Case · DiggingBeagle record

NEAR AI confirms incident and containment

NEAR AI confirmed unauthorized code execution in an SGLang inference server and subsequent access to approximately 100 user accounts, 18 legacy agents and two cloud-customer API keys.

Public disclosure: Nov 9, 2026

Scope

Production incident beginning November 8, described November 9. The legacy agents were outside the confidential-computing environment; the initial inference server and downstream internal systems had distinct boundaries.

Assessment profile

Assessment method
Setting
production
Exploitation
confirmed in the wild
Evidence
Grade A
Remediation
fixed reported
AI role
AGAINST AI
Basis and provenance

Desk assessment of cited firsthand report and scope limits; quantitative denominators describe only the reporter's stated sample. No independent live exploitation or universal impact is inferred.

Assessed Nov 11, 2026 using diggingbeagle.assessment/1.

At a glance

Mechanism and trust boundary

  1. 01

    Exploit model-serving process

    Attacker achieves code execution in an affected SGLang server.

    Boundary: inference request surface / model runtime

  2. 02

    Use serving identity for lateral movement

    Code on the inference host reaches otherwise separate internal systems.

    Boundary: inference worker / internal administration

  3. 03

    Read legacy and key-bearing records

    Account metadata, unisolated agent data and some cloud API credentials become accessible.

    Boundary: internal services / customer and credential state

Timeline

  1. Nov 8, 2026
    Event type unspecified

    Requests in flight potentially exposed

    NEAR states that requests processed on its compromised inference server could have been observed, including confidential-mode requests.

  2. Nov 9, 2026
    Event type unspecified

    NEAR AI confirms incident and containment

    The vendor reports legacy-agent, account-detail and cloud key exposure, credential revocation, and SGLang repair.

  3. Nov 9, 2026
    disclosure

    Public disclosure

Claims & evidence

CLM-ENR237-NEAR-CONFIDENTIAL-LIMITNEAR AI says a compromised SGLang inference server could expose requests being processed on November 8, including confidential-mode requests, while reporting no evidence of access to stored Private Chat conversations or uploads.supported

Basis: reported finding

Link to claim
CLM-R236-NEAR-SGLANG-INFERENCE-BREACH-01NEAR AI reported SGLang remote code execution on an inference server followed by unauthorized access to internal customer and legacy-agent systems.supported

Basis: reported finding

Link to claim
CLM-R236-NEAR-SGLANG-INFERENCE-BREACH-02The first-party report identifies roughly 100 users' account details, 18 legacy agents outside TEE, and two customers' API keys in logs, with no reported access to historical stored Private Chat content.supported

Basis: reported finding

Link to claim

Implications

The observed lateral path shows why model runtime hardening and isolation of the permissions behind it matter as much as encryption of stored conversations. Continued access to a gateway would require another demonstrable permission path; it is not established here.

Controls and mitigations

  • Patch SGLang serving code and protect debug/admin routes from ordinary inference identities.
  • Separate model-worker service credentials and internal administrative data planes; deny serving processes general access to customer agents or keys.
  • Rotate affected API tokens at the original issuer and use workload telemetry to differentiate inference requests from administrative calls.
  • Evaluate inference-runtime RCE separately from TEE boundary guarantees, then limit the runtime principal from reaching account databases, old agent stores and long-lived cloud API keys.

Unknowns and contradictions

  • No attacker attribution, RCE primitive, exploitable version, per-message theft count or confirmed access to all confidential-mode users is established. A TEE promise cannot be treated as protection against malicious code executing within its permitted workload.

Sources and citation

Material revision history

  1. Nov 11, 2026 · Published version · first publication · revision 238