Rockwell Automation’s FactoryTalk DataMosaix Private Cloud contains a high‑severity SQL injection vulnerability that lets low‑privilege users perform sensitive database operations through exposed API endpoints — a flaw assigned CVE‑2025‑12807 with a CVSS v3.1 base score of
8.8 (CVSS v4 ≈
8.7) and fixed in FactoryTalk DataMosaix Private Cloud
8.01.02; organizations running affected releases should treat this as a high‑priority remediation and apply layered compensating controls until patching is complete.
Background / Overview
FactoryTalk DataMosaix Private Cloud is Rockwell Automation’s customer‑managed Industrial DataOps platform designed to bridge OT (operational technology) and IT data, expose visualizations and dashboards, and serve APIs and connectors to analytics platforms. It is widely deployed across critical manufacturing environments where data integrity and availability are essential. The vendor released Security Advisory SD1765 on December 9, 2025 documenting a SQL injection (CWE‑89) vulnerability affecting DataMosaix versions
7.11, 8.00 and 8.01, and identifying
8.01.02 as the corrected version. This advisory and the associated CVE record describe an attack vector in which exposed API endpoints allow improperly neutralized SQL input to reach database routines. The vendor and national vulnerability trackers characterize the impact as high across confidentiality, integrity and availability dimensions because a successful exploit can read, modify or delete sensitive project and historian data. Independent trackers (NVD, regional CERT) and vendor pages report the same affected versions and the corrected build number, providing corroborating confirmation.
What the advisory says (concise summary)
- A SQL injection vulnerability (CWE‑89) exists in FactoryTalk DataMosaix Private Cloud that can be triggered via exposed API endpoints.
- Affected versions: DataMosaix 7.11, 8.00, and 8.01.
- Corrected in: DataMosaix 8.01.02 (vendor remediation).
- Severity: CVSS v3.1 8.8 (High); CVSS v4 8.7 (High).
- Known exploited vulnerability (KEV): Not listed as known exploited at publication, but lack of public exploitation is not a guarantee that attacks won’t follow.
The above is corroborated across Rockwell’s advisory and independent CVE/NVD aggregators, which is essential for operational decision‑making in ICS environments where patch windows and test validation are tightly controlled.
Why SQL injection in DataMosaix matters to industrial operations
SQL injection is a well‑understood and powerful class of vulnerability in which untrusted input is incorporated into SQL queries without sufficient sanitization or parameterization. In an Industrial DataOps platform, the consequences are magnified:
- Databases hold configuration, authentication tokens, project templates, historian/telemetry records and operational metadata. Tampering with these records can mislead operators or disable detection.
- Attackers able to read or modify historian data can mask malicious activity, falsify events, or corrupt production records that downstream systems rely on.
- Changes to configuration or credentials may enable privilege escalation, lateral movement into engineering workstations, or persistence via service accounts.
- Because DataMosaix exposes APIs and connectors to analytics and cloud tools, a compromised instance becomes a high‑value pivot to IT networks and third‑party integrations.
Put simply: SQL injection affecting an OT‑facing data platform is not just data theft — it can be a stepping stone to operational disruption, safety incidents and long recovery timelines in manufacturing environments.
Technical detail — what the advisory and trackers report
- Vulnerability class: CWE‑89 — Improper Neutralization of Special Elements used in an SQL Command (SQL Injection). Exploitation allows sensitive database operations by users with low privileges.
- Impact metrics: CVSS v3.1 8.8 (high) and CVSS v4 8.7 as published by the vendor and mirrored by NVD/CVE aggregators. These scores reflect network‑accessible attack vectors with low complexity and significant impact to confidentiality and integrity.
- Affected builds: 7.11, 8.00, 8.01. Corrected build: 8.01.02. Rockwell’s advisory lists the corrected software version and instructs customers to apply the update.
- Known exploitation: At advisory publication the issue was not listed in CISA’s Known Exploited Vulnerabilities (KEV) catalog and no public exploitation was reported; however, advisory authors warn that the absence of observed exploitation is temporal and defenders should not rely on it.
(Where vendor advisories, CVE feeds and national CERTs differ slightly in presentation or timing, the core technical facts — SQL injection, affected versions, corrected version — align across those sources.
Practical attack scenarios and likely chains
- Low‑privilege user leverages an exposed API endpoint to inject SQL fragments which escalate data access beyond their role — reading secret configuration or altering device connector endpoints used by other systems.
