Structured work
Tasks, docs and decisions in one record type, so a search returns the decision as readily as the ticket that prompted it.
Quantum Financial Engineering
Securing Global Banking for the Quantum Computing Era
Quantum computing introduces revolutionary opportunities in risk modeling and portfolio optimization, while rendering legacy RSA and ECC encryption obsolete. Discover how Banking On Quantum provides financial institutions with post-quantum cryptography (PQC) and quantum algorithms.
By the numbers
- Teams onboarded
- 1,200+
- Median setup time
- 18 min
- Integrations
- 60
- Uptime, trailing year
- 99.98%
One workspace, four surfaces
Each surface is a full page of content on its own. The tab strip is an enhancement, not the structure.
Plan
Break an objective into work that fits in a week. Dependencies are declared once and drawn everywhere, so a slipped date shows up on the plan it affects rather than in someone's inbox.
Build
Boards, lists and a calendar over the same records. Changing the view never changes the data, so two teams can look at one backlog through the lens each prefers.
Review
Comments resolve against a revision rather than floating free, and an approval records who approved what, not merely that somebody did.
Report
Dashboards read from the same records the work lives in. There is no export step, so a number on a dashboard is never a fortnight behind the thing it describes.
What you get on day one
Views that compose
Filter, group and sort are independent. Any combination is a URL, which means a view is something you can send to a colleague.
Automation you can read
Rules are stated as sentences and shown in full before they run. An automation nobody can read is an outage waiting for a quiet afternoon.
History that survives
Every field keeps its previous values. Reverting is reading the record, not restoring a backup.
Permissions by default
A workspace starts closed. Sharing is a deliberate act with an audit line attached to it.
Exports that round-trip
What you export imports again. Leaving is supported rather than merely permitted.
Built for the way teams actually split up
Product
Roadmaps that survive contact with a shipping date.
Marketing
Campaign calendars with the assets attached to the dates.
Operations
Recurring work that does not depend on anyone remembering it.
The Quantum Revolution in Financial Services
Quantum computing represents a paradigm shift for global banking infrastructure. From high-dimensional risk modeling and sub-millisecond derivative pricing to post-quantum cryptography (PQC), quantum technology is rewriting the rules of computational finance.
Core Strategic Focus Areas
1. Post-Quantum Cryptographic Migration (PQC)
With NIST finalizing post-quantum standards (FIPS 203 ML-KEM, FIPS 204 ML-DSA, FIPS 205 SLH-DSA), financial institutions face an urgent requirement to transition payment rails, core banking ledgers, and SWIFT messaging from vulnerable RSA/ECC algorithms to quantum-resistant standards.
2. Quantum Monte Carlo & Derivative Pricing
Quantum amplitude estimation delivers quadratic speedups over classical Monte Carlo methods, enabling real-time valuation of exotic derivatives, multi-asset risk simulations, and stress testing under volatile market conditions.
3. Combinatorial Portfolio & Liquidity Optimization
Quantum Approximate Optimization Algorithms (QAOA) and quantum annealers solve complex NP-hard liquidity balancing, dynamic asset allocation, and cross-border settlement routing at scale.
4. Quantum-Safe Communications & QKD
Quantum Key Distribution (QKD) leverages the fundamental laws of physics to guarantee tamper-evident cryptographic key exchange across inter-bank data center backbones.