Classical
Bits, one state at a time
Every calculation resolves to a definite 0 or 1, so problems with vast numbers of combinations have to be worked through in sequence.
- Deterministic state
- Sequential search
- Scales by adding hardware
QUANTUM COMPUTING
Logic Planet helps you understand what quantum changes, prepare your security and systems for it, and position your business to capitalize when the capability lands.
Why now
Investment, enterprise programs, and commercial revenue are compounding years ahead of fault-tolerant hardware.
$2.7T
Projected value of the quantum economy by 2035
300+
Enterprises already running quantum programs
$4.9B
Venture funding into quantum companies in 2025
$1.9B
Quantum computing market size in 2025
556
Active quantum technology companies worldwide
7,400+
Organizations engaged in quantum research and pilots
30%+
Annual growth rate of the quantum market
$10B
Committed by IBM alone to quantum development
Industry and market figures drawn from public research and vendor disclosures. These are not Logic Planet numbers.
Why quantum matters
Classical and quantum machines solve different kinds of problems. Understanding the difference is the first step to a credible strategy.
Classical
Every calculation resolves to a definite 0 or 1, so problems with vast numbers of combinations have to be worked through in sequence.
Quantum
Superposition and entanglement let a quantum processor hold an enormous space of combinations at the same time and steer toward the answer.
Quantum will not replace classical computing. It takes on the narrow class of problems classical systems can never finish.
Impact areas
The earliest advantage shows up where the problem space is simply too large for classical search.
Simulate molecular behaviour directly instead of approximating it, compressing research cycles that take years today.
Portfolio optimization, derivative pricing, and risk models that account for far more variables at once.
Routing, scheduling, and network design across the constraints classical solvers have to simplify away.
Grid balancing, materials research, and battery chemistry modelled at the level where the physics actually happens.
Faster training routines and pattern recognition across data too high-dimensional for conventional methods.
The threat to today’s public-key encryption — and the post-quantum cryptography that has to replace it.
The quantum opportunity
Five capability classes being tested by enterprises today.
Find the best answer across a space of possibilities too large to search exhaustively.
Logistics · Scheduling · Portfolios
Model molecules, materials, and physical systems in their native behaviour.
Chemistry · Materials · Energy
Accelerate training routines and surface patterns in high-dimensional data.
Models · Feature spaces
Break the mathematics behind current public-key encryption — and build what replaces it.
Encryption · Post-quantum standards
Price complex instruments and simulate risk across far more scenarios.
Risk · Pricing · Scenarios
How Logic Planet helps
Our work is making sure your enterprise is secure, informed, and positioned before quantum capability becomes commercially material.
Assess
Establish where quantum could matter to your business, where your exposure already sits, and what deserves investment now rather than later.
Secure
The most actionable quantum work available today: inventory the cryptography you depend on, plan its migration, and sequence the transition to post-quantum standards.
Plan
A sequenced, fundable plan: which pilots to start, which to defer, what to skip, and the skills and partners each stage will need.
Apply
Bring quantum thinking into the AI programs you already fund, so early advantage compounds with work that is under way.
Start with the work that pays off whenever quantum arrives: knowing your exposure and protecting your data.
Quantum readiness is an emerging Logic Planet practice, delivered with our security and AI teams.
Quantum + AI
Quantum and AI are complementary. The enterprises that gain the most from quantum are usually the ones already strong in AI.
Compounding advantage
Your AI practice is the on-ramp to quantum value.
The same data, talent, and governance foundations serve both.
Quantum methods attack the search problems that slow AI optimization down.
High-dimensional feature spaces become tractable for detection and classification.
Richer simulation produces better training data and more reliable models.
Hybrid quantum-classical pipelines extend what your existing platforms can take on.
The security challenge
Public-key cryptography is the one area where quantum forces a decision now, because the risk starts before the machines do.
Harvest now, decrypt later: adversaries collect encrypted data today and store it until a quantum computer can break the protection around it.
Inventory the algorithms, certificates, and dependencies protecting your data today.
Map exposure against the emerging standards and prioritise what moves first.
A phased plan your security, platform, and vendor teams can execute against.
Sequenced cutover of keys, protocols, and third-party integrations.
Executive insight
The commercial signals are no longer speculative.
Industry and market data.