
Global scientific co-innovation and algorithmic engineering
From cutting-edge operations research to the industrial deployment of custom predictive and optimisation models.
The challenge
Taking cutting-edge operations research from theory to industrial application is a complex challenge. Centres of scientific excellence develop remarkable mathematical concepts, but turning them into real value means engineering them, making them scalable and fitting them into demanding operational contexts.
For ADA, founded by Olli Braysy, a world authority on Decision Intelligence, this complexity is compounded by the sheer diversity of the global challenges it takes on. Optimising shipping logistics in the Baltic, planning Scandinavian operating theatres or managing forest biomass flows each demands unique, flexible and highly precise mathematical models. Across such varied scenarios, the main obstacle is bridging the gap between pure theoretical research and the computational stability that business decision-makers need, turning scientific insight into governance tools with real economic and social impact.
How we create value
Optit acts as ADA’s engineering partner, turning cutting-edge research into market-ready algorithms. The partnership, now a decade strong, brings together scientific theory and applied development. Optit co-designs bespoke models to solve complex problems across multiple sectors:
- Logistics: 3D bin-packing algorithms and load optimisation for ferries in the Baltic Sea.
- Healthcare and services: operating theatre scheduling in Scandinavia and biomedical workforce allocation.
- Environment: biomass flow management in the forestry sector.
- Telecoms and finance: antenna network design and decision-making algorithms for investment.
The value lies in turning theoretical modelling into stable, industrial-grade computing engines, giving decision-makers around the world rigorous tools to manage uncertainty.
Impact
The co-innovation ecosystem between Optit and ADA delivers:
- Accelerated engineering of complex mathematical concepts into stable, scalable code.
- Cross-sector coverage, with models optimised for logistics, healthcare, finance and telecoms.
- Competitive flexibility, thanks to fully bespoke solutions that anticipate operational constraints.
