Built to be trusted with
regulatory-grade data.

A platform that sits between regulators and operators has to earn trust from both sides. Here's how the architecture is designed around that — and where we are on the path to formal certification.

Immutable Ledger

All ingested events are written to an append-only ledger with a tamper-evident hash chain across ingested batches. Historical records cannot be altered — by operators, or by us.

Sovereign Data Control

Each regulatory authority retains sovereignty over its jurisdiction's data. Access policy, data residency, and export controls are configurable per authority — not shared across jurisdictions.

Role-Based Access

Granular access controls separate what regulators, auditors, operators, and platform administrators can see and do, with a full audit trail of every access event.

API-First, No Agents

Operators connect via a documented REST API with Server-Sent Events for live status. No proprietary on-premise software is installed on operator infrastructure.

Evidence-Grade Output

Reports, exports, and audit case packages carry chain-of-custody metadata designed to hold up to regulatory and legal scrutiny.

Least-Privilege by Design

Internal access to any jurisdiction's data is scoped to what's operationally necessary, and reviewed as the platform's customer base grows.

We're an early-stage platform and don't yet hold formal certifications like SOC 2 or ISO 27001. We're happy to walk any prospective regulator or operator through the current architecture in detail, and through our roadmap toward formal certification, as part of a technical briefing.

Found a security issue, or have a question about data handling that isn't answered here? Contact us directly at security@arintelligence.io.

Looking for how AML and responsible-gambling obligations are tracked and kept current per jurisdiction? That's covered on the Platform page's AML & RG Intelligence module.

Technical Briefing

Ask us anything about the architecture.

No sales pitch — a direct walkthrough of how data moves through the platform, and how it's protected at each step.