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You’re accountable for the release. So the verdict you sign off on, and the evidence behind it, are computed inside your perimeter by code with no model in the path. Reproducible run to run, defensible to an auditor, and never sitting on a vendor’s servers.
One Docker container on your infrastructure. Bring any model: cloud, approved, or fully local via Ollama. No outbound calls, no telemetry, no hosted control plane, and the deterministic core runs with zero AI at all.
What stays provably yours
The ship verdict
READY, CONDITIONAL or NOT-READY, computed by code
The evidence
Traceability and coverage, computed inside your perimeter
Reproducible
Run it twice with the network off, same answer
Defensible
A no-AI report you can hand an auditor
Your proof, your perimeter, no vendor in the path
What stays inside your walls
Your data
No egress, no telemetry, ever
Your models
BYO-LLM, including fully local
Your network
One Docker container, air-gap ready
Your budget
Token cost capped · ~$0 replay
Local-first by design, not a deployment option
No outbound calls.·No telemetry.·No hosted control plane.
Every component runs inside your perimeter. We don’t know what you’re testing, unless you tell us.
The business case
You’re the one who signs the release. So the verdict and the evidence behind it are computed inside your walls, by code, and reproduce exactly. Nothing you stake your name on lives on someone else’s servers.
Requirements, traceability, and coverage are computed inside your perimeter. The record you sign off on lives in your own git, not a vendor’s cloud, so what you approve is yours to keep.
Confidence-to-ship is computed by code with no model in the path. Run it twice with the network off and you get the same answer, down to the same hash. No black box to second-guess.
A reproducible, no-AI report ties every requirement to the runs that proved it. When an auditor asks which rule you proved and where the evidence is, the answer is a report, not a shrug.
I’m the one who signs the release. I can’t stake my name on evidence I can’t reproduce, or that lives on a vendor’s servers I don’t control.
— What product leaders in regulated firms tell us
You feel this when…
Your proof. Your perimeter. Computed by code. The agent does the labor; a deterministic check inside your network grades every claim and issues the verdict. Nothing leaves, and nothing ships on a claim.
Inside your walls, on your terms
Under the hood
What leaves your network: nothing. The entire pipeline (browser, agent, model) runs where you put the container.
Cloud AI testing SaaS
Karate, self-hosted
# everything runs where you put the container
docker run -p 8080:8080 \
-e LLM_ENDPOINT=http://ollama.internal:11434 \ # your network
-e LLM_MODEL=gemma4 \ # open-weight, local
karatelabs/karate-agent
# no outbound calls · no telemetry · no keys leave your VPC
How we keep it inside your walls
The whole pipeline ships as a single Docker image you run on your infrastructure: CI, cloud, or fully air-gapped bare metal. The unit of scale is a box, not a seat.
Self-hosted AI testingPoint it at your approved cloud model, or self-host Gemma 4 or Qwen 3.6, two benchmark-verified open-weight models that each run on a single 24 GB GPU. DOM-first means small, local models work, so you don’t need a frontier vision model or a vendor’s token markup.
Bring your own LLMSelf-hosted, air-gapped, audit logs, and a reproducible no-AI report: the controls procurement and security ask for. Local-first, with nothing phoning home.
Security & complianceUse cases
Data-residency and audit obligations met by design: the stack runs inside your network with reproducible evidence.
Approved modelsAlready standardized on an approved model? Point Karate at it: no new vendor in the data path, no second AI bill.
Air-gappedRun the whole pipeline on bare metal with a local model: zero external calls, even during heavy regression.
Deploy the container in your environment, point it at an approved or open-weight model, and watch the token meter: nothing leaves your network.