A post-quantum roadmap by mid-2027.

FINMA recommends that supervised institutions have one by mid-2027. It also says it will look at this topic more closely in future supervision.

How to get on it ↓

From today to mid-2027

  1. Today

    Exposure is running

  2. Inventory

    Step 01 · ch. 3.2

  3. Risk ranking

    Step 02 · ch. 3.2–3.3

  4. Board roadmap

    Step 03 · ch. 3.1, 3.4, 3.5

  5. Mid-2027

    FINMA’s recommended date

Status at a glance

Red, amber, green. For every system.

A board does not read cipher suites. It reads status. The inventory gives every system one, based on rules you set.

Post-quantum status per system

Example
  • Customer portal

    TLS 1.2 · ECDHE-RSA

    Vulnerable

  • Payment interface

    TLS 1.3 · X25519MLKEM768 · RSA certificate

    Hybrid, on track

  • Internal service

    ML-KEM-768 · ML-DSA-65 certificate, internal CA

    PQC-ready

  • The key exchangeHow two systems agree on a secret key before they encrypt. Whoever breaks it can read everything encrypted under that key, including traffic recorded years earlier. is quantum-vulnerable. Traffic recorded today can be read later.

  • A hybridA classical and a post-quantum algorithm used together, for example X25519 with ML-KEM-768. The connection stays secure as long as either one holds. key exchange protects the traffic. The certificates still need to move.

  • Post-quantum key exchange and post-quantum certificates.

The systems are invented. The three states are the ones the product reports.

How every system gets its status →

If nothing happens

  • Closer supervision. FINMA says it will look at this topic more closely in its ongoing supervision.
  • Duties you already have. FINMA states that the governance and risk rules that bind you today cover quantum risk too.
  • No evidence. Without an inventory, a question about your cryptography gets an estimate, not an answer.
  • Growing exposure. Every month, more data is sent under a key exchange that a quantum computer will be able to break.
  • Reputation. A gap that supervision finds is harder to explain than a gap you found and planned for.

FINMA recommends a roadmap. It does not require one. The risk comes from supervision and from duties that already apply.

Take this to your board

The guidance, the exposure and the three steps on one page. For colleagues who will not read a website.

PDF · A4 · 1 page · English · 275 KB

Download the summary

The method

How to get on it

One method in three steps. Each step builds on the one before.

  1. 01

    Find it

    ch. 3.2

    List every system: your own, outsourced, and bought as a service. Find the encryption, signatures, authentication and keys they use, for data in transit and data at rest. Then mark what a quantum computer will break.

    Post Quantum Leap

    A network scan finds what answers. A host scanner reaches inside machines a scan cannot see. You import the rest. Each endpoint then gets a post-quantum status, based on rules you set.

    Result

    An inventory, with a status for every system.

  2. 02

    Rank it

    ch. 3.2 · 3.3

    Find the data that must stay secret for years. That is the data a harvest-now attack targets. Then write a migration plan for each system, sized to its risk.

    Both

    A view of how critical each system is against how hard it is to move. How long data must stay secret is a business decision, so we do that part with you.

    Result

    A ranked list: what moves first, and why.

  3. 03

    Plan it

    ch. 3.1 · 3.4 · 3.5

    A strategy your board approves, with milestones and target dates: one for the full migration, one for critical processes. New systems and new outsourcing contracts must allow algorithms to be changed later.

    Both

    A workshop with us makes the decisions. Post Quantum Leap then holds the plan: dated waves, owners, and the effect on your exposure.

    Result

    A roadmap your board has approved.

About twelve weeks for a first project. It ends with the roadmap and a FINMA report that shows the evidence behind every number. Your systems decide the real time, and we tell you after the first scan, not before.

The evidence

Evidence, not estimates.

Every status traces back to a scan result. The compliance view sets your whole estate against the standards you are measured on, including FINMA Guidance 05/2026.

  • How many endpoints are ready, on track or vulnerable
  • The rule behind every verdict, one row per endpoint
  • A FINMA view that reports the guidance as written: a recommendation, not a circular
  • Every report exports to Excel or PDF
The compliance page of Post Quantum Leap: framework cards for NIST PQC, CNSA 2.0, BSI TR-02102, NIST IR 8547, PCI DSS 4.0 and FIPS 140-3, each with a readiness figure and a breakdown.
The product, on a synthetic demo estate. No customer data.

The document

What the guidance says

What
Guidance 05/2026, Quantum computing · 9 July 2026
Type
Guidance (Aufsichtsmitteilung)A FINMA guidance (Aufsichtsmitteilung) shares what FINMA sees in supervision and what it expects. It is not a circular (Rundschreiben), which sets out how FINMA applies the law., not a circular. It creates no new duty.
Applies to
Banks, insurers, managers of collective assets, financial market infrastructures
Asks for
A roadmapA plan your board approves: which systems move to post-quantum cryptography, in which order, and by when. by mid-2027, built on an inventory of the cryptography you useA list of where your systems use encryption, signatures and keys, which algorithms they use, and which of those a quantum computer will break. (ch. 3)
Algorithms
None of its own. Points to NIST FIPS 203, 204 and 205The first three post-quantum standards, published by the US National Institute of Standards and Technology on 13 August 2024: ML-KEM for key exchange (FIPS 203), and ML-DSA and SLH-DSA for signatures (FIPS 204 and 205)..
Also states
The rules on governance and risk that already bind you cover quantum risk too. FINMA expects action in good time.

Read it PDF, German ↗ PDF, English ↗ PDF, French ↗ Press release ↗

Compare FINMA with other regulators’ timelines →

Request a live demo

See it live, then try it yourself.

Around 30 to 45 minutes, online. We drive: nothing to install, no environment to prepare, no data needed from you. We walk through discovery, the inventory, the crypto graph, compliance reporting and planning on a full demo installation, then spend most of the time on whatever is closest to your situation.

If you want to keep going after that, we can give you a login to a demo tenant, or set you up with a local install so you can try it against your own infrastructure.

What you get
A straight answer on whether Post Quantum Leap fits your infrastructure, including when it does not.

We reply within one working day. No newsletter, no tracking, and your details are not shared with anyone.

Request a live demo