Services
Practical quantum briefings, hands-on coding enablement, rapid prototyping, and post-quantum cryptography readiness for business, finance, and technical teams.
qubit-lab.ch supports organizations that want to understand where quantum computing matters, how to prepare sensibly, and how to turn interest into a credible next step. The focus is on practical relevance rather than hype: clear management discussions, structured team capability building, hands-on rapid quantum prototyping, and concrete PQC readiness offerings.
The Lean Quantum Exploration Process
Most organizations do not need a broad quantum program. They need a lean, staged path — each step fixed in scope and price, producing its own usable output, and ending with a clear decision about the next one. You can enter at any step; nothing obliges you to take the next.
Management entry point
Quantum Awareness Briefing
Align leadership on what quantum computing can and cannot do today, where it may matter for your organization, and which first steps are proportionate — without the hype.
90 minutes to half-day
Output: shared management understanding and a clear relevance assessment
Enable the team
Quantum Capability Kickstart
Five hands-on half-day sessions take your team from single qubits to running quantum algorithms in Qiskit and PennyLane — on working code, not slides.
5 half-day sessions, team of up to 8
Output: the team's own candidate use cases, ready for the RQP Exploration
Explore on your own data
RQP Exploration (Rapid Quantum Prototyping)
Six weeks of self-guided exploration with the RQP suite: your workbook in, quantum versus a certified classical referee, a certified report out — test, compare, decide.
6 weeks · your data · fixed scope
Every result checked by an exact classical referee
Stay current on evidence
Continuous Benchmarking
Your use cases re-evaluated as quantum hardware and algorithms improve — so a well-founded “not yet” becomes a timely “go”, and you know the week it happens.
Periodic re-runs on your workbooks
Trigger points, not guesswork
Outcome at every step
Stop or go — with evidence
Each step is fixed in scope and fee, produces its own usable output, and ends with a clear decision about the next one — backed by certified numbers, not vendor claims.
Enter at any step
Nothing obliges you to take the next
Every quantum result along the way is checked against an exact classical referee — including the honest “not yet”. See the published benchmark numbers.
90 minutes to half-day
Step 1 · Management entry point
Quantum Awareness Briefing
A realistic entry point for management and innovation teams
Leadership, strategy, innovation, risk, and technology stakeholders who need a clear view of quantum computing without unnecessary hype.
Fixed fee — fully credited toward a Kickstart or RQP Exploration booked within 3 months
Typical focus
- what quantum computing can and cannot do today
- where it may become relevant for financial services and regulated organizations
- how to separate credible signals from market noise
- what internal teams should monitor or prepare
- which first steps are proportionate for your organization
Typical outputs
- shared management understanding
- clearer relevance assessment
- initial opportunity and risk view
- practical next-step recommendation
Five interactive sessions, about 3–4 hours each
Step 2 · Hands-on team enablement
5-Day Quantum Capability Kickstart
Hands-on quantum coding and experimentation for technical and business teams
Quant, risk, data science, innovation, and technology teams that want to learn quantum coding, write simple quantum circuits, and understand how quantum algorithms can be inspected and tuned.
Flat team price for up to 8 participants — discussed in the intro call
Typical focus
- quantum computing fundamentals through simple code examples
- writing and running basic quantum circuits in frameworks such as Qiskit
- single-qubit systems, interference, multi-qubit systems, and entanglement
- simulators, shots, noise, hardware constraints, and execution paths
- the four RQP use-case templates: optimization, index replication, QML, QMC
- using RQP and LLM support to accelerate practical experimentation
Typical outputs
- practical quantum coding baseline
- ability to read and write simple quantum circuits
- common language across business and technical stakeholders
- better understanding of quantum coding workflows, simulators, and results
- first experience with algorithm tuning and benchmarking logic
- the team's own 3–4 candidate use cases, ready for the RQP Exploration
Six weeks of team access to the RQP suite, 3–4 candidate use cases
Step 3 · Hands-on prototype path
RQP Exploration
Six weeks of self-guided exploration on your own data — every result checked by an exact classical referee
Teams that have identified their candidate use cases and want to test them hands-on against classical baselines — trial-and-error, at their own pace, without committing to a big program.
