Inspect runtime activity and blast radius

Current beta console·owner, admin·Walkthrough verification in progressVerification details

The instructions below have been checked against the implementation. Live walkthrough and screenshot qualification are still in progress; check the verification record before relying on an unverified step.

Follow application-reported model/tool activity for one deployment and compare it with collected potential access. Success means the intended binding receives real instrumented calls and you can trace each visible relationship to its evidence and time boundary.

Before you start

An Owner or Admin enrolls reporting. Any signed-in tenant user can inspect accessible evidence. First connect an authorized infrastructure source and collect the workload. Install the compatible Martian SDK in that customer application and explicitly instrument its normal model/tool calls. Do not report invented calls to make a diagram look complete.

Deployment, environment and version labels attribute reports; they do not attest the running binary. Use a separate binding for each intended environment/version and keep assessment traffic distinguishable from other traffic.

Connect runtime reporting

1. Open Discovery → Sources → Runtime reporting, then Connect runtime reporter.
2. Use Find workload, choose Discovered workload, then enter Deployment label, Environment and Deployed version. The first 50 search matches are listed; narrow the search if necessary.
3. Click Create runtime binding.

4. Privately save the Binding ID and once-shown Runtime credential. Mount the credential as a read-only secret file in that workload and configure its SDK reporter with the trusted Backend HTTPS origin and binding. Click Credential saved to clear the credential panel.
5. Start one reporter per customer application process, create a trace for each invocation and instrument the actual model/tool calls. A successful report is metadata about that call, not an assertion that a downstream business action happened.
6. Run a bounded legitimate synthetic task through the real application. Check its reporter delivery counters/logs and retained binding after refresh. Missing dashboard events do not establish that no calls occurred: delivery can fail or be dropped.

Integrate one real call

Download report_once.py for a bounded integration using the SDK’s martian_redteam.runtime.RuntimeReporter. Install the SDK in the intended enrolled workload, alongside your application’s dependencies. This example is source reviewed and locally checked for imports/setup failure; real Discovery delivery remains unqualified.

Use a trusted module that exposes your existing real model/tool call as a sync or async function. The JSON input file supplies its keyword arguments. Do not put business requests at module import time. Run the helper only in the workload/version that the binding actually describes, using a legitimate authorized synthetic task.

Shell

export MARTIAN_API_URL='https://YOUR-APPROVED-BACKEND-ORIGIN'
export MARTIAN_RUNTIME_BINDING_ID='YOUR-BINDING-UUID'
export MARTIAN_RUNTIME_TOKEN_FILE='/absolute/private/runtime-credential'
.venv/bin/python report_once.py \
  --callback-file ./my_tools.py --callback-function lookup_order \
  --input-file ./private-test-input.json \
  --kind tool --system support --name lookup_order

Copy

Replace the file/function and trusted kind/system/name with your real integration. For lookup_order(order_id=...), the private input file is a JSON object such as {"order_id":"YOUR-AUTHORIZED-TEST-ORDER"}. The runtime credential is distinct from the platform SDK key; the reporter does not load a .env file.

The helper starts one reporter, creates one trace and places the actual callable inside trace.call(...). It marks success only after the function returns, waits a bounded interval for the reporter’s single delivery attempt, then closes. Its own summary contains trace ID and delivery counters rather than inputs, outputs or secrets; keep any logs written by your application private too. An async application should reuse one reporter per process instead of starting this helper for each production request. Configure timeouts in the real callback/client; the reporter does not cancel a blocked synchronous business request.

Exit	Interpretation
0	Callable completed and the metadata upload was acknowledged; inspect the corresponding retained event
1	The callable raised an error; inspect the private application evidence and delivery counters
2	Setup failed before the observed call
3	Callable completed, but metadata delivery was not confirmed

Reporting is separate from business execution. Do not repeat the callable merely because delivery failed or the dashboard is empty. close() is not a flush/retry: pending or uncertain delivery can be lost and is reflected in delivery_failed / dropped. Compare the printed trace ID, exact binding, time and call target with retained Runtime activity after refresh; counters alone do not establish business effects.

This minimal integration emits call metadata. Resource links require explicit response-ID mapping through RuntimeResourceRule / trace.resources(...); native Kubernetes request matching is a separate opt-in (native_kubernetes=True with actual request metadata). Neither is enabled or claimed by this helper. Ask the integrator for mappings supported by your real client contract before relying on those map layers.

Inspect the runtime map

1. Open Discovery → Overview → Runtime activity, or the record’s Runtime activity view.
2. Select Deployment / environment / version and Time window: Last hour, Last 24 hours or Last 7 days.
3. Read Where calls went. Select a model/tool to inspect its configured name, counts, outcomes and recent reports. Use Previous connections / Next connections when additional targets are available.

4. For a resource link, inspect its service/type, opaque reference, reported action, outcome and time. These links require explicit response-ID mappings in the customer integration. Use Previous resources / Next resources to page the displayed links.
5. Check the bounds: aggregate counts cover a displayed latest-500-event window and individual details the latest 50 events. A selected aggregate can have no corresponding row in that smaller recent-event window. Resource/action links page by 12 for displayed tools.
6. Refresh with the same binding/window and confirm that the actual synthetic call remains in retained evidence.

Compare configured reach

1. Switch to Blast radius and retain the exact deployment binding. Read the collection receipt/time and freshness of its access evidence.
2. Inspect runtime-reported domains, collected identity/permission paths and shared configured peers separately. Open the relevant resource or evidence row to see its source and matching limitations.
3. Use record details such as Configured access, Network evidence, and Hosting & identity to answer their specific evidence questions. A network window or an RBAC policy is not a substitute for an independently verified business effect.

4. If a card links an assessment to this deployment, inspect the operator approval, artifact-equivalence declaration and drift status. An operator-attested mapping does not independently prove the deployed binary equals the assessed artifact.
5. Treat any quantified sandbox loss sample or time-window projection as its labeled conditional scenario. Diagram distance, group size and ring placement are not a risk score or effective-access proof.

Failure, freshness and limits

• No runtime reporters connected needs enrollment and actual instrumentation, not another inventory refresh.
• Revoke reporting rejects future uploads while retaining history. It does not stop the application, block a call or revoke an independently enrolled call gate.
• A reporter credential cannot authorize assessments or read console records. Source and gate credentials are separate.
• Opaque resource references remain within their binding. Unmapped resources, errors and downstream effects can be unknown; do not merge them across deployments by name.
• Customer-reported success, configured permissions and TCP observations do not independently establish effective access, complete capture or business impact.

Continue with network observer setup, SDK call gates or assessment outcome verification.