7,350 Attack Vectors.
7 Rounds. Zero Breaches.
Adaptive siege: 3 concurrent attacker profiles across 7 rounds. The system learned, hardened, and eventually refused to even open a socket. This is not a security feature — it is the architecture.
7,350
Vectors Tested
7,350/7,350
Blocked
0%
Attacker Success
7 Rounds
Siege Runs
3 Profiles
Concurrent Attackers
0
Breaches
The Secure Browser Architecture
Five security layers working in concert. Protocol-locked access. Network-isolated. Zero data bleed.
Zero-Trust Authentication
Cryptographic token identity. No shared credentials. Protocol-locked access only via dtos-pulse-secure://
SCIF Control & HITL Governance
Human-in-the-loop approval gates. Real-time processing (APPROVED/FLAGGED/PENDING). Micro-SCIF threat scoring — score ≥75 = immediate kill. No AI decision bypasses human review.
Sandbox Telemetry & Threat Detection
Live execution monitoring. 43 threat detection patterns. CPU/Memory/Process tracking. VBA macro detection, PowerShell spawn attempts, registry modifications — all monitored, all blocked.
Quarantine Vault & Kill Switch
Isolated threat containment with kill switch protocol. 21-table cascade destruction. SHA-256 deletion certificates. Files never leave quarantine until human-approved. Token-scoped KMS ensures data dies when engagements end.
Exception Detail & Sovereign Guard
Deep threat analysis with CVE cross-reference. Sovereign Guard: 14 prompt injection + 17 code injection + 7 exfiltration + 5 social engineering patterns. Timeline: detection → quarantine → analysis → resolution. Every decision auditable.
Immutable Audit Trail
Complete chain of custody. Three-zone model (INGRESS → NORMALIZER → EGRESS). 60+ event types. Hash-chained immutable ledger. SOC 2 Type II controls enforced at the log layer. Export-ready for external audits.
Live Audit Stream
Complete chain of custody. Every action logged, timestamped, attributed.
This is not a web app. This is a Deterministic Zero-Trust membrane.
Every layer designed for CISO approval. Every decision auditable. Every threat contained. Truth through Deterministic Zero-Trust.
7,350-Vector Adaptive Siege
7 rounds. 3 concurrent attacker profiles. Adaptive defense. Recorded on camera.
Burst (DDoS)
500/round
All simultaneous
Scanner
500/round
20/batch automated
Patient Human
50/round
3-10s intervals
| Round | Vectors | Blocked | Primary Defense | Adaptation |
|---|---|---|---|---|
| Round 1 | 1050 | 1050/1050 | SCIF Gateway (51%) | Baseline established |
| Round 2 | 1050 | 1050/1050 | SCIF Gateway (87%) | IP ban propagated |
| Round 3 | 1050 | 1050/1050 | Timeout Kill (40%) | Connection starvation |
| Round 4 | 1050 | 1050/1050 | Timeout Kill (45%) | Posture locked |
| Round 5 | 1050 | 1050/1050 | Timeout Kill (52%) | Maximum efficiency |
| Round 6 | 1050 | 1050/1050 | Timeout Kill (45%) | Distributed defense |
| Round 7 | 1050 | 1050/1050 | Connection Refused (50%) | Full lockdown |
| Total | 7,350 | 7,350/7,350 | Adaptive Deterministic Defense | |
Defense Layer Distribution
Which layer stopped what — the system evolved from payload inspection to TCP refusal
TCP handshake denied — server refuses socket
Connection starvation — held until 5s deadline, then dropped
Payload analysis — SQLi, XSS, prompt injection patterns
No valid session/token — 401 before logic executes
Non-Secure-Browser UA → 307 lockout
IP exceeded threshold — 429
Sensitive path probe → blocklist
Adaptation Arc: Rounds 1–2 analyzed payloads → Rounds 3–5 starved connections → Round 6 distributed → Round 7 refused at TCP
Live Proof — Recorded On Camera
Full penetration test rounds with debug logging. Uncut terminal footage showing every vector, every kill, every adaptation in real time.
