When a control owner asks for evidence of a vulnerability fix or a recovery rehearsal, engineering teams should be able to point to the actual work. Too often they must reconstruct it from messages, logs, and screenshots long after the context has been lost.

The evidence collection problem

A test result stored in one CI job, a ticket in another system, and a spreadsheet mapping controls can all describe the same change. Without shared identifiers and retained results, a reviewer has to connect them by hand. The solution starts with capturing useful evidence as the work runs.

Choose the technical claim first

Define the requirement before choosing the integration. For vulnerability remediation, identify the affected artifact, the finding, the fix, and the validation scan. For a recovery rehearsal, identify the workload, restore procedure, success criteria, and measured outcome. These tests support a scoped claim; they do not prove every part of a framework.

Connect claims to observed work

Earlier versions of this article led with AI-generated security plans. The current platform story starts with the evidence: what ran, what it examined, who produced the record, and what result it reported. An agent can help locate or explain a record, but its explanation is not a substitute for the record or for review of the producer’s trust boundary.

A workflow you can evaluate

  1. Run a defined technical test with CI/lock on your compute or hosted infrastructure.
  2. Retain the result and its artifact or commit binding.
  3. Verify the expected evidence producer and the result’s integrity.
  4. Map the result to the technical requirement it supports in the platform.
  5. Review failures, missing evidence, and expiration conditions.

This is an illustrative workflow, not a customer benchmark. The earlier article’s fixed authorization timelines, cost reductions, and ROI figures are not substantiated and have been removed.

Keep the runner choice separate from the product promise

You may run your workload on your own infrastructure or on hosted compute such as GitHub Actions, RWX, or Namespace. Capture capabilities depend on the operating system, execution boundary, permissions, and CI/lock release. A runtime example is not a claim of a native integration. Check the support matrix.

One system, separate responsibilities

CI/lock captures the work. Pushgate checks the push against configured requirements. The platform manages multiple gates and reuses technical evidence. The appliance is a deployment option for the platform where the evidence and services need to run locally.

Evidence collection, policy publication, gate activation, push acceptance, and downstream delivery are separate events. A useful workflow keeps those distinctions visible.

Evaluate one journey end to end

Bring a test whose result matters to a real decision. Include a failure, missing evidence, a mismatched artifact, and an unexpected producer. A demonstration should show what the system rejects as well as what it accepts.

For federal use, consult the current FedRAMP package guidance and the TestifySec government page. Technical evidence can support an assessment; TestifySec does not promise a particular authorization date or outcome.