ioNova ARS is AI-native ISO 20022 address resolution for SWIFT CBPR+ and SEPA. It parses free-text payment addresses into ISO 20022 elements, verifies each element against an authoritative source, reason-codes every correction, and enriches only on a verified base so structured and hybrid addresses hold up in screening, settlement and reporting.
Do it once.Do it fully.StructuredVerifiedEnriched
Hybrid addresses satisfy the rulebook. Structured, verified and enriched addresses also hold up in screening, settlement and reporting. ioNova ARS parses free text into its ISO 20022 elements, verifies each against an authoritative source and reason-codes every correction, for SWIFT CBPR+ and SEPA.
AI-native coverage / rules-engine determinism / 30+ years of payments compliance experience.
Enriched only on a verified base. Nothing inferred.
Our team has eliminated Payment Failures for leading global Banks
6 Signature Capabilities that Drive 98% Straight-Through Processing
ioNova is differentiated by deep banking logicFinancial ID Preservation
Validates 50+ identifiers (LEI, IBAN, BIC) before parsing begins.
Ensures entity integrity before splitting data.
Geographic Disambiguation
Resolves 28 Paris locations using postal formats and street patterns.
Distinguishes between Paris, TX and Paris, France with context.
Historical Name Resolution
Automates bidirectional mapping for cities like Bombay to Mumbai.
Handles legacy city names and street changes automatically.
Data De-Duplication
Intelligently removes redundant elements.
Cleanses repetitive information to ensure clean structured output.
Full Explainability
Provides field-by-field audit trails with specific rule citations.
Every decision is cited with a specific rule for compliance audit.
Confidence Scoring
Threshold-based routing (0.95+ auto-process) to minimize manual review.
Minimizes manual review by auto-processing high confidence data.
Master the Mandate: The 4 Pillars of Structured Data
Deep dive into the requirements, the ROI, and the technology behind ioNova.ISO 20022 Structured Address Requirements
Understand what regulators actually require from EPC, SWIFT, and CPMI for structured address data.
Business Value Beyond Compliance
Turn compliance cost into operational advantage with 98% straight-through processing rates.
Implementing Structured Address Resolution
Achieve full compliance in 2-4 weeks with zero legacy system overhaul required.
Why Payment Addresses Require Purpose-Built Intelligence
Discover why postal validation tools and generic LLMs fail at cross-border payment addresses.
Why Postal Validation Tools, LLMs and generic vendors Fail for Payment Compliance
| Capability | Generic Postal APIs | LLMs | In-House Build | ioNova |
|---|---|---|---|---|
| Output format | Postal standard | Unstructured text | Custom XML | Native ISO 20022 XML |
| Coverage | Major markets | Training-dependent | What you build | 246 countries, 50+ scripts |
| Financial ID handling | Stripped / corrupted | Not understood | Manual | 50+ IDs preserved |
| Sanctions screening impact | None | Unreliable | Manual tuning | ~30% false positive reduction |
| Explainability | Minimal | None (black box) | What you build | Field-level rule citations |
| STP improvement | Marginal | N/A | Variable | 40% → 98% |
| Implementation | 6–18 months | Weeks (unreliable) | 18–36 months | 2–4 weeks |
| Determinism | Deterministic | Non-deterministic | Deterministic | Deterministic with audit |
From kickoff to go-live in 2–4 weeks.
Get started in 2 days. Two tracks run in parallel — your integrations and channels, and ioNova’s engine tuning — converging on a validated production go-live.
Latest from ioNova Resource Center
Research, analysis, and practical guidance for ISO 20022 address complianceThe $8–12 Billion Address Problem in Global Payments
Address-related payment exceptions cost the industry $8–12 billion annually in operational drag that institutions rarely track as a single number.
Read ArticleBLOGNovember 2026: The ISO 20022 Deadline That Changes Everything
Financial institutions face an ~9-month timeline to achieve mandatory structured address compliance, requiring immediate implementation rather than delayed action.
Read ArticleBLOGWhat Regulators Actually Require: EPC, SWIFT, and CPMI Decoded
Structured addressing is mandatory under ISO 20022 regulations, not optional — with hybrid format only as a constrained transitional fallback.
Read ArticleWhat Financial Institutions Ask About ISO 20022 and Address Intelligence
Address intelligence parses, validates, enriches, and structures postal address data to meet ISO 20022 compliance. Unlike postal validation — which confirms a physical location exists — address intelligence resolves against regulatory standards, sanctions screening precision, and payment routing across 246 countries simultaneously.
Structured addresses populate dedicated XML elements (StrtNm, BldgNb, TwnNm, PstCd, Ctry) with validated components. Hybrid combines some structured with free-text. Regulators mandate structured as the target — hybrid is the minimum fallback. Delivering structured automatically satisfies hybrid with identical effort.
Postal APIs lack ISO 20022 XML output, can't handle financial identifiers, and cover primarily Latin-script markets. LLMs fail due to non-deterministic output, hallucination risk, latency exceeding sub-50ms P95 requirements, and no regulatory audit trail.
Address intelligence deploys in 2–4 weeks via sidecar architecture alongside existing infrastructure. No core banking system replacement required. Pre-built connectors for MuleSoft, Volante, and Finastra.
Institutions processing 500,000+ cross-border payments annually typically achieve 30–50x ROI within 12 months. The Entity Intelligence Platform delivers 366%+ three-year ROI.
Enforcement begins November 2026. MT was refused for new messages in November 2025. February 2026 marks the start of the 9-month critical implementation window. The E&I Mandate in November 2027 tightens further.
The ISO 20022 Deadline Won't Wait
Your Address Data Shouldn't Either
Purpose-built address intelligence. 246 countries. 98% STP.
2–4 weeks to production.