Crypto Bank License vs CASP Licence — When You Need Each 2026

Different products, different needs

Crypto bank licence and MiCA CASP authorisation are sometimes presented as alternatives in crypto licensing strategy discussions. The framing misleads. The two are different regulatory products serving different operator needs.

Crypto bank licence is full banking authorisation combined with crypto-asset service permission. The licensed entity is a bank under the Capital Requirements Regulation framework (in the EU) or equivalent national banking law (in Switzerland, Liechtenstein, and other non-EU jurisdictions). The bank takes deposits, may extend lending, operates traditional banking services, and adds crypto-asset services to the activity scope.

MiCA CASP licence is dedicated crypto-asset service authorisation under MiCA Regulation (EU) 2023/1114. The licensed entity provides crypto-asset services — exchange, custody, transfer, advisory — but does not take deposits or operate banking activities. Client fiat funds are held in segregated accounts under MiCA Article 70 but the framework does not include banking deposit functions.

The choice between them is strategic, not procedural. Operators planning combined banking-and-crypto services need crypto bank licensing. Operators focused on crypto-asset services without banking ambitions need CASP. Confusing the two leads to authorisation pathway error with substantial cost and timeline implications.

What banking activities add

The defining feature of a crypto bank is deposit-taking. The licensed entity can accept customer fiat deposits with full banking-deposit treatment — deposit guarantee scheme coverage (within scheme limits), bank-grade prudential protection, banking-customer relationship framework.

Beyond deposit-taking, banking authorisation typically enables:

Lending operations. Banks can extend lending including secured lending against crypto-asset collateral, lending to crypto-business customers, and broader credit operations. Lending is not part of the MiCA CASP scope.

Full fiat banking services. Banks operate full fiat banking — wire transfers, SEPA payments, multi-currency accounts, currency exchange beyond crypto-asset boundaries. CASPs operate fiat handling more narrowly under MiCA Article 70.

Custody under banking framework. Banks provide custody under banking custody framework which differs from MiCA Article 75 CASP custody. The banking custody framework operates under longer-established legal infrastructure with different segregation and customer-protection mechanics.

Payment system access. Banks have direct access to payment systems (TARGET2 in EU, ACH in US, similar national infrastructure) that CASPs typically access through banking partners. Direct payment-system access produces operational efficiency at scale.

Cross-product synergies. Combined banking-and-crypto operations enable cross-product features — fiat-to-crypto swap with single counterparty, integrated brokerage with banking custody, crypto-collateralised lending, fiat-on-ramp through bank rails.

The banking authorisation is the gateway to all of these capabilities. CASPs operate without them and need to access them through banking partners.

Why most operators need CASP, not bank licence

For most crypto operators globally, CASP authorisation (or its non-EU equivalents — UK FCA, US federal-state stack, Singapore MAS, etc.) is the right framework. Banking authorisation is excessive for pure crypto-asset service businesses.

The reasons:

Banking authorisation is materially more demanding. Capital requirements run EUR 5m minimum under CRR baseline versus EUR 50k-150k under MiCA. Authorisation timeline runs 18-36 months versus 6-12 months for CASP. Substance bar is higher. Ongoing supervisor engagement is more intensive. The total cost of banking authorisation is multiple-times CASP cost.

Banking operational infrastructure is complex. Operating as a bank requires deposit-taking systems, banking-grade IT and core banking systems, banking-customer relationship framework, lending operations infrastructure (if relevant), payment-system integration. Building this for pure-crypto operations adds complexity without proportionate benefit.

Most crypto businesses do not need banking-deposit capability. Pure crypto-asset service operations — exchange, custody, advisory, transfer — do not require deposit-taking. Customer fiat funds in transit can be held in segregated accounts under MiCA Article 70 without bank-grade deposit treatment.

Banking supervisor relationship is different. Banking supervisors apply broader prudential standards covering credit risk, market risk, operational risk, liquidity risk, and the full banking risk landscape. CASP supervisors focus on crypto-asset-specific risks and operations. The supervisor relationship is different in character and intensity.

For operators where banking activity is genuinely part of the business model — payment-services-with-crypto-integration operators, lending-with-crypto-collateral operators, premium-customer-trust-banking operators — crypto bank licensing is the right pathway. For pure crypto-asset service operators, CASP authorisation is the right pathway.

The major crypto bank jurisdictions

Crypto bank licensing operates through national banking authorisation rather than dedicated crypto-bank credentials. The jurisdictions where crypto bank operations have developed:

Switzerland — the premier crypto bank jurisdiction. FINMA authorises crypto banks under Swiss Banking Act with dedicated crypto-asset banking activity provisions. SEBA Bank (founded 2018, FINMA-licensed 2019) and Sygnum Bank (founded 2017, FINMA-licensed 2019) are the most-established crypto banks globally. Both operate full Swiss banking licence with crypto-asset operations. Swiss crypto bank authorisation is substantively the most demanding globally — capital requirements run into hundreds of millions of CHF.

Liechtenstein — TVTG framework and traditional banking. Liechtenstein operates the Token and TT Service Provider Act (TVTG) plus traditional banking authorisation. Bank Frick is a prominent example combining banking with crypto-asset services under Liechtenstein supervisor framework. The Liechtenstein framework is one of the most developed European non-EU crypto frameworks.

