Built Right. With 8 Years Behind You.
Pinata has spent 8 years building the infrastructure layer that keeps
production systems reliable. The Digital Asset Passport is built on that same
foundation — and brings institutional-grade reliability to your asset
documentation stack.
The Technical Risk
Documentation gaps don't announce themselves during architecture reviews. They surface at the worst possible moment — during an audit, a custody transfer, a resale negotiation, or a regulatory inspection.
By the time the gap is visible in production, the cost is already real. Fragmented records. Missing certification chains. Custody events with no immutable trail.
// The problem is not file upload.
// The problem is production fragility.
// Your documentation chain breaks at the org boundary — every time.
Pinata has been building infrastructure at the intersection of compliance, provenance, and asset management for 8 years. We've seen every failure mode — and built a system that closes them architecturally, not procedurally.
System Architecture
We've Been Here Since "RWA" Was Just an Idea.
Pinata understood the problem of managing real-world asset records onchain — and offchain — before the industry had a name for it. The three-layer architecture below is the result of 8 years of production iteration.
Layer 01 - Storage
IPFS Persistence Layer
Content-addressed storage via Pinata’s dedicated infrastructure. Every document with a permanent and unique Content Identifier — link rot is architecturally impossible. Records survive system migrations, org changes, and platform shutdowns.
Layer 02 - Provenance
Passport Orchestration
Document ingestion, normalization, and structuring into a verifiable asset passport. Handles OCR, format normalization, version control, and lifecycle event streaming. Integrates via REST API or webhook.
Layer 03 - Intelligence
OpenClaw Agent Stack
Six dedicated AI agents operating on the passport data layer: Document Ingestion, Compliance Monitoring, Lifecycle Tracking, Audit Automation, Custody Transfer, and Anomaly Detection.
Chain-Agnostic
ERPs and tokenization platforms are single-organization systems. When an asset crosses an org boundary, the ERP stays behind. The
passport moves with it. Chain-agnostic by design.
→ REST API with full CRUD for passport records and lifecycle events
→ Webhook event streaming for custody transfers and compliance flags
→ ERP connector — SAP, IFS, Ramco, or custom adapter
→ Token metadata bridge — ERC-721/1155, Hedera HTS, custom
→ Document ingest — PDF, XML, CSV, OCR, email
→ Audit export — PDF, structured JSON, SFTP delivery
How it Works
How the Digital Asset Passport Works
Three steps from fragmented documentation to an immutable, portable,
audit-ready asset record.
Step 01 - Ingest
Consolidate Scattered Records
All existing documentation — inspection reports, maintenance logs, certificates, ownership history — ingested, normalized, and structured
into a single verifiable passport.
Step 02 - Anchor
Attach to the Asset, Not the System
Unlike an ERP that stays inside one organization, the passport is bound to the asset itself. When the asset moves — across lessors,
operators, MROs, or markets — the documentation moves with it. Cross-org by architecture.
Step 03 - Verify
Audit-Ready at Any Moment
Regulators, counterparties, and token holders can verify the complete asset history on demand. Full audit export in minutes. Zero reconstruction required. Compliance as infrastructure, not overhead.
