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Your AI Writes at Machine Speed.
Your Guardrails Don't.

AI agents ship code faster than any team can manually review.

Lunar's deterministic guardrails run in the agent's authoring loop, on every PR, and at every deploy gate, so your bar holds at AI speed.

AI Velocity Meets Its Next Bottleneck

Throughput / over time (org-level view)
+98% / +154% PRs merged grew 98%. PR size grew 154%. AI generates code at volume. DORA 2025
Governance gap
+91% · 4.6× Review time grew 91% and still falls behind. AI PRs take 4.6× longer. DORA · Opsera
Pre-AI baseline AI coding goes mainstream Post-AI reality
Code volume (human + AI)
Human review bandwidth
Governance gap
32%

Of orgs have AI governance with enforcement

41% rely on informal guidelines. 27% have nothing at all. Cortex 2026

25%

Of leaders have data on AI code quality

91% see velocity gains from AI. Only one in four can quantify them. Cortex 2026

Writing code is no longer the bottleneck. Verifying it is.

The org-level multiplier is a deterministic enforcement layer that turns AI velocity into shipped quality, not bigger review queues.

Fast roads are engineered for safety.

Thermoplastic Lane 150 mcd/m²/lx · Class II
SMA Asphalt SMA 14 · PSV 60+
Cat's Eye Stud Class I RRM · 300 m
W-Beam Guardrail AASHTO M-180 · 100 kN
Milled Rumble Strip 12 × 180 mm @ 60 Hz

So is a fast SDLC.

Same Guardrails, Three Enforcement Points.
One Engine.

In the agent's authoring loop

In the Agent's Authoring Loop

Lunar evaluates policies on every file edit. The agent receives structured feedback about what failed and why, and self-corrects before a PR is ever created. The human reviewer never sees the violation.

Same guardrails for human and AI code

Same Guardrails for Human and AI Code

No separate governance track. The same 100+ guardrails that check human-authored PRs check AI-generated code at every stage. Your standards apply regardless of who or what wrote the code.

Deterministic, not stochastic

Deterministic, Not Stochastic

AI reviewers are a great complement for the judgment calls: the things that aren't yet encoded as policy. Lunar handles the must-pass standards, with the same input producing the same output every time, trustworthy enough to actually block.

Three enforcement points, one engine

Three Enforcement Points, One Engine

Agent hooks during authoring, PR checks before merge, deploy gates before production. Same policies applied at every stage. No drift between what the agent saw and what production enforces.

Zero context overhead

Zero Context Overhead

AGENTS.md and cursor rules crowd the context window, and long context degrades retrieval. Lunar runs externally, evaluating only the rules relevant to the file being edited. Your standards can grow without shrinking the agent's working space.

Visibility into AI code quality

Visibility Into AI Code Quality

Answer "is AI code meeting our standards?" with data, not hope. Track guardrail pass rates, time-to-merge, standards violations. The metrics the board actually asked about.

The Engineering Bar, Enforced at AI Speed

Test coverage thresholds
Test Coverage Thresholds
Lunar enforces minimum coverage on every PR and blocks merges that drop the bar. Shallow assertions that game the metric get flagged, whether they came from a human or an AI agent.
K8s resource limits and health checks
Resource Limits & Health Checks
Liveness and readiness probes required, PDBs enforced, resource limits set on every chart. Lunar catches at PR time and in the agent's authoring loop, so operational readiness ships with every deployment.
Pinned base images
Pinned Base Images
Block :latest tags. Require approved base images. Keep the supply chain pinned regardless of whether a human or an agent picked the image.
Approved library detection
Approved Library Detection
Flag deprecated internal libraries, wrong service mesh patterns, and non-standard logging frameworks. Keep architectural conformance regardless of who or what wrote the code.
CODEOWNERS and required approvals
CODEOWNERS & Required Approvals
Every file change must trigger the right reviewers. Lunar enforces it at PR time and surfaces the gap when CODEOWNERS files are missing or stale.
Security scanner coverage
Security Scanner Coverage
Snyk, Trivy, Semgrep on every repo. Lunar tracks coverage, fails closed on repos that drop scanning, and keeps remediation SLAs enforced at AI-accelerated release cadence.
Explore 100+ Built-in Guardrails
Plus dependency pinning, license compliance, container hardening, SBOM generation, and more. For the technical mechanism behind agent hooks, see how agent hooks work.

Why Platform Engineering Leaders
Are Building AI Governance Now

"
AI adoption increased PRs merged by 98% and PR size by 154%. Code review time grew 91% to keep pace. Writing code is no longer the bottleneck; verifying it is.
"
91% of engineering leaders say AI improved developer velocity. Only 25% have data to back it up. The board is asking the question. Most platform teams don't have a concrete answer.
3
Enforcement points, one engine:
agent hooks, PR, deploy gate
0tokens
Of context window consumed
(Lunar runs externally)
100+
Built-in guardrails apply to
human and AI code alike

Ready to Automate Your Standards?

See how Lunar can turn your AGENTS.md, engineering wiki, compliance docs, or postmortem action items into automated guardrails with our 100+ built-in guardrails.

Works with any process
check AI agent rules & prompt files
check Post-mortem action items
check Security & compliance policies
check Testing & quality requirements
Automate Now
Paste your AGENTS.md or manual process doc and get guardrails in minutes
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