Fixed fee per 6-week exploration — discussed in the intro call
Typical focus
- QAOA optimization and index-replication workflows
- VQC and QSVM machine learning workflows
- Quantum Monte Carlo and expectation-estimation workflows
- classical comparison and certified benchmarking on your own data
- onboarding session, weekly office hour, notebook and report export
Typical outputs
- certified benchmark report per candidate use case
- classical and quantum comparison, including where classical wins
- diagnostics and limitations view
- closing review with a stop/go verdict per candidate
Monthly re-run of your workbooks, cancel anytime
Step 4 · Stay current
Continuous Benchmarking
We tell you when the answer flips
Teams that completed an RQP Exploration and want their use cases re-evaluated as quantum hardware and algorithms improve.
Monthly subscription — cancel anytime
Typical focus
- monthly re-run of your workbooks on improved hardware and algorithms
- delta report against previous runs
- continued software access
- ticket support in half-hour increments
Typical outputs
- updated certified benchmarks each month
- clear signal when quantum overtakes your classical baseline
- evidence base for build vs. buy decisions
Initial mobilization or broader readiness assessment
Parallel track · Cryptography readiness
PQC Mobilization and Navigator
A practical path toward post-quantum cryptography readiness
Security, risk, architecture, technology, and management teams that need to understand PQC exposure and organize the next steps.
Individually scoped — discussed in the intro call
Typical focus
- stakeholder alignment and awareness
- cryptographic exposure visibility
- information-asset linkage
- planning maturity and gap view
- internal and external dependency assessment
Typical outputs
- management-ready PQC picture
- prioritized exposure and readiness view
- gap assessment against current plans
- options for deeper analysis and implementation planning
How an engagement starts
Step 1
Intro call
A free 30-minute conversation about your context, audience, and current questions. No preparation needed, no obligation.
Step 2
Short scoping
You receive a compact written proposal with a fixed scope, format, timeline, and price — usually within a few days.
Step 3
Delivery
Briefing, Kickstart, or RQP Exploration — always with concrete outputs your stakeholders can use, and a clear recommendation for the next step.
Which format fits your current question?
You need management alignment
Start with a Quantum Awareness Briefing to create a realistic shared view of relevance, timing, risks, and possible next steps.
You want hands-on quantum coding capability
Start with the 5-Day Quantum Capability Kickstart to help quant, risk, data science, technology, and innovation teams move from quantum concepts to simple quantum circuits, algorithm workflows, and practical experimentation.
You have concrete use-case candidates
Start with an RQP Exploration: six weeks of team access to the RQP suite to test your candidates on your own data against certified classical baselines.
You are concerned about cryptographic readiness
Start with PQC Mobilization or PQC Navigator to structure exposure visibility, stakeholder alignment, and readiness planning.
Who this is for
qubit-lab.ch is particularly relevant for organizations that need a practical translation layer between business relevance and technical substance.
- banks and other financial institutions
- regulated organizations
- innovation and strategy teams
- risk, security, and architecture stakeholders
- quant, data, and technical expert teams
- leadership groups seeking a realistic view of quantum impact
Where the focus is strongest
The strongest current focus is on financial services, quantum awareness building, hands-on quantum coding enablement, practical use-case framing, rapid quantum prototyping, and post-quantum cryptography readiness.
Selected technical and educational topics beyond finance can also be supported where there is a good fit. This includes quantum computing fundamentals and technically grounded material in areas such as Hamiltonian simulation, especially where the need is for clear explanation, structured education, or applied translation rather than deep domain consulting.
Approach
The approach is pragmatic, structured, and tailored to the audience.
- starting from the actual business or technical question
- reducing unnecessary jargon
- being explicit about what quantum can and cannot do today
- using hands-on tools where they add clarity
- creating outputs that are usable for real stakeholders
The aim is not to make quantum sound impressive. The aim is to make it understandable, relevant, and actionable.
Why qubit-lab.ch
- background in physics and business
- experience in financial services and project leadership
- practical quantum programming and cloud tool capability
- hands-on RQP tools for structured experimentation
- clear communication for both management and technical audiences
- focus on usable outputs rather than broad claims
Start the conversation
The best first step is a short discussion around your organization's context, current questions, and possible next steps. The topic may be executive awareness, team capability building, RQP-supported prototyping, or PQC readiness.