Agree the baseline
Select an incident class and record investigation effort, time to resolution, and the evidence required to confirm recovery.
Engineering Evidence & Verification
Verify every claim.
Inspect the evidence.
Explore the SteadyState evaluation workflow, hands-on NC verification, and model benchmark methods.
SteadyState evaluation workflow
Measure the work your team wants to improve.
SteadyState has helped a client reduce MTTR. A focused pilot lets your team measure results against its own operational baseline.
Define the controls
Agree telemetry access, supported actions, approval roles, and execution boundaries before running the workflow.
Review the evidence
Compare diagnosis, action decisions, and recovery checks with the baseline. Use the findings to decide the next scope.
Hands-on developer verification
Verify NC & offline local inference in 60 seconds.
You do not need a sales call to verify our core compiler and local CPU inference runtime. Run this 3-step test on your own machine.
Step 01 · Zero Dependencies
Install the single binary
Download the portable NC binary from nc.devheallabs.com. Record the installed binary digest and OS platform before testing.
Step 02 · Compile & Execute
Run an NC workflow
Save show "Hello from NC!" as app.nc and execute nc app.nc, or inspect complete service examples in github.com/devheallabs-ai.
Step 03 · Air-Gap Proof
Disconnect the network
Configure local CPU model files with NC AI, disable your network interface, and repeat the inference request. Verify zero external packet egress, latency, and deterministic output.
Our rule on numbers
Measurements with reproducible context.
We publish benchmark results only alongside their exact source revision, dataset, hardware configuration, and evaluation protocol. Explore our methodology on the Benchmarks and Technical Whitepaper pages.
Real operational problem
→
Scoped baseline & pilot
→
Measured outcome
→
Published with client consent
Test our claims against your own workload.
Install the open NC binary today, or schedule a technical session to benchmark SteadyState or D-AgentProving against your production baseline.