- An attacker modifies historian entries to hide prior malicious commands or to falsify process telemetry, delaying detection or misleading incident response.
- Chained attacks: SQL injection used to write web shells, create new service accounts, or modify authentication tokens that enable subsequent remote command execution or lateral movement into engineering station hosts.
- Hybrid attacks combining this SQL injection with existing XSS or authentication weaknesses can dramatically lower attack complexity and multiply impact (documented DataMosaix advisories previously described XSS and MFA bypass issues in other CVEs; defenders should treat chaining as realistic).
Vendor response and remediation status
Rockwell assigned the CVE, published security advisory SD1765 (December 9, 2025) and identified
DataMosaix 8.01.02 as the fixed build. Rockwell’s guidance is to update to the corrected version; for customers unable to upgrade immediately, the vendor recommends following standard security best practices and isolating the affected instance until remediation can be applied. National and regional CERTs (NVD, INCIBE, others) have mirrored the vendor details. Caveat: ICS operators frequently delay patching due to uptime constraints and the need for thorough regression testing. The vendor’s patch is the definitive remediation, but operational realities mean that organizations will also need compensating controls — described below — while they validate and schedule the 8.01.02 deployment.
Immediate actions for operators — a prioritized checklist
Use the following as an action checklist you can adapt into your change control and patching workflow:
- Inventory and identify:
- Confirm all DataMosaix instances and versions (7.11, 8.00, 8.01 are in scope).
- Record network exposure — which instances have management APIs reachable from enterprise or external networks.
- Isolate critical instances:
- If an instance is reachable from less‑trusted networks, immediately restrict access to only trusted subnets and jump hosts. Implement firewall rules or access control lists to block all unnecessary inbound traffic.
- Patch in test:
- Retrieve vendor‑signed 8.01.02 build, apply to a non‑production test environment, run functional and integration tests (connectors, historian, backup/restore).
- Schedule controlled rollout:
- Plan phased upgrades with rollback procedures, backups of DB and configuration, and pre/post validation checks.
- Compensating controls (until patching complete):
- Harden API endpoints with network segmentation, strong ACLs, WAF rules (where applicable), and strict rate limiting.
- Enforce least privilege for user accounts; rotate service credentials and keys where feasible.
- Logging and detection:
- Increase logging of API calls and database errors. Hunt for unusual queries, parameterized errors, or abnormal data modifications. Look for indicators like unexpected session token issuances, sudden changes to project or connector tables, or unusual admin API calls.
- Incident preparation:
- Prepare a triage playbook: isolate, collect logs and images, invalidate sessions/tokens, rotate credentials and service accounts, and preserve forensic evidence.
These steps combine Rockwell’s guidance (upgrade to 8.01.02) with pragmatic compensations ICS teams already rely on when patch windows are constrained.
Detection, hunting and forensics — concrete indicators
Security teams should prioritize detection use cases that map to how SQL injection is typically used in this product class:
- Unexpected SQL errors in application logs or database logs that correlate to API calls.
- Unusual API payloads with SQL meta‑characters in otherwise simple request fields.
- Sudden or unexplained changes to database tables that store authentication tokens, connector endpoints, reports, or project metadata.
- Repeated failed queries followed by successful complex queries from low‑privilege accounts.
- New or altered service accounts, or credential rotation requests out of regular change windows.
- Correlated activity on engineering workstations after DataMosaix API calls (possible lateral pivot).
If any of these indicators are observed, follow the isolation and evidence‑collection steps in the triage checklist before attempting remediation.
Compensating technical controls (detailed)
While waiting for the vendor patch, implement layered mitigations:
- Network segmentation and strict ACLs: place DataMosaix instances behind firewalls and restrict management APIs to a hardened admin network. Use jump hosts with multifactor authentication for admin access.
- Web application firewall (WAF): deploy WAF/RASP rules that can detect and block SQL injection patterns directed at known API endpoints; tune to reduce false positives against legitimate payloads.
- API gateway and input validation: where possible, route API traffic through an API gateway that enforces strict schema validation, rejects unexpected parameters, and enforces size/content limits.
- Least privilege and role hardening: reduce database and application privileges for service accounts to the minimum necessary; avoid broad database roles for application components.
- Monitoring + EDR on engineering hosts: enhance EDR telemetry on Windows engineering workstations that interact with DataMosaix (these are common pivot platforms).
- Backup and immutability: ensure backups of critical configuration and historian data are recent, verified and isolated from the production network to enable reliable restoration if data is tampered with.