Germany — historical Bitwala / Nuri operation. Bitwala (later renamed Nuri) operated crypto-banking activities in Germany through partnership with German banks before insolvency in 2022. The German pathway operates through BaFin banking authorisation with crypto-asset permission. Other German operators continue to develop crypto banking models.

Other EU jurisdictions. Various EU jurisdictions have crypto-active banks operating under standard banking authorisation with crypto-asset service extensions. The framework operates through standard EU banking authorisation rather than dedicated crypto bank pathway. Examples include various crypto-friendly banks in Estonia, Lithuania, Malta, and other markets.

United States — federal and state banking pathways. US crypto bank operations include federal-chartered banks with crypto operations (Anchorage Digital Bank is a prominent example) and state-chartered specialty banks. The US pathway operates through OCC federal-charter or state banking authorisation.

Hybrid structures

Some sophisticated operators hold both banking authorisation and CASP authorisation through group structure. The hybrid model operates as follows:

Banking parent. Banking-authorised entity holds the deposit-taking, lending, and traditional banking activities. The bank operates under banking supervisor framework with full banking prudential and operational standards.

CASP subsidiary. A subsidiary holds MiCA CASP authorisation for crypto-asset service operations. The CASP operates under MiCA framework with crypto-specific prudential and operational standards.

Group governance. Group-level governance coordinates the two regulatory frameworks, manages cross-subsidiary operations, and addresses regulatory engagement across both supervisors.

Customer-facing integration. Customer-facing services integrate banking and crypto-asset capabilities seamlessly while the regulatory infrastructure operates through the two-track authorisation framework.

The hybrid structure produces full banking capability plus dedicated crypto-asset service authorisation. The complexity is real — dual supervisor engagement, group-governance discipline, cross-subsidiary operations — but the optionality is meaningful for operators planning combined banking-and-crypto growth.

Banking supervision dynamics for crypto banks

Crypto banks face banking supervisor engagement plus crypto-asset-specific supervisor concerns. The dynamics:

Capital adequacy under banking framework. Banking capital requirements include Tier 1, Tier 2, regulatory capital, and risk-weighted assets framework. The framework is materially more complex than MiCA Annex IV capital floor and requires ongoing risk-weighted-asset calculation, capital plan development, and stress testing.

Credit risk management. Lending operations produce credit risk requiring credit-risk management framework, loan-loss provisioning, and credit-portfolio supervision.

Market risk and operational risk. Banking framework covers market risk (from trading and investment activities) and operational risk (from full banking operations). Both produce specific supervisor expectations and capital implications.

Liquidity risk management. Banks face liquidity coverage ratio and net stable funding ratio requirements under Basel framework. The liquidity discipline applies to crypto banks alongside the underlying banking deposit-and-lending operations.

Crypto-asset-specific overlay. On top of banking framework, crypto banks face crypto-asset-specific supervisor expectations on custody architecture, AML for crypto operations, ICT framework for crypto systems, and broader crypto-asset risk management.

The combined supervisor framework is the most demanding crypto-related authorisation environment globally. Operators choosing crypto bank pathway need to plan for the dual framework and resource the dual supervisor relationship accordingly.

How to decide

A simple decision framework:

Choose crypto bank licence if:

• Business model genuinely includes deposit-taking, lending, or full banking services alongside crypto activity
• Capital and operational budget supports EUR 5m+ initial capital plus banking infrastructure investment
• Authorisation timeline of 18-36 months is acceptable
• Premium reputational positioning justifies the cost premium
• Customer base demands banking-equivalent service framework (institutional banking customers, premium retail banking, family-office services)

Choose CASP authorisation if:

• Business model is crypto-asset services without deposit-taking or banking activity
• Capital and operational budget aligns with CASP framework (EUR 150k-1.5m total first-year cost typically)
• Authorisation timeline of 6-12 months fits operational planning
• EU passport access matters (CASP authorisation produces 27-EU-member-state passport)
• Customer base accepts CASP-tier authorisation without banking-equivalent requirements

Consider hybrid structure if:

• Business growth trajectory will include both banking and crypto activities
• Group capital and operational capacity supports dual authorisation development
• Strategic positioning benefits from combined banking-plus-crypto credential

For most pure-crypto operators in 2026, CASP authorisation is the right pathway. Crypto bank licensing is the specialist option for genuinely banking-active crypto operations rather than the default option for high-credential positioning.

Practical takeaways

The choice between crypto bank licence and MiCA CASP authorisation is strategic rather than procedural. Three principles for operators evaluating the choice:

Match authorisation to actual business model. Banking authorisation makes sense for genuinely banking-active operations. CASP authorisation makes sense for pure crypto-asset service operations. Choose based on what the business actually does, not based on credential prestige assumptions.

Plan for the substantial difference in resource intensity. Crypto bank authorisation is multiple-times more expensive, longer-timeline, and substantively more demanding than CASP authorisation. Budget and operational planning need to align with the actual framework requirements.

Consider hybrid structure for sophisticated growth paths. Operators with genuine dual-activity ambitions and sufficient capital resources may pursue banking parent plus CASP subsidiary structure. The optionality is real but the complexity is also real — pursue only with credible strategic justification.

For corrections, updates, or counsel referrals on crypto bank licensing or CASP authorisation, email [email protected].