Implementation Readiness
Framework (IRF)

Structured, evidence-based blockchain readiness assessment for financial institutions and international organisations. Problem-first methodology with cascading layer architecture. Honest outcomes, including credible stop decisions.

Published by Matthew Breen · 2026
Financial Institutions

FI Framework

14 institution types from commercial banking to CASPs, each with a dedicated companion containing tailored regulatory modules, use cases, and country-specific overlays. Sovereignty assessment, quantum readiness, and 140+ EU regulatory frameworks built into every assessment pathway.

313Use Cases
14Institution Types
140+Regulatory Frameworks
32EU/EEA Countries
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NGOs & International Organisations

NGO Framework

946 assessment questions across 121 real-world use cases. Built from humanitarian field experience. Designed to produce credible outcomes โ€” including credible stop decisions when blockchain is not the answer.

9Phases
10Categories
121Use Cases
5Outcomes

What Makes the FI Framework Different

Built by practitioners who run assessments in real financial institutions, not consultants writing theory.

140+ EU Regulatory Frameworks

MiCA, DORA, GDPR, AIFMD, Solvency II, PSD2, and 130+ more are integrated at the methodology level with institution-specific activation logic. Compliance is structural, not bolted on.

Companion-Driven Architecture

Each of 14 institution types loads a dedicated companion with tailored regulatory modules, use cases, and country overlays. Cascading layers where each output feeds the next input.

Honest Outcomes

The framework produces credible stop decisions. Sometimes blockchain is not the answer. This framework respects that reality.

Sovereignty & Quantum Assessment

Five-position sovereignty spectrum and post-quantum cryptography readiness built into every assessment pathway. Based on original research papers.

313 Reference Use Cases →

Across 14 institution types and 10 financial services domains. Your problems are surfaced organically through cascading layers, filtered by profile, type, and role.

Practitioner-Built

Designed by people who run assessments in real financial institutions. Practical and field-tested methodology.

Assessment Flow

The cascading architecture routes each institution through a structured, evidence-based pathway from profiling to production. Click any layer to learn more.

Discovery ProfilingL0 Problem DiscoveryL1A-1E (5 stages) Blockchain FilterL2 Regulatory GatewayL3: 140+ frameworks Sovereignty & Design SovereigntyL4A: 5-position spectrum Quantum ReadinessL4B: PQC & CNDL risk Solution DesignL5A-5B Companion loaded at L0 per type Feasibility & Decision Feasibility AssessmentL6A Technical ยท L6B Regulatory ยท L6C Financial ยท L6D Organisational Decision GateL7: Go / Stop Stop: Not viable Go Delivery Build SpecL8A-8B PilotL9-L10 ProductionL11-L12 Each layer's output feeds directly into the next layer's input. Identical inputs produce identical paths.

The Assessment Layers

L0: Institutional Profiling

Select from 14 institution types (with multi-type support), load the dedicated companion with tailored regulatory modules, and profile across five dimensions. The companion drives every subsequent layer.

Estimated: 30-45 minRoles: CEO, Compliance, Lead, Tech

L1A-1E: Problem Discovery

Five-stage problem identification: L1A operational diagnostics with profile-filtered questions, L1B problem area selection via heatmap, L1C deep quantification with business case metrics, L1D use case matching from 313 reference UCs, and L1E prioritisation for the assessment pipeline.

L2: Blockchain Differentiation Filter

Evaluate which identified problems could be solved by blockchain versus existing alternatives. 8 differentiation criteria (B1-B8) tested per problem, including tokenisation assessment.

L3: Regulatory Gateway

Evaluate 140+ EU regulatory frameworks with institution-specific activation logic. Country-specific overlays for all 32 EU/EEA jurisdictions. Compliance baseline shortcuts for institutions with existing certifications (ISO 27001, DORA, SOC 2).

L4A: Data Sovereignty Assessment

Establish your institution's position on the five-position sovereignty spectrum: infrastructure jurisdiction, key management, data residency, and supervisory access. Based on the Sovereignty Illusion framework.

L4B: Quantum & Cryptographic Readiness

Assess quantum risk exposure, post-quantum cryptography migration readiness, and collect-now-decrypt-later risk. Four-path recommendation: Accept, Migrate, Verify, or Build.

L5A-5B: Solution Design

Map validated use cases to blockchain solution components using the technology taxonomy (L5A). Design target architecture with integration points, data flows, and system boundaries (L5B).

