↳ Use Cases

Every regulated industry deploys AI agents.
None of them are optional to govern.

Coverage

[ALL SECTORS]

The Zero-Trust AI Stack provides infrastructure-grade governance for any organization running AI agents in production — regardless of sector, provider, or use case.

The EU AI Act, NIS-2, DORA, and GDPR don't care which LLM vendor you chose. They care whether you can prove what your agents did, explain why, and demonstrate that the record can't be tampered with.

01

Financial Services & Banking

A trading agent autonomously rebalances customer portfolios and accesses the trading API via an internal MCP server.

DORA · BaFin · EU AI Act
SCOPE

Who is cleared — and what is the hard limit?

No shared trading_api_keys. The agent receives a cryptographic identity ("Wealth-Agent-Alpha") with a hard-coded firebreak: max 5% of portfolio value per day, no margin trading. Any API call that exceeds these limits is blocked by the Zero-Trust AI Stack in under 100ms — before it reaches the exchange. Not rate-limited. Blocked.

TRACE

Full Chain Reconstruction.

The agent sells 1,000 Tesla shares. KYDE logs the complete causal chain: Reuters alert received at 14:23 → customer risk profile read → decision executed at 14:24. The path from signal to trade is immediately reconstructable — for the advisor, for BaFin, and for any court.

SEAL

What is the cryptographic proof?

Every autonomous trade is Ed25519-signed at the point of capture. For DORA-regulated deployments requiring the highest assurance: military-grade hardware isolation (TPM/HSM) ensures signing keys never leave the hardware boundary. BaFin receives mathematical proof — not an editable server log.

DORA — Digital Operational Resilience ActEU AI Act — Annex III §5 Credit ScoringBaFin AI GuidanceGDPR Art. 35 — DPIA
02

Industry & Supply Chain

A procurement agent monitors global supply chains and autonomously reorders raw materials in the ERP system when shortages are detected.

EU AI Act · NIS-2 · GDPR
SCOPE

Who is cleared — and what is the hard limit?

The order is not triggered by an anonymous service account, but by a verified agent identity scoped exclusively for the steel procurement department. Hard budget firebreak: max €50,000 per order. If the agent attempts a €500,000 order due to a hallucination, the proxy rejects it in under 100ms — before it reaches the supplier API.

TRACE

Full Chain Reconstruction.

The agent suddenly orders triple the usual steel quantity. KYDE logged the full chain: internal email about a threatened port strike received → procurement database read → order placed. The purchasing manager sees not just what was ordered but the exact reasoning path that triggered the decision.

SEAL

What is the cryptographic proof?

The complete negotiation trail with the supplier API and the final order amount are Ed25519-signed and hash-chained. Every financial commitment the machine entered is court-admissible. The CFO has unbreakable proof — not a filtered dashboard export.

EU AI Act — High-Risk AI for automated procurementNIS-2 — Critical supply chain infrastructureGDPR Art. 35 — DPIA for large-scale processing
03

Healthcare & Pharma

A medical billing agent scans patient records, assigns ICD-10 diagnosis codes, and submits reimbursement claims to health insurers.

EU AI Act · GDPR Art. 9 · HIPAA
SCOPE

Who is cleared — and what is the hard limit?

The billing agent operates in strict isolation from the triage agent. Role "Billing.Read" is enforced at the proxy — the agent cannot write to clinical findings or delete medical data. Scope is not a policy document. It is a hard firebreak enforced by the Zero-Trust AI Stack on every API call.

TRACE

Full Chain Reconstruction.

The agent bills for an expensive specialist treatment. KYDE records the full causal chain: Dr. Müller's clinical letter read at 08:00 → ICD-10 code assigned → claim submitted. The causal path from clinical input to billing decision is immediately verifiable in any audit or billing dispute.

SEAL

What is the cryptographic proof?

In GDPR Art. 9 / HIPAA environments, tamper-evident records are a legal requirement. The Zero-Trust AI Stack guarantees that hospitals can prove — in any audit — exactly which agent processed which patient data, when, and on what basis. Signed at the point of capture. Unalterable.

EU AI Act — Annex III §5 Health and Safety (highest risk class)GDPR Art. 9 — Special category health dataMDR / IVDR — AI-assisted diagnosticsNIS-2 — Critical health infrastructure
04

Insurance & Claims Automation

A claims agent evaluates uploaded photos of water damage and scopes payouts to policyholders — autonomously.

EU AI Act · Solvency II · GDPR
SCOPE

Who is cleared — and what is the hard limit?

Clear role boundaries enforced in hardware — not policy documents. The claims agent does not share rights with the underwriting agent. Hard firebreak: maximum automatic approval = €2,000. Anything above is blocked by the proxy and routed to human escalation. A hard human-in-the-loop — not a configurable soft limit.

TRACE

Full Chain Reconstruction.

The agent rejects a water damage claim. KYDE stores the full chain: 2021 policy PDF read (elemental damage exclusion noted) → claim evaluated → rejected. The adjuster can explain the decision logic to the policyholder immediately — with the exact document and passage the agent used.

SEAL

What is the cryptographic proof?

When a fraud ring floods automated agents with fake images, the Zero-Trust AI Stack proves immutably — on what data basis, at what timestamp — the agent approved each payment. Essential for internal fraud investigators, Solvency II audits, and GDPR Art. 22 challenges.

EU AI Act — High-Risk AI Annex III §5 InsuranceSolvency II — Governance and risk managementGDPR Art. 22 — Automated decision-making rightsNIS-2 — Operational resilience
05

Energy & Critical Infrastructure

A grid-balancing agent manages electricity procurement and activates local large-scale batteries to compensate for network fluctuations.

NIS-2 · KRITIS · EU AI Act
SCOPE

Who is cleared — and what is the hard limit?

In NIS-2 / KRITIS environments there is no anonymity and no shared accounts. The dispatch agent has a cryptographic identity with assigned substation scope. It cannot accidentally activate the wrong grid segment — API access is limited at the proxy layer, enforced in under 100ms, before any command reaches operational technology.

TRACE

Full Chain Reconstruction.

The agent ramps up a local power plant. The KYDE log reconstructs the full chain: grid frequency drop of 0.1 Hz detected → local weather signal read (solar production declining) → battery activation triggered. Every grid action is explainable — in real time and in retrospect.

SEAL

What is the cryptographic proof?

When an outage occurs, the Bundesnetzagentur demands a provenance-grade record. Vendor cloud logs do not qualify. For KRITIS-grade deployments, the Zero-Trust AI Stack provides military-grade hardware isolation (TPM/HSM) — signing keys never exposed to the host OS. What regulators receive is a cryptographic ledger with unbreakable chain of custody.

NIS-2 — Network and Information Security (in force December 2025)EU AI Act — High-Risk AI for critical infrastructureKRITIS — German critical infrastructure protectionCyber Resilience Act

↳ Get started

Your industry. Your agents.
Your critical infrastructure.

The Zero-Trust AI Stack works across every sector, every provider, every framework. Governance isn't the brake. It's what lets you accelerate.