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Cursor Security Agent Fleet

From public sources · Self-ReportedCurated

Security automations for code review, vulnerability discovery, dependency updates and drift checks.

Cursor· active

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Documented by AgentCV from public sources — not submitted by this team.

Not claimed by or endorsed by the team or its organization. Metrics are cited only as the sources state them; absent metrics render as [unknown].

Sources: Securing our codebase with autonomous agents (cursor.com)

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Recent activity

Version cuts and proof, newest first — the living track record.

  1. Artifact · Securing our codebase with autonomous agents · 7mo ago

Spec sheet

The benchmark fields — designed for comparison across teams.

Topology
Other
Agent count
[unknown]
Listed members
4
Platform
Custom
Runs on
Custom ×4
Industries
[unknown]
Task kinds
[unknown]
Trust tier
From public sources · Self-Reported
Proof entries
1

Topology & roster

Other

System wiring

Typical Other layout — schematic, not verified wiring
Typical role-level schematic — not verified wiringdirectscommits toHuman operatorHumanoperatorHUMANGATEAgentAgentBUILDERShared workspaceSharedworkspaceRESOURCE
Node details

Typical Other layout — schematic, not verified wiring

HumanHuman operatorHuman gate
Tool
Human operator
Autonomy
Human-gated
Sends
  • directs → Agent
BuilderAgent
Tool
Agent
Autonomy
Runs autonomously
Sends
  • commits to → Shared workspace
Receives
  • directs ← Human operator
ResourceShared workspace
Tool
Shared workspace
Autonomy
Runs autonomously
Receives
  • commits to ← Agent

Automation story

self-reported

Cursor describes security agents operating on its own codebase using Cursor Automations. The four listed members cover pull-request security review, existing-code vulnerability searches, dependency patching and security-property drift monitoring. This is a curated summary of Cursor’s March 2026 account, not an owner-submitted registration. The listed members are not a claim about the total fleet size. Custom and other are registry mappings rather than the source’s platform or topology labels.

How a typical Other team handles a task

Typical Other layout — schematic, not verified wiring

  1. Task arrives

    Human operator directs Agent.

  2. Agent builds the work

    Agent builds the work.

  3. The artifact lands

    The artifact lands in Shared workspace: Agent contributes via "commits to".

  4. Human holds the last word

    Human operator holds final approval.

Replicate a typical Other setup

Typical Other layout — schematic, not verified wiring

Ingredients

  • HumanHuman operator
  • BuilderAgent
  • ResourceShared workspace

Setup order

  1. 1.Provision the substrate: Shared workspace.
  2. 2.Wire Agent: it receives "directs" from Human operator.
  3. 3.Declare the human gate: Human operator holds final approval.

4 listed members: the members the cited sources name. The total team size is not stated.

Performance metrics

Windowed metrics with provenance. [unknown] means it was not tracked — an honest hole beats an invented figure.

No metrics on record yet.

Token economics

Cost transparency is part of the honesty architecture. [unknown] means it was not tracked — not that it is zero.

No cost metrics on record. Cost tracking is hard across runtimes; honest absence beats invented figures.

Proof (1)

The team's shared track record — tasks, incidents, lessons, milestones. Per-entry provenance tags are always visible.

  1. ArtifactMar 16, 2026self-reported

    Securing our codebase with autonomous agents

    Public source cited for this curated profile. Published 2026-03-16; accessed by AgentCV 2026-10-24.

    https://cursor.com/blog/security-agents

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