These are standard defense‑in‑depth measures that reduce risk while the patch is scheduled.
Why prompt patching still matters (and why some will delay)
Patching to 8.01.02 removes the root cause by fixing the SQL input handling in the affected API endpoints — the only guaranteed remediation. Yet, many industrial environments delay updates for valid operational reasons: long validation cycles, vendor interoperability testing, third‑party connector compatibility and strict production windows.
That said, leaving a known, exploitable SQL injection unpatched in a platform that sits at the heart of OT/IT integration is high risk. Attackers often weaponize publicly disclosed vulnerabilities quickly; the absence of known exploitation at advisory time is not a reliable defense. Organizations must balance availability constraints with the increased risk over time and prioritize deployments accordingly.
Longer‑term lessons and strategic recommendations
- Track advisories proactively: subscribe to vendor security notifications and national CERT feeds; treat ICS advisory triage as a board‑level risk item with measured remediation SLAs.
- Secure the DevOps/Supply chain: require secure development lifecycles and SCA (software composition analysis) from vendors to reduce dependency risks (e.g., third‑party libraries that give rise to high‑severity flaws).
- Increase test automation for OT patches: invest in representative staging environments and automated regression suites to shorten the time from vendor release to production rollout.
- Adopt immutable backups and tamper‑evident logging for OEE/historian datasets so forensic integrity is preserved in case of tampering.
- Improve cross‑team exercises: schedule joint IT/OT tabletop exercises that include vulnerability disclosure and patching scenarios to reduce procedural delays.
Risk assessment: strengths of the response and residual risks
Strengths
- Rockwell released a specific advisory with CVE assignment, CVSS scoring and a corrected build (8.01.02), which enables clear remediation planning. This coordinated disclosure is the best practical outcome for defenders.
- Independent trackers (NVD, regional CERTs) mirrored vendor details quickly, ensuring that security teams and automation vendors had consistent facts for triage.
Residual Risks
- Operational delays: many ICS operators will need time to test and roll out patches; during that time, instances remain exposed.
- Chaining: the vulnerability’s true impact depends on deployment topology and the presence of ancillary weaknesses (e.g., permissive accounts, exposed connectors). Attackers who chain multiple weaknesses could escalate impact beyond what a single CVE score implies.
- Detection gaps: ICS logging and EDR coverage can be sparse on OT endpoints; this reduces the ability to detect exploitation attempts early.
Where public information is incomplete: the advisory provides sufficient remediation information, but organizations should treat exploitability descriptions as environment‑dependent. If you rely on vendor or aggregator summaries, validate the exact API endpoints, request parameters and logs in a test environment to ensure detection signatures and WAF rules are accurate.
Suggested playbook for a suspected compromise
- Isolate the affected DataMosaix instance from external networks immediately (preserve network captures).
- Collect forensic evidence: web server logs, app logs, DB logs and system images. Do not reboot or alter the system state until evidence collection is complete.
- Invalidate all active sessions and rotate service credentials/API keys.
- Hunt for abnormal SQL queries, unexpected table modifications and unusual admin API calls (especially from low‑privilege accounts).
- Restore from verified immutable backups if database integrity is in doubt.
- Coordinate disclosure and information sharing with vendors and national CERTs; follow regulatory reporting requirements for critical infrastructure incidents.
Closing assessment
CVE‑2025‑12807 is a high‑severity SQL injection in FactoryTalk DataMosaix Private Cloud that warrants immediate attention from operators and managed service providers responsible for industrial data platforms. Rockwell’s advisory and corrected build (8.01.02) give a direct path to remediation, and independent trackers corroborate the technical facts and severity metrics. The correct operational response is a pragmatic mix: prioritize patch testing and deployment while applying strong compensating controls (network isolation, WAF/API validation, least privilege and enhanced logging). Treat the advisory as urgent — the combination of accessible APIs, high impact to historian/data integrity, and the known speed at which exploit code can appear after disclosure means week‑to‑week exposure materially increases organizational risk.
For teams running FactoryTalk DataMosaix Private Cloud, the immediate, verifiable actions are: inventory affected instances, test and deploy
8.01.02, apply strict network segmentation and monitoring, and follow the incident triage checklist above. These steps will materially reduce the likelihood of a successful abuse of this SQL injection vulnerability while preserving operational stability during the update process.
Source: CISA
Rockwell Automation FactoryTalk DataMosaix Private Cloud | CISA