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dd-audit-key-compromise

dd-audit-key-compromise

github.com/datadog-labsSecurity180479 installsUpdated 6d ago
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About dd-audit-key-compromise

An investigation skill for reconstructing the activity of a suspected Datadog API key from Audit Trail data. It organizes events by time, origin, endpoint, and destructive actions, and includes anomaly signals and remediation guidance.

Key features

  1. 01API key activity timeline
  2. 02GeoIP, ASN, and IP breakdown
  3. 03Endpoint and HTTP method summary
  4. 04Destructive action checks
  5. 05Anomaly signals and revocation guidance

Use cases

  1. 01Investigate a suspected API key compromise
  2. 02Identify unusual request origins
  3. 03Review affected resources and deleted objects
  4. 04Find when and by whom a key was created

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/datadog-labs/agent-skills --skill dd-audit-key-compromise

After installing, type/dd-audit-key-compromisein Claude Code to confirm it loaded.

Details

From the project README

Audit Trail: API Key Compromise Investigation

Reconstruct what a Datadog API key did, where requests originated, and which resources were affected.

Prerequisites

pup auth login   # OAuth2 (recommended)
# or set DD_API_KEY + DD_APP_KEY with audit_logs_read scope

You need the key ID of the suspect key (not the key value). Find it in Datadog UI under Organization Settings > API Keys, or from context showing @metadata.api_key.id.

Investigation Workflow

Step 1 — Establish timeline
pup audit-logs search --query "@metadata.api_key.id:KEY_ID" --from 90d --limit 200 -o json \
  | jq '[.data[] | {
      timestamp: .attributes.timestamp,
      action: .attributes.attributes.action,
      event: .attributes.attributes.evt.name,
      resource_type: .attributes.attributes.asset.type,
      resource_id: .attributes.attributes.asset.id,
      endpoint: .attributes.attributes.http.url_details.path,
      method: .attributes.attributes.http.method,
      ip: .attributes.attributes.network.client.ip,
      city: .attributes.attributes.network.client.geoip.city.name,
      country: .attributes.attributes.network.client.geoip.country.name,
      asn: .attributes.attributes.network.client.geoip.as.name
    }]'
Step 2 — Geo/IP breakdown
pup audit-logs search --query "@metadata.api_key.id:KEY_ID" --from 90d --limit 500 -o json \
  | jq '[.data[] | {
      country: .attributes.attributes.network.client.geoip.country.name,
      asn: .attributes.attributes.network.client.geoip.as.name,
      ip: .attributes.attributes.network.client.ip
    }]
    | group_by(.country)
    | map({
        country: .[0].country,
        count: length,
        asns: [.[].asn] | unique,
        ips: [.[].ip] | unique
      })
    | sort_by(-.count)'
Step 3 — Endpoint breakdown
pup audit-logs search --query "@metadata.api_key.id:KEY_ID" --from 90d --limit 500 -o json \
  | jq '[.data[] | {
      method: .attributes.attributes.http.method,
      path: .attributes.attributes.http.url_details.path
    }]
    | group_by(.path)
    | map({path: .[0].path, methods: [.[].method] | unique, count: length})
    | sort_by(-.count)'
Step 4 — Destructive action check
pup audit-logs search --query "@metadata.api_key.id:KEY_ID @action:deleted" --from 90d -o json \
  | jq '[.data[] | {
      timestamp: .attributes.timestamp,
      resource_type: .attributes.attributes.asset.type,
      resource_id: .attributes.attributes.asset.id,
      ip: .attributes.attributes.network.client.ip,
      country: .attributes.attributes.network.client.geoip.country.name
    }]'
Step 5 — When was the key created and by whom?
pup audit-logs search --query "@asset.type:api_key @asset.id:KEY_ID @action:created" --from 90d -o json \
  | jq '[.data[] | {
      created_at: .attributes.timestamp,
      created_by: .attributes.attributes.usr.email,
      creator_ip: .attributes.attributes.network.client.ip,
      creator_country: .attributes.attributes.network.client.geoip.country.name
    }]'

Anomaly Flags

SignalWhy it matters
Country not in org's normal baselinePossible exfiltration from unexpected region
ASN is a cloud/VPN provider (AWS, Cloudflare, NordVPN, etc.)Proxied traffic; obscured origin
DELETE actions on monitors, dashboards, or log pipelinesPotential sabotage
Burst of activity in short windowAutomated scraping or bulk exfiltration
Activity outside business hoursOff-hours access
Key used from multiple IPs simultaneouslyKey shared or stolen

Investigation Output Format

Key ID: <key_id>
Created: <timestamp> by <user_email>
Active period: <first_seen> to <last_seen>
Total events: <N>

Origins:
  - <Country> (<ASN>): <N> events — [NORMAL / FLAG: first-time origin]

Endpoints called (top 5):
  - <METHOD> <path>: <N> calls

Destructive actions: <N> deletions — [resource types affected]

Recommended actions:
  1. Revoke the key immediately if not already done
  2. Review affected resources: [list]
  3. Check if any deleted resources need restoration
  4. Audit who else had access to this key

Remediation

Revoke in Datadog UI: Organization Settings > API Keys > Revoke.

Or via API (requires manage_api_keys scope):

pup api-keys delete KEY_ID

References

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