L6A-6D: Feasibility Assessment

Four-dimensional feasibility: L6A technical viability and performance, L6B regulatory compliance design, L6C financial and operational impact with cost modelling, L6D organisational readiness and change management.

L7: Decision Gate

Aggregate all assessment evidence into a data-driven go/no-go recommendation. The critical determination point with institutional-level determinations. Results you can defend to your board.

L8A-8B: Build Specification & Procurement

Generate structured requirements package from assessment outputs (L8A). Evaluate and shortlist technology vendors and implementation partners against solution requirements (L8B).

L9-L10: Pilot Design & Assessment

Design proof-of-concept pilot with success criteria and execute with real-world transactions (L9). Evaluate pilot outcomes and prepare graduation assessment (L10).

L11-L12: Production & Monitoring

Transition pilot to production deployment and establish operational baseline (L11). Monitor operational health, compliance posture, and performance post-deployment (L12).

Explore All FI Use Cases →
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What Makes the NGO Framework Different

Built for the reality of humanitarian and development work, not adapted from enterprise consulting.

Problem-First Assessment

Starts from your organisation's operational pain points. Blockchain is evaluated as a potential solution, not the starting point.

Honest Outcomes

Five outcome types including credible stop decisions. Sometimes blockchain is not the answer. This framework respects that reality.

121 Reference Use Cases →

Across 10 categories. Your problems are surfaced through open discovery, then validated against the reference library.

Multiple Exit Points

Most engagements do not complete every phase. The framework has structured, valid exits at multiple stages.

Zero Cost to NGOs

Assessment participation costs nothing. Built to serve organisations that need honest technology evaluation without vendor pressure.

Practitioner-Built

Designed by practitioners running real assessments, not consultants writing theory. Field-tested methodology.

Explore All 121 Use Cases →

Assessment Flow

Six possible outcomes per use case: two early exits when problems or use cases aren't viable, and four readiness results from Phase 4. Every outcome leads to action. Click any phase to learn more.

ProfilingPhase 0 EngagementPhase 1 flagged areas Deep DivePhase 2 SynthesisPhase 3 ReadinessPhase 4 No Problems Found reassess periodically No Viable Use Cases not a blockchain fit Proceed With Conditions SelectionPhase 5 Not Now remediation roadmap ↩ return when ready Explore Alternatives alternative solution brief DesignPhase 6 Redo Design from pilot feedback PilotPhase 7 revise exit GO ImplementPhase 8 End Engagement stop for this use case Six outcomes per use case: two early exits (P2, P3) and four readiness results (P4). Every path leads to action.

The 9 Phases

Phase 0: Organisation Profiling

Map organisational structure, operating context, technology landscape, funding sources, partner ecosystem, and regulatory environment. 24 questions across 6 sections.

Duration: 20-30 minRoles: Leadership, Finance, IT

Phase 1: Engagement Mapping

23 questions across 5 sections. Pain point identification via prompted exploration. Computes engagement profile and flags relevant Deep Dive categories.

Duration: 30-60 minOutput: Engagement profile + flagged categories

Phase 2: Targeted Deep Dive

Category exploration across 10 areas (A-J). Only flagged categories are explored. Typically 2-4 per engagement.

No Problems FoundReassess periodically

Phase 3: Problem Synthesis

Synthesise problems from deep-dive findings, match to blockchain use case patterns from the 121-case catalogue, and prioritise which problems to take forward.

No Viable Use CasesNot a blockchain fit
Duration: 15-25 minOutput: Prioritised problem list + matched use cases

Phase 4: Readiness Assessment

Capability assessment across 5 dimensions (14 questions) plus use-case-specific evaluation (3 questions per use case). Four outcomes — every path leads to action.

ProceedReady now
ConditionsNamed gaps
Not NowRemediation roadmap
Explore AlternativesAlternative tech brief

Phase 5: Selection and Matching

Use-case prioritisation and provider evaluation. Only Proceed/Conditions outcomes reach this phase.

Phase 6: Design Guide

Solution architecture, procurement considerations, and implementation model selection.

Phase 7: Pilot Playbook

GO/NO-GO checkpoint. KPI monitoring, rollback planning. NO-GO feeds back to Design for redesign.

Phase 8: Implementation & Operations

Scale-up, training, ongoing operations. Full deployment and long-term operational support.

Deep Dive Categories

10 assessment categories covering the full range of NGO blockchain use cases.

Blue = Core (most organisations). Gold = Specialised (context-dependent). 60-90 min per category, max 3 per session.

See the NGO framework in action
Walk through a fully worked example assessment for Nordic Relief Alliance.
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