Connection starvation initiated
Posture locked
Maximum efficiency
Full debug logs. Uncut footage. Reproducible results. This is not a demo — it is documented proof.
Security Architecture
Token-Scoped KMS Encryption
Data mathematically ceases to exist when engagement tokens expire. KMS grants auto-revoked. No admin recovery. No residual access.
Micro-SCIF Gateway
Every API request passes through an ephemeral isolation sandbox. Threat score ≥75 = immediate kill. 43 active detection patterns.
1,125+ RLS Policies
Row-Level Security on all data tables. Per-transaction tenant context binding. Cross-tenant access structurally impossible at the database level.
Kill Switch
21-table cascade destruction + S3 purge. SHA-256 deletion certificate. GDPR Art. 17 attestation. Cryptographic proof of elimination.
Immutable Audit Trail
Three-zone audit model (INGRESS → NORMALIZER → EGRESS). 60+ event types. Audit trails are structural outputs — not reconstructions.
GDPR · CCPA · PIPEDA · EU AI Act
Full compliance with global privacy regulations. Kill switch + deletion certificates satisfy right-to-erasure requirements across jurisdictions.
Certifications & Compliance
SOC 2 Type II
Controls ImplementedCC6.1–CC8.1 mapped. All controls operational. External audit scheduled.
GDPR Compliant
CertifiedArticles 5, 7, 17, 25, 30, 32, 33. Kill switch satisfies Art. 17 right to erasure. Deletion certificates provide cryptographic attestation.
CCPA · PIPEDA
CertifiedCCPA §1798.100, .105, .110 — right to know, delete, disclose. PIPEDA: all 10 fair information principles implemented. Zero-retention architecture satisfies data minimization.
EU AI Act
Architecturally AlignedConformity assessment, human oversight (HITL governance), and audit trails are native to system design — not bolt-on compliance.
Security Questions Answered
What is the Secure Browser?
A purpose-built Electron browser that runs DTOS Pulse in a Deterministic Zero-Trust environment. All data lives in quarantine vaults inaccessible from the public web. Network interception at the protocol level prevents data exfiltration. No extensions, no VPNs, no plugins.
How does token-scoped encryption work?
When an engagement token is created, a KMS grant is issued that allows decryption of that engagement's data. When the token expires, the grant is auto-revoked by AWS. After revocation, the data is permanently inaccessible — even to system administrators. The data mathematically ceases to exist.
Where is data stored?
Primary: AWS US-East (N. Virginia) on ECS Fargate. All data encrypted at rest (AES-256 + KMS CMK) in isolated tenant partitions with Row-Level Security. EU data residency available for GDPR requirements.
Who can access my data?
Only authenticated users with valid tokens inside the Secure Browser. Our engineering team has zero-knowledge access (encrypted data appears as ciphertext). Token-scoped KMS means even with database access, decryption is impossible without a valid grant.
What about AI model training?
Your data is NEVER used for AI model training. Zero-retention APIs only (data deleted after processing). The DTOS Deterministic Zero-Trust architecture ensures intelligence is derived from mathematical governance — not from retaining or learning from your data.
What happens in a breach attempt?
7,350-vector adaptive siege across 7 rounds with 3 concurrent attacker profiles (burst DDoS, automated scanner, patient human). 7,350/7,350 blocked. The system adapted from payload inspection (SCIF Gateway) to connection starvation (Timeout Kill) to outright TCP refusal — by Round 7, 50% of attacks were denied at the socket level. Sovereign Guard monitors 43 threat patterns.
FK Vault: Sovereign Data Governance
Article 10 mandates continuous data governance for AI systems. While enterprises retrofit compliance, DTOS delivers a sovereign state machine that exceeds the regulation by architecture.
Every write gated, classified, threat-scanned
Continuous heartbeat, never-idle verification
Anomaly detection, live compliance scoring
Authority chain, two-code destruction
Ready for CISO Review?
7,350/7,350 attacks blocked. Token-scoped KMS. Kill switch. 1,125 RLS policies. We invite independent technical review.
SOC 2 Type II · GDPR · CCPA · PIPEDA · EU AI Act