Reduce pre-release risk
Catch performance regressions under blur, noise, occlusion, compression, and lighting shifts before they reach customers. Every release gets a reliability scorecard.
Open prototype — available on PyPI
VisionOps stress-tests Computer Vision pipelines against realistic corruptions and delivers
evidence-grounded root-cause analysis tied to your actual codebase.
Ship with confidence.
$ pip install visionops
For teams shipping CV in production
Catch performance regressions under blur, noise, occlusion, compression, and lighting shifts before they reach customers. Every release gets a reliability scorecard.
Before generating hypotheses, VisionOps builds a structural map of the target codebase—entry points, pipeline stages, data flow, and high-signal files—then combines it with runtime evidence to pinpoint the likely failure stage and suspect files automatically.
Every run produces structured reports (JSON, Markdown, HTML) with metric deltas, execution diagnostics, and ranked fix suggestions—ready for compliance, post-mortems, or stakeholder review.
7+
corruption families tested per run
3
severity levels per corruption
9+
automated pipeline stages end-to-end
Most pipelines look great on clean validation sets, then silently degrade in real-world conditions. Teams discover failures after deployment, not before.
Point VisionOps at any CV repo and get a full reliability report:
01
Copies the workspace, runs install, baseline inference, and metrics in an isolated sandbox. Captures return codes, stderr, and execution timing.
02
Generates blur, noise, occlusion, compression, crop truncation, perspective warp, and lighting variants at multiple severities. Re-runs the full pipeline on each.
03
Compares baseline vs suite metrics, detects regressions, and uses heuristic analysis to localize the likely failing stage in the pipeline.
04
Scans the repository to build a structural map of pipeline files, entry points, and data flow—giving the RCA engine real code context.
05
Combines runtime signals (metric deltas, logs, return codes) with the repo map to produce ranked hypotheses tied to specific files and stages.
06
Generates concrete fix recommendations and writes
summary.json, report.md, and report.html.
Use VisionOps with any OpenAI-compatible API. If no API key is provided, the agents will fall back to deterministic logic.
Scans the repo and identifies likely pipeline files, stages, and high-signal modules. Produces a structural map used by downstream agents.
Combines runtime evidence (metrics, logs, execution outcomes) with the repo map into ranked root-cause hypotheses with confidence scores.
Converts rule-based remediations into concrete, prioritized fix suggestions engineers can act on in the same sprint.
Every hypothesis is grounded in metric deltas, per-suite regressions, logs, return codes, stage localization heuristics, and repo-aware file mapping.
Primary metric deltas and top regressions by suite, exportable as JSON and HTML.
Install failures, command errors, and suite anomalies surfaced with full context including return codes and stderr.
Point VisionOps at a repo and it infers install, run, and metrics commands, dataset paths, task type, and suite defaults—with confidence metadata.
Local mode is fully functional today. The AWS CodeBuild path is scaffolded for teams that need secure, ephemeral sandboxing.
visionops local-run — runs everything on your machinevisionops aws-run — orchestrates CodeBuild, polls status, returns artifacts
visionops doctor validates config, checks API keys, AWS credentials,
and runs autoconfig sanity checks before you commit to a full run.
Coming soon
We are building a production-grade platform with SSO, team dashboards, CI/CD
integrations, SLA-backed uptime, and dedicated support.
Join the waitlist to get early access and shape the roadmap.
No spam. We will only reach out when the enterprise version is ready.
VisionOps is available on PyPI. Install it, point it at your CV repo, and get a reliability report in minutes.
$ pip install visionops