Not automatically. Rotating an API key stops use of that one credential, but it does not remove malware, persistence, altered dependencies, stolen tokens or unauthorized access created by a compromised extension, CLI, package, installer, runner or host. Stop or isolate the affected tool, revoke and rotate every credential it could reach, investigate the environment, and return it to service only after a trusted reinstall or rebuild and verified monitoring. If attacker-controlled code executed on the workstation, perform credential work from a clean machine and treat the workstation as fully compromised until rebuilt.
What API-key rotation does—and does not—fix
An API key is one door into your systems. Revoking it closes that door; rotating it creates a replacement credential. Neither action proves that the developer tool is clean or that an intruder used no other path.
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A malicious extension, command-line tool, package, installer or build step may have read environment variables, configuration files, browser-stored tokens, SSH keys, signing keys, repository secrets or cloud credentials. It may have changed dependencies, edited workflows, added webhooks, authorized an application, installed a runner or left a startup mechanism behind. A newly issued key can therefore be stolen again if you continue running the compromised code or use an untrusted host to create it.
GitHub’s incident guidance says to revoke exposed or exploited credentials immediately and to rotate a credential even when exposure is only possible. It also warns that removing a secret from source code, pushing a replacement commit, or deleting and recreating a repository does not stop exploitation of the original value. Those instructions apply to a developer tool incident even when the initial symptom was only one API key.
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The safe response sequence
Use your organization’s incident-response process if one exists. The order below limits further access while preserving evidence.
- Stop or isolate the affected component. Disconnect the extension, stop the CLI, quarantine the package, pause the affected build job, or isolate the host or self-hosted runner. Do not keep using the tool merely to see whether it behaves normally. Preserve relevant logs, process information, package files, configuration, shell history and other artifacts before cleanup changes them.
- Revoke the exposed key. Revocation is the immediate control that prevents further use of that credential. Do not wait for proof that an attacker used it; possible exposure is enough to justify action.
- Build a complete credential inventory. Identify every secret the tool, user account, repository, pipeline or host could read. Rotate or revoke each item, not just the API key. Include credentials listed in the table below.
- Review activity and alerts. Examine audit logs, token-use records, secret-scanning alerts, repository and organization events, cloud activity, package-manager logs and identity-provider events. Look for unknown IP addresses, unexpected actors, repository changes, workflow edits, new webhooks, self-hosted runners, app authorizations, deploy keys, binary changes and dependency modifications.
- Remove persistence and unauthorized changes. Delete attacker-created accounts, keys, webhooks, workflows, scheduled tasks and startup entries. Revert changes only after preserving evidence and recording what was changed. GitHub notes that you must check for persistence mechanisms that can maintain access after initial containment.
- Reinstall from trusted, pinned artifacts. Obtain the tool and dependencies from known sources, verify versions and lock files, and avoid unreviewed packages. In the cited supply-chain response, CISA recommended waiting at least three hours before pulling a new package; follow current incident guidance for your event rather than treating that interval as a universal guarantee.
- Create replacement credentials from a clean machine. If malicious installation or runtime code may have executed, do not generate new keys on the suspect workstation. Use a known-clean host, then rebuild the original workstation or installation when its integrity cannot be demonstrated.
- Verify and monitor. Confirm alerts are resolved, unauthorized changes have stopped and audit logs show no continuing suspicious activity. Keep heightened monitoring in place for days or weeks because a single incident can involve several attack vectors.
What else could have been exposed?
Start with an inventory that follows data flows rather than the tool’s marketing description. A plug-in that edits code can still read the editor process, user profile, environment and network; a CLI can inherit the shell’s variables and configuration; a build runner can access repository and deployment secrets.
| Credential or access area | Where to look | Required action |
|---|---|---|
| Repository and organization secrets | Repository settings, organization secret stores, deployment environments and recent workflow runs | Revoke or rotate every value the tool or affected account could read; inspect use in logs. |
| Cloud credentials | Environment variables, shared configuration files, instance profiles and cloud audit records | Disable exposed access keys, rotate replacements from a clean host and check for new users, roles or policies. |
| CI/CD secrets and runners | Pipeline variables, build logs, runner registration and runner filesystem | Pause affected jobs, unregister unknown runners, rotate variables and inspect workflow edits. |
| Package-manager tokens | User configuration files, credential helpers, publishing settings and package logs | Revoke tokens, check published packages and reinstall dependencies from trusted pinned versions. |
| SSH, deploy and signing keys | ~/.ssh, repository deploy-key settings, signing-key stores and release systems |
Remove unknown keys, rotate legitimate keys and review commits, tags and releases made with them. |
| Application authorizations and webhooks | Developer-platform authorizations, OAuth grants, repository webhooks and integration settings | Revoke unfamiliar grants, delete unauthorized webhooks and recreate only approved integrations. |
| User configuration and local tokens | Dotfiles, credential helpers, browser profiles, editor settings and shell history | Treat reachable values as compromised, rotate them and remove persistence or injected commands. |
Mark a secret as compromised when exposure is possible, not only when a log proves it was copied. This conservative boundary prevents an attacker from retaining access through a credential that was overlooked because its theft could not be demonstrated.
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When is the workstation itself compromised?
