Hybrid optimisation
Hardware-aware methods for routing, scheduling, allocation, and network design—with transparent comparison to strong classical solvers.
ACTIVE PROGRAMMESekoia Q-Lab / Applied research
Q-Lab is Sekoia’s applied research practice. We investigate technologies with the potential to reshape computation—and build the evidence required to use them responsibly.
01 / CHARTER
Our programmes begin with problems that matter, measurable baselines, and explicit constraints. We publish methods and limitations so progress can be understood—not merely announced.
02 / PROGRAMMES
Hardware-aware methods for routing, scheduling, allocation, and network design—with transparent comparison to strong classical solvers.
ACTIVE PROGRAMMEResource-efficient approaches to molecular and materials problems, including embedding, active-space selection, and error-aware workflows.
ACTIVE PROGRAMMEEvaluation, control, memory, and verification methods for AI agents operating across long-horizon enterprise workflows.
ACTIVE PROGRAMMEInventory, risk prioritisation, and migration patterns for organisations moving toward post-quantum security.
ACTIVE PROGRAMME03 / FIELD NOTES
Practical notes from work in progress. Technical publications will be listed with persistent identifiers when released.
Methodology / 12 min read
AI systems / 9 min read
Security / 7 min read
The research-note library is launching in phases. Request an advance copy from research@sekoia.site.
We collaborate with universities, technology providers, and industry teams on clearly scoped research with shared evaluation standards.
research@sekoia.site ↗Bring us the problem that does not fit neatly inside today’s technology stack.
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