Sunbird’s dcTrack and Power IQ DCIM platforms are the subject of a recent industrial-control-systems advisory that assigns two CVEs and warns of remotely exploitable weaknesses — including an
authentication bypass via alternate paths and
use of hard‑coded credentials — and Sunbird has published updates to address the issues while federal guidance urges immediate compensating controls for exposed environments.
Background / Overview
Sunbird (the DCIM business formerly associated with Raritan) sells two widely used data‑center infrastructure management (DCIM) products:
dcTrack (DCIM Operations) for asset, capacity and cabling management, and
Power IQ (DCIM Monitoring) for power, energy and environment monitoring. Both products are deployed in enterprise datacenters, colocation facilities, and industrial control environments worldwide and commonly integrate with Windows‑based engineering workstations, SQL databases and management consoles.
A coordinated advisory package published through government channels describes two related security findings affecting dcTrack and Power IQ (versions 9.2.0 and earlier), assigns CVE identifiers, and provides both vendor and agency recommendations. The vendor has issued product updates:
dcTrack → 9.2.3 and
Power IQ → 9.2.1; Sunbird’s release notes for dcTrack 9.2.3 and accompanying documentation make the update available through the vendor support channels. This article summarizes what the advisory says, verifies the core technical claims where independent evidence exists, assesses operational risk to Windows and mixed IT/OT environments, and provides a prescriptive remediation and detection checklist for administrators and security teams charged with these systems.
Executive summary of the advisory
- Affected products: DCIM dcTrack and Power IQ, versions 9.2.0 and prior (per the advisory).
- Primary vulnerabilities reported:
- Authentication bypass using an alternate path or channel (allows access to services normally restricted by authentication or network isolation).
- Use of hard‑coded credentials in platform components (credentials present by default in images or binaries).
- Assigned CVEs: CVE‑2025‑66237 (hard‑coded credentials / elevated privileges) and CVE‑2025‑66238 (alternate‑path authentication bypass / virtual console misuse), as reported in the advisory package.
- Severity: advisory lists high severity ratings with CVSS assessments provided in both v3.1 and v4 vectors; one calculation reaches a CVSS‑v4 score in excess of 8.0 for the hard‑coded credential finding.
- Vendor fixes: Sunbird lists updated packages (dcTrack 9.2.3; Power IQ 9.2.1) and recommends customers apply these updates where practical. Sunbird’s dcTrack 9.2.3 release notes are publicly available and confirm a current GA release that administrators can obtain via support.
- Agency guidance: the advisory reiterates standard ICS/OT mitigations — minimize internet exposure, place devices behind firewalls, restrict SSH and non‑essential ports, change deployment passwords, and use secure remote access methods such as VPNs when remote management is required.
Technical breakdown: what the advisory reports
1) Authentication bypass via alternate path (CVE‑2025‑66238 — overview)
The advisory describes a scenario where an
authenticated user with access to the appliance’s
virtual console or diagnostic interfaces can weaponize remote access features to
redirect network traffic or access otherwise restricted local services on the host. The finding is framed as an
Authentication Bypass Using an Alternate Path or Channel: even where the product’s web UI or APIs enforce controls, the virtual console path exposes a capability that circumvents intended network or auth restrictions.
- Reported exploit prerequisites: authenticated access to the virtual console or administrative diagnostic view (the advisory emphasizes authenticated access is required for initial access but the attack path allows pivoting to more privileged operations).
- Potential impact: unauthorized access to internal services, exposure of sensitive database or host interfaces, credential theft, and escalation to remote command execution depending on environment and configuration.
- CVSS: the advisory gives a CVSS v3.1 base score of ~6.5 for this finding, and a CVSS v4 calculation that is higher (reflecting nuanced changes in v4’s attack taxonomy). These scores indicate remote network access with low attack complexity when preconditions are met.
2) Hard‑coded/default credentials and over‑privileged database accounts (CVE‑2025‑66237 — overview)
The advisory reports
default and hard‑coded credentials in platform images or components that can be leveraged by attackers to administer the database, escalate privileges, or execute system commands.
- Reported behaviors: embedded credentials (unmodifiable or present in shipped images), default SQL users created with sysadmin or over‑privileged roles, and administrative interfaces not requiring credential rotation at deployment.
- Potential impact: credential reuse across instances, database takeover (read/modify/delete), local or remote code execution (via stored procedures or DLL loading in some database stacks), and persistent administrative footholds.
- CVSS: the advisory lists a CVSS v3.1 base score in the mid‑6s and a CVSS v4 score in the high‑8s for the chaining effect — reflecting the higher operational severity when credentials enable privilege escalation and remote control.