Attacker-controlled code executed
This is the highest-risk case. The Axios threat model states: “Workstation: if a build/install ran malicious code, assume full-user compromise of the laptop.” That means an attacker may have acted with the user’s privileges, read files outside the tool’s directory, modified startup behavior and captured credentials created later. Move credential rotation and incident analysis to a clean machine, isolate the laptop and plan a rebuild rather than relying on an uninstall.
The mechanism is unknown
If you cannot establish whether installation or runtime code executed, treat the uncertainty as risk. A normal-looking process, a clean antivirus result or a newly rotated key is not proof of integrity. Preserve evidence, contain the host and choose a rebuild when you cannot account for files, processes, dependencies and persistence.
No code execution and strong isolation
Conditional reuse may be defensible when the suspected exposure was limited to a service-side key, the tool never ran untrusted code, the host was isolated, all reachable credentials were rotated, and logs show no unauthorized activity. You still need a trusted reinstall and active monitoring before normal use resumes.
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Reuse or rebuild: a practical decision rule
Do not return to normal use while the compromised tool remains installed on a suspected host, while scope or persistence is unchecked, or while malicious code may have executed. Compare the facts of your incident against these criteria:
| Decision factor | Conditional reuse | Prefer a clean host and full rebuild |
|---|---|---|
| Code execution | No evidence that attacker-controlled install or runtime code ran | Malicious code ran, or execution cannot be ruled out |
| Isolation | Tool, host, runner or pipeline was stopped and evidence preserved | Host remains active, shared, or impossible to isolate reliably |
| Credential inventory | Every reachable secret is known, revoked and replaced | Unknown configuration, shared credentials or missing rotation records |
| Persistence and changes | Logs and filesystem review found and removed unauthorized mechanisms | Unknown startup entries, accounts, webhooks, workflows or binaries remain |
| Reinstallation | Trusted, pinned artifacts and verified dependencies are available | Package provenance or versions cannot be established |
| Evidence quality | Audit logs are complete and retained long enough to establish a clean period | Logging is missing, altered or too short to determine scope |
| Operational impact | Residual blast radius is understood and monitored | Potential impact exceeds the cost of rebuilding |
Conditional reuse is not “keep working and watch it.” It means containment, broad rotation, forensic review, trusted reinstall or rebuild, verification and monitoring have already occurred.
How to reinstall or rebuild safely
- Preserve first. Export relevant logs and record hashes, versions, timestamps, network indicators and unauthorized changes. Keep the original disk or host available for analysis according to your response policy.
- Use a known-clean administration device. Revoke and issue credentials there. Do not sign in to sensitive services from the suspect workstation while it is under investigation.
- Obtain pinned software. Use the vendor’s known source, a trusted internal mirror or an approved package registry. Pin exact versions, verify lock files and signatures or checksums where your process supports them.
- Rebuild the environment. For a workstation, reinstall the operating system or restore a trusted image when integrity is uncertain. For a runner or container, destroy the instance and recreate it from a reviewed image. For a repository, recreate workflows and integrations from reviewed definitions rather than copying unknown files.
- Restore only reviewed data. Do not restore unexamined extensions, scripts, binaries, caches or configuration files. Reintroduce secrets through the approved secret store after rotation.
- Apply least privilege. Give the tool only the repository, environment and network permissions it needs. Separate development, test and production credentials so a future compromise has a smaller blast radius.
How to verify that the new key and tool are safe enough
Safety is a documented state, not a feeling that the tool “looks normal.” Before reconnecting it, complete a verification record containing:
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- The old key is revoked and replacement credentials were created on a clean host.
- All potentially reachable repository, organization, cloud, CI/CD, package, SSH, signing and user-configuration credentials were rotated or explicitly ruled out with evidence.
- Audit logs show no unknown IP addresses, actors, repository changes, workflow edits, webhooks, runners, app authorizations, deploy keys, binaries or dependency changes left by the incident.
- Secret-scanning and security alerts are resolved, with no new alerts during a defined observation period.
- The reinstall uses trusted, pinned versions and a reviewed dependency graph.
- Access permissions, network destinations and logging are documented for the returned tool.
After re-enabling it, watch token use, repository events, workflow executions, package activity, cloud actions and host telemetry. Establish who reviews alerts and how quickly the tool will be disabled again if suspicious activity returns.
Common cases
Compromised editor extension
Disable and remove the extension, preserve its package and editor logs, and inspect files and tokens available to the editor process. Rotate credentials from a clean machine. Reinstall the editor and extension from a trusted, pinned source only after the host review; if the extension executed code, treat the laptop as fully compromised until rebuilt.
Compromised CLI or installer
Stop using the binary, capture its version and provenance, and inspect shell history, configuration files and child processes. Rotate package, cloud, repository and SSH credentials that the CLI could access. Replace the host or restore a trusted image when execution occurred or scope is uncertain.
Compromised CI runner or workflow
Pause jobs and isolate the runner. Review workflow edits, runner registration, build logs, artifacts, webhooks and deployment credentials. Unregister unknown runners, rotate every secret exposed to jobs and recreate the runner from a trusted image before resuming deployments.
Why monitoring must continue after recovery
Real-world security incidents rarely involve a single attack vector, according to GitHub’s investigation guidance. An attacker who obtained one key may also have created persistence, changed a workflow or taken a second credential that is used later. Keep logs and alerts long enough to cover delayed misuse, compare activity with the known-clean baseline and investigate any new actor, IP address, permission change or dependency event. If suspicious activity reappears, stop the tool again and return to containment rather than rotating only the newest key.
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