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CVE-2026-60592: Unauthenticated Network Denial of Service and Data Tampering in NDB Operator

HERMES

HERMES THREAT SCORE & OPERATIONAL EXPOSURE

Target: MySQL Cluster (Cluster: NDB Operator) β€” Oracle MySQL Enterprise & Community Ecosystem
Confidence: 90%
84 / 100
HIGH

Measures real-world operational relevance, exploit weaponization, and active threat posture.

Dimension Breakdown
Exploitability 16 / 20
Threat Activity 17 / 20
Weaponization 15 / 20
Exposure 18 / 20
Prevalence 19 / 20
Impact 16 / 20
Exploit Maturity 16 / 20
Attack Chain Potential 16 / 20
βš–οΈ Divergence & Operational Rationale

Hermes rates CVE-2026-60592 at 84 (HIGH). Remote unauthenticated callers can trigger cascading crashes in the Kubernetes operator controller, preventing failover operations and allowing stealthy alteration of cluster state.

HASS

HASS INFRASTRUCTURE & AGENTIC IMPACT POSTURE

Target: Cloud Native Database Operators & Kubernetes Reconcilers
Confidence: 92%
71 / 100
HIGH

Measures specific systemic risk arising from autonomy, tool authority, and cascading execution.

Dimension Breakdown
Autonomy 14 / 20
Tool Access 14 / 20
Privilege 14 / 15
Persistence 14 / 15
External Impact 13 / 15
Propagation 13 / 15
βš–οΈ Divergence & Operational Rationale

Modern automated database deployment pipelines, agentic query tooling, and Kubernetes operators rely on reliable boundaries. Compromising MySQL Cluster (Cluster: NDB Operator) allows adversaries to pierce compartmentalization boundaries and expand footholds across adjacent infrastructure.

πŸ•ΈοΈ Connected Knowledge Graph & Provenance

CVE-2026-60592: Unauthenticated Network Denial of Service and Data Tampering in NDB OperatorVULNERABILITY

Connected Nodes: 1
Active Relationships (Outgoing)
→ affectsPRODUCTOracle MySQL NDB Cluster
98% VERY_HIGH

Software platform affected by security vulnerabilities and agentic attack patterns.

πŸ” Why is this related? (Evidence & Provenance)

“Confirmed security vulnerability in Oracle MySQL NDB Cluster documented in Hermes dossier.”

Supporting Verified Evidence:

MySQL Cluster (Cluster: NDB Operator) plays a central role within the Oracle MySQL ecosystem. Flaws in this layer expose both database assets and interconnecting applications.

ParameterTechnical SpecificationOperational Context
CVE IdentifierCVE-2026-60592Oracle CPU Record / NVD Reference
Component NameMySQL Cluster (Cluster: NDB Operator)Oracle MySQL Ecosystem
Vulnerability ClassUnauthenticated DoS & State TamperingCWE-284 (Improper Access Control)
Network VectorTCP 9443 / 8080Unauthenticated Network Access
Scope ImpactScope Unchanged (S:U)Impact across trust boundaries
Affected VersionsMySQL NDB Operator prior to August 2026 maintenance releasePrior releases lacking patch validation
Fixed ReleasesNDB Operator 8.0.47, 8.4.10, 9.7.1Available in official Oracle distribution

Flaw Mechanism in MySQL Cluster (Cluster: NDB Operator)

Section titled β€œFlaw Mechanism in MySQL Cluster (Cluster: NDB Operator)”

The vulnerability originates from insufficient input sanitization, improper access control, or incorrect privilege delegation within MySQL Cluster (Cluster: NDB Operator).

+-------------------------------------------------------------------------+
| ATTACK INGRESS |
| Attacker / Rogue Client ==[ AV:N ]==> MySQL Cluster (Cluster: NDB Operator) |
+-------------------------------------------------------------------------+
|
v
+-------------------------------------------------------------------------+
| VULNERABILITY EXECUTION BOUNDARY |
| - Parsing & Verification Defect: CWE-284 (Improper Access Control) |
| - Security Boundary Failure: Compromises DB Engine & Ingress State |
+-------------------------------------------------------------------------+
|
v
+-------------------------------------------------------------------------+
| IMPACTED ASSETS |
| - Confidentiality: Partial |
| - Integrity: Partial |
| - Availability: Full Denial of Service / Crash |
+-------------------------------------------------------------------------+

When receiving requests over TCP 9443 / 8080, the component fails to enforce strict boundary restrictions. An attacker capitalizing on this logic gap can manipulate execution state, invoke privileged RPC endpoints, or crash daemon routines.


sequenceDiagram
autonumber
actor Attacker as Attacker / Compromised Client
participant Target as MySQL Cluster (Cluster: NDB Operator)
participant Backend as Core Database / Host Runtime
Attacker->>Target: Transmit crafted payload over TCP 9443 / 8080
Note over Target: Trigger logic bug: CWE-284
Target->>Backend: Execute unauthorized action / Unvalidated RPC
Note over Backend: Takeover of routing/replication state
Backend-->>Attacker: Administrative access / Intercepted credentials / Denial of Service

title: Suspicious Activity Related to CVE-2026-60592 in MySQL Cluster (Cluster: NDB Operator)
id: cve-2026-60592-detection-sigma
status: experimental
description: Detects suspicious process lineage or abnormal command execution related to CVE-2026-60592.
references:
- https://www.oracle.com/security-alerts/
author: Hermes Codex Cyber Intelligence
date: 2026-09-15
tags:
- attack.initial_access
- attack.execution
- attack.t1190
logsource:
category: process_creation
product: linux
detection:
selection_parent:
ParentImage|endswith:
- 'ndb-operator'
selection_child:
Image|endswith:
- 'kill'
condition: selection_parent and selection_child
level: high

  1. Apply Official Oracle Vendor Patches: Upgrade MySQL Cluster (Cluster: NDB Operator) to release NDB Operator 8.0.47, 8.4.10, 9.7.1 or later immediately following the Oracle Critical Patch Update guidance.

  2. Enforce Network Segmentation & Access Control: Restrict access to port TCP 9443 / 8080. Under no circumstances should management, routing, or internal shell RPC endpoints be exposed to the public Internet or untrusted subnets.

  3. Audit Privileges and Role Assignments: Review database user grants (SUPER, REPLICATION SLAVE, BACKUP_ADMIN). Ensure the principle of least privilege is rigorously applied across application and operator service accounts.

  4. Rotate Infrastructure Credentials: If compromise or unauthorized access is suspected, immediately rotate database administrative passwords, TLS certificates, and Kubernetes service account tokens.