3) Important nuance: local authentication vs. remote exploitation
Both findings are
context dependent. The authentication bypass report requires an authenticated session to the virtual console (an attacker needs some foothold or stolen credentials), while the hard‑coded credential issue may allow lateral movement if default credentials are discoverable by remote services or exposed through misconfiguration. In practice,
network exposure and operational configuration determine how dangerous these weaknesses are in a given environment.
Verification and cross‑checks
- Vendor confirmation: Sunbird’s public dcTrack 9.2.3 release announcement and product blog confirm the dcTrack 9.2.3 package is available for customers and that updates are being shipped; administrators should obtain updates from the vendor support portal.
- Government / ICS guidance: the advisory mirrors standard CISA/ICS recommendations for industrial and datacenter control systems: minimize internet exposure, isolate control networks behind firewalls, use VPNs for remote access when necessary, and perform impact analyses before deploying changes. These defensive recommendations are consistent across other CISA ICS advisories and weekly vulnerability bulletins.
- Public CVE/NVD status: CVE assignments presented in the advisory package may not immediately appear in external registries or NVD enrichments. Administrators must verify CVE metadata and NVD entries before using registry fields for automated compliance checks — the advisory itself is the canonical record for the findings at the time of publication. When public registries lag, rely on vendor release notes and vendor‑provided mitigation timelines for actionable steps.
Caveat: some public vulnerability databases and CVE/NVD pages can lag advisory publication; treat the vendor advisory and the government advisory package as the authoritative remediation source while cross‑checking registries for indexing updates.
Risk evaluation — what this means for Windows administrators and datacenter teams
The operational risk profile depends on where and how dcTrack / Power IQ are deployed:
- Enterprise datacenters and colo: these platforms often integrate with Windows management servers, SQL Server instances and Windows‑based jump hosts. A compromised DCIM can reveal inventory, map physical cabling and power topology, and — with privileged DB access — manipulate records used by change management and automation.
- OT/ICS environments: DCIM platforms are commonly adjacent to OT devices; a successful compromise could allow attackers to privilege escalate from the DCIM host into adjacent control networks, or to tamper with monitoring that operators rely upon.
- Cloud and hybrid deployments: SaaS or hosted management consoles reduce local exposure but increase concern about multi‑tenant impacts and credential leakage.
Specific Windows‑centric impacts include:
- Compromise of Windows engineering workstations used for DCIM administration (credential theft, lateral movement).
- SQL Server misconfigurations where DCIM service accounts have excess permissions; attackers can use SQL capabilities (e.g., xp_cmdshell, CLR assemblies) to execute commands on Windows hosts.
- Automated orchestration tools and scripts that interact with DCIM platforms may be manipulated to carry out destructive or stealthy changes.
Severity summary: these are
high‑impact findings for organizations that leave DCIM management interfaces reachable or fail to rotate default credentials at deployment; the advisory’s CVSS calculations underscore that chaining misconfiguration + embedded credentials + network reachability produces severe operational risk.
Immediate remediation and mitigation checklist
Apply this checklist in priority order; tailor to your change‑control and maintenance windows.
- Inventory and identify
- Locate every installation of dcTrack and Power IQ: record hostnames, IPs, versions, management ports and whether the web UI/SSH/console interfaces are reachable from untrusted networks.
- Patch first
- Apply vendor updates: dcTrack → 9.2.3, Power IQ → 9.2.1 (obtain packages from Sunbird support and follow vendor upgrade steps). Confirm patch availability and test upgrades in staging before production rollout.
- Restrict management plane access
- Block direct Internet exposure: ensure all instances are not reachable from public networks; require access through a hardened bastion or jump host.
- Use firewall allow‑lists for management ports (HTTP/S, SSH, vendor‑specific ports).
- Rotate default and deployment passwords immediately
- Replace any default, out‑of‑band or hard‑coded credentials with unique, strong passwords stored in a secrets manager or enterprise vault.
- Ensure database accounts created by the application do not have excessive privileges (remove sysadmin roles if not required).
- Disable unused remote diagnostic features
- If the virtual console or remote diagnostic channels are unnecessary, disable them until a secure configuration and upgrade plan exists.
- Harden SSH and jump hosts
- Limit SSH to key‑based auth where possible, enforce MFA for administrative logins, and rotate keys periodically.
- Monitor and detect
- Deploy host and network detections: look for unusual CLI activity, abnormal SQL queries from DCIM service accounts, or traffic redirected via virtual console channels.
- Incident containment (if suspected compromise)
- Immediately isolate the suspect host from the network segments that contain sensitive assets.
- Preserve forensic evidence (logs, memory, disk images) and rotate credentials for all accounts that may have been exposed.
Sunbird and agency guidance also recommends performing an impact analysis and implementing compensating controls if immediate patching is not possible. These are standard ICS protective measures and are particularly relevant when operational constraints delay patching.
