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1. Contain the server without destroying evidence
Restrict the suspected host’s network access through your hosting provider, cloud control plane, firewall, or network team where possible. The goal is to limit further communication and spread while keeping the system available for investigation if your response plan allows it. If the AI service must remain available, use an already trusted standby or failover environment only after confirming it is separate from the suspected compromise.
Before wiping, reinstalling, or making changes that could erase evidence, preserve relevant system, authentication, cloud, container, and network logs, along with suspicious files or other artifacts. If your response team has the capability and it is appropriate under your incident plan, capture volatile memory and a forensic image. CISA’s incident-response guidance recommends isolating affected systems and collecting evidence before applying mitigations; it also points to outside incident-response support when needed.
Escalate promptly to your organization’s security team. Red Hat’s RHEL malware guidance says, “If any indication of compromise is detected, the first point of escalation must be your organization’s security team.” Follow your organization’s evidence-retention and notification procedures. A high-CPU process, reboot, process termination, or antivirus scan alone does not establish that the incident is contained or resolved.
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2. Determine what was compromised
Investigate from a clean administrative device and use trusted access methods. Establish when the activity began, which accounts and systems were involved, and whether the suspected server is still communicating with untrusted destinations. Relevant areas to review include:
- Authentication events, new accounts, privilege changes, and exposed or reused credentials.
- Unexpected services, scheduled jobs, startup configuration, and recent package or deployment changes.
- Outbound network activity and connections to other hosts or services.
- Containers, orchestration systems, attached storage, and other machines that shared credentials, images, or deployment pipelines with the server.
This is a set of investigation areas, not a complete cryptominer detection checklist. Red Hat’s Linux guidance identifies changes to /etc/crontab as one persistence method reported for Trickbot. That example does not mean every miner uses cron, or that checking cron is enough to establish a clean system.
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Scope matters because mining activity can be only one part of an intrusion. CISA’s archived 2022 advisory describes a case in which a miner appeared alongside credential theft and lateral movement. It is a case report, not evidence that every affected Linux server has the same compromise. Use it as a reason to check for related access and movement, not as a diagnosis of your incident.
3. Choose a safe restoration path
For a confirmed compromise, do not treat deleting the mining process or its apparent files as proof of eradication. Red Hat’s general RHEL malware guidance says safe restoration will usually involve completely erasing storage and reinstalling, or restoring from a trusted backup. Its Trickbot guidance also describes reinstallation and data restoration as a potential resolution. Preserve required evidence first, then choose the path that best fits the incident and your organization’s recovery requirements.
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| Path | When it may fit | Key checks before reconnecting |
|---|---|---|
| Rebuild from trusted installation media or a trusted image | Use when confidence in the installed system is low, persistence may remain, or the backup’s cleanliness cannot be established. | Preserve evidence first; patch the exploited software or correct the access weakness; install trusted software and restore only verified data and assets. |
| Restore from a trusted backup | Use when the backup is known to predate the compromise, its integrity can be verified, and it contains the data needed for recovery. | Check that the backup and recovery environment are clean and protected; restore in an order that prioritizes critical services; avoid carrying compromised credentials or configuration back into service. |
These are not guaranteed timelines or interchangeable shortcuts. Your choice depends on backup confidence, evidence-retention needs, backup completeness, and whether you can fix the initial access route before reconnecting. CISA’s recovery guidance recommends offline, encrypted backups, prioritizing critical services, and preventing reinfection of clean systems.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.4. Restore AI services in controlled stages
Use your organization’s deployment and recovery procedures; the cited guidance does not provide AI-specific recovery commands or a universal Linux cleanup sequence. Restore only required workloads and data from known-clean sources, and limit exposure while you validate each stage.
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- Prepare a clean base: Install or restore the operating system from trusted media or an approved clean image. Apply current security fixes and correct the access weakness identified during investigation before broad reconnection.
- Restore dependencies carefully: Bring back only the required container or orchestration components, application packages, configuration, model files, and data from sources you can trust. Review configuration and deployment changes rather than blindly copying the former system state.
- Restore access safely: Reissue or rotate credentials that may have been exposed, using clean administrative systems. Grant only the permissions each service needs, and avoid reusing suspect secrets.
- Validate before opening traffic: Check operating-system and application health, container or orchestration behavior, model-file integrity, credentials, and intended network exposure using your team’s deployment procedures. These are operational checks for an AI workload; the cited sources do not prescribe particular AI stack tests.
- Reconnect in stages: Start with the minimum required services, monitor logs and network activity, and expand access only when the recovery checks pass and the incident team agrees it is safe.
5. Close the access gap and protect future recovery
Preventing a repeat requires addressing both the suspected entry route and the systems that could make recovery unsafe. The exact controls depend on your platform and security policy. Red Hat’s guidance recommends current security fixes, trusted software sources, configuration review, least privilege, strong passwords, and SELinux policies.
- Patch or reconfigure the software, service, or exposed access path implicated by the investigation before returning the host to normal service.
- Rotate credentials that may have been exposed, and review access to related hosts, deployment systems, and storage.
- Separate production and test environments and limit privileges for users, services, and automation.
- Maintain multiple backup copies, including offline encrypted copies, protect the backup infrastructure, and test restoration regularly.
A separate drive can be one component of an offline copy, but a drive by itself does not provide a secure backup system. Backup rotation, access controls, protection from compromise, and successful restore tests matter as well.
What not to assume
- A miner’s disappearance means the host is clean. Other persistence, altered accounts, or affected systems may remain.
- A single cron check, process kill, reboot, or scan proves eradication.
- The same commands are safe for every distribution, cloud or colocation provider, container setup, storage layout, or security policy.
- A rebuild or backup restore is safe before preserving evidence and verifying the recovery source.
Red Hat’s cited materials are Linux/RHEL and Trickbot guidance, not a universal procedure for every cryptominer or distribution. CISA’s 2022 miner example concerns a specific federal-network incident, and its recovery guidance addresses broader backup and restoration practices rather than Linux AI servers specifically. Apply your incident-response plan and platform-specific procedures to the affected environment.
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