Science-driven technology

Strong algorithms for complex real-world problems.

SALGO combines quantum-inspired optimization, artificial intelligence, and scientific computing to design advanced solutions for complex industrial and research challenges.

Built by scientists. Designed for real-world impact.

Adaptive computational strategy Problem-led

From scientific methods to practical computational tools.

SALGO is a technology company created by physicists and researchers to translate advanced scientific methods into useful, deployable solutions.

We work at the intersection of physics, artificial intelligence, mathematical optimization, and high-performance computing. Our focus is on difficult problems where conventional approaches may be inefficient, expensive, or difficult to scale.

01

Start with the problem

We choose methods according to the constraints, evidence, and desired outcome—not according to a technological label.

Computational capability tailored to the challenge.

From optimisation engines to scientific prototypes, SALGO develops focused solutions that connect rigorous modelling with operational value.

01

Quantum-Inspired Optimization

Algorithms informed by concepts from quantum computing, designed to run on classical or hybrid infrastructure.

  • Scheduling and resource allocation
  • Logistics and network optimisation
  • Portfolio, risk, and combinatorial problems

02

Artificial Intelligence

Purpose-built AI systems that support decisions, uncover structure in data, and accelerate analysis.

  • Predictive modelling and decision support
  • Pattern recognition and scientific ML
  • Automated data analysis and custom AI

03

Scientific Computing

Numerical methods and simulation workflows for problems that demand physical insight and computational precision.

  • Numerical simulation and modelling
  • High-performance computing
  • Data-intensive scientific workflows

04

Custom Algorithm Engineering

Bespoke computational components that move from proof of concept to integration with existing systems.

  • Optimisation engines and research prototypes
  • Benchmarking and technical consulting
  • Software integration and validation

One problem. The right combination of methods.

We select the computational approach according to the problem, rather than forcing every challenge into a single technological framework.

01

Quantum-inspired methods

Alternative formulations and heuristics for hard optimisation landscapes.

02

Artificial intelligence

Learning systems designed around the data, constraints, and decision context.

03

Mathematical optimization

Clear formulations, objective functions, constraints, and measurable trade-offs.

04

Scientific computing

Robust numerical techniques for simulation, inference, and computational experiments.

05

High-performance computing

Parallel and scalable workflows for demanding computational workloads.

06

Physics-based modelling

Domain structure and first-principles reasoning incorporated where they add value.

A rigorous path from question to deployment.

  1. 01

    Problem Discovery

    Understand the scientific, operational, and business constraints.

  2. 02

    Mathematical Formulation

    Translate the challenge into a computational or optimisation model.

  3. 03

    Prototype and Validation

    Build, benchmark, and test a proof of concept against relevant baselines.

  4. 04

    Deployment and Integration

    Convert the validated solution into a usable software system.

Scientific depth with a practical delivery focus.

We combine the analytical depth of scientific research with the practical focus required to build deployable technological solutions.

01

Scientific rigour

Explicit assumptions, testable models, and transparent validation.

02

Technology-independent problem solving

The method follows the challenge—not the other way around.

03

Custom algorithm development

Solutions designed around real constraints and integration needs.

04

Direct technical collaboration

Close work with researchers, engineers, and decision-makers.

Founded by physicists. Built for interdisciplinary work.

Have a complex problem? Let’s explore the algorithm behind it.

Tell us about the challenge, the constraints, and the outcome you need. We will use that context to evaluate the most appropriate technical route.