BLAZIL engine: an in-process, lock-free Rust core with zero network round-trips and zero payload bytes on disk.
AI Agent
Cursor · Copilot · Devin
BLAZLE · BLAZIL engine
scan · risk-score · decide — <1µs
Clean payloads pass through untouched · malicious payloads are blocked at egress
Why in-flight wins
When an agent makes an API call, we intercept it locally before it ever reaches the destination. We don't wait for webhooks.
Post-detection · legacy
- Scans logs or commits — after the payload already left
- Secrets rotate-and-pray once they're exposed
- Minutes-to-hours before an alert fires
- No hard block at the moment of egress
- Raw payloads sit in log storage
BLAZLE · in-flight
- Evaluated the instant it's produced, in-process
- Blocked before it reaches the model, shell, or repo
- Sub-microsecond p99 — below network noise
- Per-tenant policy: block, redact, or log
- Zero payload bytes to disk — only SHA-256 hashes
Stop secrets before they reach the model.
Every LLM prompt your agent sends is scanned in-flight for hardcoded credentials, PII, database URLs, and private keys — before it leaves your environment. One line of config. Nanosecond overhead.
AWS Access Key ID
AKIAIOSFODNN7EXAMPLE
PEM Private Key
-----BEGIN RSA PRIVATE KEY-----
Database Connection String
postgres://admin:s3cr3t@prod-db/main
Block destructive agent commands in real-time.
When Cursor, Devin, or Copilot proposes a shell command, BLAZLE evaluates it against privilege-escalation patterns, raw disk writes, and unsafe pipelines — before it executes. No more `rm -rf` surprises.
Destructive File Deletion
rm -rf /var/www
Privilege Escalation
sudo chmod 777 /etc/passwd
Raw Disk Write
dd if=/dev/zero of=/dev/sda
Catch leaked secrets before they're committed.
BLAZLE intercepts AI-generated code diffs before they touch your repository. GitHub tokens, Slack webhooks, and generic API keys are detected and blocked before `git push`.
GitHub Personal Access Token
ghp_xxxxxxxxxxxxxxxxxxxx
Slack Incoming Webhook
hooks.slack.com/services/T0...
Hardcoded API Key
api_key = "prod-key-abc123"
How it works
No agents to manage, no complex configuration. BLAZLE sits transparently between your AI agent and the world.
Point your agent's API URL at BLAZLE
Two lines of config. BLAZLE acts as a transparent proxy — your agent thinks it's talking directly to OpenAI, Anthropic, or your shell runner. No SDK required.
Every payload is scanned in-flight
The Rust engine runs a compiled RegexSet plus structural and entropy analysis in a single pass. No LLM-as-a-judge, no round trips. Evaluation completes in sub-microsecond time.
Risk scored against MAS-TRM & NIST AI RMF
Each finding is mapped to a Likelihood × Impact matrix (Singapore MAS-TRM) and cross-referenced with NIST AI RMF categories. Critical findings are blocked; others logged or redacted per policy.
Tamper-evident audit trail for your team
Every intercepted action produces an immutable, SHA-256 hash-chained audit record. Only the hash of blocked payloads is stored — never the raw content. Zero-knowledge by design.
Everything a security team asks for
Access, governance, and observability — not bolted on later, but part of the core.
SSO + SCIM 2.0
OpenID Connect sign-in (Okta, Azure AD, Google) with JWKS id_token validation, plus automated provisioning over SCIM 2.0.
RBAC + policy engine
Granular per-tenant roles and permissions. Enforcement mode, block thresholds, and ML detection configurable per organization.
Tamper-evident audit
Per-org SHA-256 hash chain over every event. One-click integrity verification and ArcSight CEF export for your SIEM.
MAS-TRM risk scoring
Findings scored on a Likelihood × Impact matrix, mapped to treatment strategies (Avoid / Mitigate / Accept).
Distributed quota
Authoritative, atomic quota enforced in Redis via Lua — correct across every replica, with pay-as-you-go overage.
Priority routing
In-process priority lanes keep Critical interceptions ahead of bulk traffic, with per-tenant latency metrics.
Audit-ready from day one
Evidence you can hand to an auditor, and a build pipeline you can prove the provenance of.
Signed supply chain
CI generates an SPDX SBOM (Syft) and Cosign keyless-signs every image, with SLSA provenance and a cargo-deny RustSec gate.
SOC 2 evidence export
A point-in-time bundle: audit-chain integrity proof, retention posture, access review, and the active enforcement policy.
Retention re-anchoring
Purge audit entries past their horizon without breaking the hash chain — verification resumes from a sealed checkpoint.
Signed webhooks + DLQ
HMAC-SHA256 signed delivery. Failed events land in a durable dead-letter queue you can inspect and replay.
Built for every AI coding agent
Agent-agnostic by design. If it generates text, runs commands, or writes code — BLAZLE can intercept it.
Cursor & Copilot
Intercept every prompt and agent tool call before it executes against your codebase.
GitHub & GitLab CI
Install the BLAZLE App to intercept leaked secrets on Pull Requests and protect production branches.
Devin / SWE-Agents
Wrap fully-autonomous agents with a hard security boundary. Block, log, or redact on policy.
Custom AI Pipelines
Drop BLAZLE into any LangChain, LlamaIndex, or bespoke agentic workflow via REST.
# Intercept a prompt in-flight
curl -X POST https://api.blazle.io/api/v1/intercept/prompt \
-H "Authorization: Bearer blz_live_..." \
-d '{"prompt": "Deploy with: AWS_KEY=AKIAIOSFODNN7EXAMPLE"}'
# BLAZLE response — blocked in < 1μs
{
"allowed": false,
"risk_score": 95,
"risk_rating": "Critical",
"framework": "MAS-TRM",
"treatment_strategy": "Avoid",
"findings": [{
"rule_name": "AWS Access Key ID",
"match_text": "AKIAIOSFODNN7EXAMPLE",
"description": "Live AWS credential detected in LLM prompt."
}],
"latency_us": 0.79
}Questions, answered
The interceptor runs in-process on a lock-free Rust core. p99 for a clean prompt is 792 nanoseconds — orders of magnitude below the noise floor of a single network call.