Your SOC shouldn’t spend
80% of its time on noise.
Alert fatigue is the SOC’s defining problem — thousands of signals, dozens of tools, and analysts spending most of their shift triaging events that have deterministic fixes. UAIO resolves the routine autonomously and hands your analysts a cryptographic receipt they can submit as forensic-grade evidence.
Analysts are triaging, not hunting.
The average SOC receives 4,000+ alerts per day. Less than 20% require human judgment. The rest are deterministic events with known responses — and UAIO handles them autonomously, freeing your analysts for actual threat hunting.
✗ Alert-driven SOC
- ✗4,000+ alerts per day → analysts spend 80% of shift triaging noise
- ✗MTTR measured in hours — the dwell time window threat actors exploit
- ✗Incident documentation is manual, incomplete, and legally fragile
- ✗Compliance evidence means exporting logs auditors have to interpret
✓ UAIO-augmented SOC
- ✓Deterministic events resolved autonomously, before a human sees the alert
- ✓MTTR ~20 seconds for routine events — 86% reduction overall
- ✓Every action produces a forensic-grade ProofLink receipt automatically
- ✓Compliance evidence is cryptographic, independently verifiable, immutable
Every autonomous security action is policy-gated before it executes.
Autonomous remediation in a security context requires more than speed — it requires accountability. The Arbiter validates every proposed action against your defined security policies before a single command runs.
Policy enforcement
Define exactly what UAIO can do autonomously, what requires approval, and what is never automated — per environment, per threat class, per risk level.
Human oversight gates
EU AI Act-compatible oversight controls. High-risk or novel incidents escalate to human review with full context — OctoAI reasoning output, confidence score, and all considered remediation paths.
Immutable audit chain
The audit trail is written by an append-only writer and cryptographically chained — no one, including iTechSmart, can modify a receipt after it’s sealed.
Every incident response produces evidence your legal team can use.
ProofLink receipts are SHA-256 signed, hash-chained, and anchored to Bitcoin via OpenTimestamps. They are independently verifiable, tamper-evident, and permanently available — making them admissible as evidence in security incidents, regulatory audits, and litigation.
- ✓SHA-256 signed — every receipt cryptographically attributable to iTechSmart’s execution engine
- ✓Hash-chained — each receipt references the previous, making retroactive alteration mathematically detectable
- ✓Bitcoin-anchored — timestamp via OpenTimestamps, provably immutable and beyond any single party’s control
- ✓Publicly verifiable — any auditor, regulator, or attorney can verify at verify.itechsmart.dev
- ✓Append-only ledger — the write layer is hardened so even operators cannot retroactively alter entries
Compliance isn’t a layer you add. It’s how UAIO is built.
NIST CSF
ProofLink receipts map directly to NIST CSF Respond and Recover functions. Every automated action generates a receipt that satisfies NIST documentation requirements.
FedRAMP Pathway
Active FedRAMP moderate authorization pathway. SDVOSB (CAGE 172W2) eligible for direct award. Citadel provides FIPS 140-2 aligned, air-gapped deployment for classified-adjacent environments.
HIPAA
HIPAA-aware autonomous remediation policies. Every action in a healthcare environment is receipted and attributable — satisfying HIPAA audit requirements without manual documentation.