Detection: indicators, logs and hunt steps
- Audit the DCIM application access logs for:
- Unexpected admin or console logins outside known maintenance windows.
- Repeated failed or unusual attempts to access internal hostnames or SQL endpoints.
- Monitor SQL Server logs for:
- New or escalated accounts, use of elevated stored procedures, or attempts to load modules (CLR assemblies).
- Network telemetry:
- Lateral connections from DCIM hosts to databases, Windows servers or OT devices that were not typical before the advisory.
- Unexpected TCP/UDP flows emerging from the virtual console subsystem to internal services (possible traffic redirection).
- Endpoint telemetry on Windows hosts:
- Suspicious process launches from the DCIM service account context.
- Execution of command interpreters spawned by database accounts or application services.
Combine log correlation with threat intelligence feeds and increase retention of DCIM logs during the remediation window for thorough investigation.
Incident response playbook (short, actionable steps)
- If you detect suspicious activity:
- Quarantine the host segment and preserve logs.
- Rotate service and admin credentials for DCIM, database and jump hosts.
- Short‑term containment:
- Disable remote console and non‑essential services.
- Block known attacker command & control channels (if any IOC detected).
- Recovery and validation:
- Rebuild compromised hosts from trusted images, apply vendor fixes, reconfigure hardened settings, then re‑introduce to network.
- Post‑incident:
- Conduct a root‑cause analysis, verify no persistent backdoors remain, and update runbooks.
- Notify stakeholders per policy; if the advisory affects critical infrastructure consider reporting to the appropriate national CERT or CISA.
Longer‑term recommendations and risk reduction
- Replace/avoid embedded credentials: require vendors to deliver products without hard‑coded credentials; track product security posture as part of procurement.
- Enforce least privilege for DB and OS service accounts.
- Move management interfaces behind MFA‑protected bastions and just‑in‑time (JIT) access mechanisms.
- Maintain an up‑to‑date asset inventory that includes versioning and management access topology — this is the single most important control to reduce the risk of internet discovery and rapid exploitation.
- Integrate DCIM monitoring into your SIEM and regular red‑team testing.
Why Windows administrators should care: real‑world scenarios
- A DCIM compromise can reveal physical location and mapping of servers, cabling and PDUs — information attackers use to target high‑value systems or plan on‑site sabotage.
- If DCIM service accounts retain Windows domain privileges or can manipulate server power states, adversaries can induce outages or mask activity during a breach.
- Management tooling that relies on SQL Server with over‑privileged accounts becomes an immediate vector to Windows host compromise via SQL‑level code execution features.
Treat DCIM as
high value infrastructure — protect it like domain controllers and gateway appliances.
What we verified and what needs caution
- Verified: Sunbird’s dcTrack 9.2.3 release is publicly announced and available to customers; this supports the vendor’s claim that fixes have been produced.
- Verified: The advisory follows the standard ICS mitigation playbook promoted by government agencies — minimize exposure, isolate control networks, change default credentials. See general CISA vulnerability bulletin guidance for analogous context.
- Caution / unverifiable at publication: external CVE registry (NVD/MITRE) entries for CVE‑2025‑66237 and CVE‑2025‑66238 may not yet contain full NVD enrichment or public exploit details at the time of reading. Use the vendor advisory and the published update notes as the authoritative remediation reference while registries catch up.
- No known public exploitation reported to agency at the time of the advisory (the advisory explicitly states no confirmed exploitation observed). Continue monitoring third‑party feeds for proof‑of‑concepts or active exploit reports.
Final recommendations (concise, prioritized)
- Patch: Schedule immediate testing and deployment of dcTrack 9.2.3 and Power IQ 9.2.1 where supported by vendor instructions.
- Isolate: Ensure DCIM management interfaces are reachable only from hardened, monitored jump hosts and are not internet‑facing.
- Rotate: Remove and rotate all default or embedded credentials and ensure database/service accounts adhere to least privilege.
- Monitor and hunt: Increase logging and hunting for lateral movement patterns and unusual SQL activity.
- Plan: Treat DCIM as a critical asset in risk assessments; include DCIM updates in your patch management and maintenance calendars.
The Sunbird dcTrack and Power IQ advisory is a reminder that management and monitoring systems — the very tools meant to give operators visibility — can themselves become high‑value attack platforms when shipped with insecure defaults or when diagnostic channels are left exposed. Applying the vendor updates, enforcing strict access controls, removing embedded credentials, and integrating DCIM telemetry into existing detection pipelines will materially reduce risk and protect both Windows and multi‑platform environments from potential compromise.
Source: CISA
Sunbird DCIM dcTrack and Power IQ | CISA