How SentinelNHI Eliminates Machine Identity Risk
An agentless, autonomous security system purpose-built for the unmonitored shadow layer connecting modern enterprise SaaS ecosystems.
Zero-Impact Multi-SaaS Discovery & Ingestion
Traditional IAM tools only inspect human directories. SentinelNHI integrates directly with SaaS APIs using read-only tenant metadata permissions to uncover every machine credential across your ecosystem.
$ curl -X POST https://sentinel.tkoresearch.com/api/scans/trigger \
-H "Authorization: Bearer stnl_live_..."
{
"scan_id": "a91048b2-7c3e-4d92-911c-d76fb12e0941",
"status": "completed",
"elapsed_seconds": 4.28,
"discovered": {
"microsoft_entra": 12,
"google_workspace": 8,
"github_enterprise": 15,
"slack_grid": 6
},
"critical_threats_found": 3,
"departed_sponsors_detected": 4,
"unrotated_tokens_90d": 9
}SELECT
id, display_name, platform,
1 - (scope_vector <=> threat_profile_vector) AS cosine_similarity
FROM identities
WHERE 1 - (scope_vector <=> threat_profile_vector) > 0.85
ORDER BY cosine_similarity DESC;
/* RESULT: Midnight Blizzard Match (T1098.005) */
{
"identity": "AI Meeting Assistant Pro",
"matched_technique": "OAuth Persistence & Consent Abuse",
"similarity_score": 0.941,
"toxic_combination": ["Mail.ReadWrite", "Files.ReadWrite.All"],
"explanation": "App has persistent tenant-wide email write access without human presence."
}High-Dimensional Scope Threat Modeling
Standard security rules check for single scary permissions like admin. But modern attackers abuse ordinary-looking permission combinations. Sentinel uses Neon pgvector to evaluate complex multi-scope embeddings against verified nation-state breach techniques.
Synthesizes real-time plain-English blast-radius risk explanations, enabling non-technical stakeholders and compliance officers to understand the exact breach impact within seconds.
Autopilot Containment with 1-Click Rollback Vault
Alerts without automated action create fatigue. But automated actions without safety break production. SentinelNHI bridges this with graduated playbooks and automated pre-execution state snapshots.
Why Legacy IAM and SSPM Fail at Non-Human Identity
Traditional tools were designed for human employees. They lack the context and speed needed for modern machine tokens.
| Security Dimension | Traditional IAM (Okta, Ping) | General SSPM / CSPM (Wiz) | SentinelNHI Platform |
|---|---|---|---|
| Machine Token Focus | Human-only directory | Cloud infra focus (AWS/Azure) | 100% Dedicated to SaaS NHIs |
| OAuth Scope Semantic Threat Analysis | None | Static rule flags only | pgvector Cosine MITRE ATT&CK |
| Automated Remediation | Manual ticketing | Alerts only (alert fatigue) | Autonomous Autopilot |
| Rollback Guarantee | No state snapshots | None | 1-Click Cryptographic Vault |
| DORA & NIS2 Audit Passports | Manual CSV exports | Generic PDF summaries | Verifiable Cloudflare R2 Dossiers |
See Your Non-Human Attack Surface Now
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