NCM, controlled execution & verified outcomes
A successful command does not tell you whether the service survived the change. AmrudAi connects configuration history, policy, risk, approval and staged execution with post-change evidence so engineers can control the rollout and verify its operational outcome.
The application experience
See the complete workspace. Enlarge any image to inspect its panels, navigation and evidence at actual size.
Know whether the change improved the service.
AmrudAi connects inventory, backups, version history, semantic diffs, golden-state checks and compliance policies with controlled change execution. Approval, canary or staged rollout, post-checks and adapter-supported rollback keep operational consequences visible.
The capability in detail
Capture on-demand, scheduled and pre/post-change backups through supported device interfaces. Protected versions and visible job results give engineers a reliable comparison point and a relevant recovery artifact before they act.
Search configurations under sensitive-field controls and compare running, startup and historical versions. Raw differences are available, with semantic comparison where the device parser supports it, to show what changed in operational terms.
Define desired configurations, inherited baselines and justified exceptions. Detect recurring deviations and distinguish compliant, noncompliant and unknown results so engineering standards can be reviewed consistently across sites and vendors.
Evaluate deterministic operational and applicable CIS/STIG-oriented rule content against configuration evidence. Combine violations with firmware and EOS/EOL context to prioritize work, while keeping rule checks distinct from an organizational compliance certification.
Prepare a change from controlled templates, exact targets and a defined window. Validate compatibility, access, configuration state and required preconditions before execution so the approved plan has a concrete operational scope.
Use the affected interfaces, routes, dependencies and business services to assess potential blast radius. Present the factors and assumptions behind deterministic risk, including existing degradation or lost resilience that may make a rollout unsafe.
Bind approval to the specific change plan, configuration, target set and window. Material changes invalidate stale approval, and local permissions and current preconditions remain authoritative when execution begins.
Roll out through an approved canary or fixed stages with bounded concurrency and explicit stop criteria. Keep job and batch results visible, and prevent configuration work from consuming the resources reserved for routine monitoring.
Check device, protocol, path and service behavior through the stabilization period after execution. Roll back through the supported adapter and verified artifact where safe, or escalate with the failed checks and affected scope intact.
Connect the plan, configuration versions, risk evidence, approval, ITSM Change, job, CLI references, incidents and audit. Firmware workflows also retain approved image provenance, integrity and compatibility checks, rollout results and validated recovery behavior.
From information to action
Define the intended result, exact targets and window; capture the baseline, inspect the difference and complete preflight.
Review dependency impact, deterministic risk and the relevant checks. Bind the approval to the plan that will execute.
Use the approved canary or stages, monitor stop criteria and validate configuration, protocol and service behavior after each step.
Use the supported rollback path or escalate when needed; retain the final configuration, service outcome and audit in the Change Assurance Record.
Built around your operating environment
Apply the change controls appropriate to each device, parser, operation and operating policy.
Connect the workflow
Yes. The lifecycle covers planning, backup, comparison, preflight, risk assessment, approval, canary or staged execution, validation, observation and recovery or escalation. The supported operation and device adapter determine the available execution and rollback mechanisms.
Material changes to configuration, targets or the approved window make that approval stale. The plan must pass the applicable approval process again, and execution-time deterioration can still block an otherwise unchanged plan.
Rollback uses the mechanisms supported by the specific adapter and device, together with a verified recovery artifact and safety checks. Where safe automatic rollback is unavailable, the workflow preserves the evidence and escalates through the approved recovery procedure.
They provide evidence of the selected operational or applicable benchmark rules. Results help teams identify violations and document exceptions; running a check is not itself an external compliance certification.
Explore the technology, service dependencies and operating requirements that matter to your team.
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