ColibriTD Secures €4M Seed to Advance Quantum Simulation Software
ColibriTD announced a €4 million seed round led by Earlybird Venture Capital to scale its quantum software platform for multiphysics simulation. The funding will accelerate R&D, hire talent, and expand deployments of H-DES, the companys hardware-agnostic PDE solver tailored to industrial problems.
Quantum Software Delivers Real-World Solutions
ColibriTD focuses on software as the route to near-term industrial value from quantum computing. Its platform runs across current quantum hardware and classical resources, letting partners test quantum-accelerated workflows without waiting for far-term machines. The startup reports seven co-construction projects across six demanding sectors including aerospace, semiconductors, nuclear energy, automotive, and finance.
ColibriTD CEO said, “This investment lets us accelerate H-DES and bring production-grade PDE solvers to industry partners.” Earlybird highlights the teams ability to turn quantum research into measurable engineering outcomes.
Pioneering Precision with PDE Solutions
Partial Differential Equations are the mathematical language of physical systems from fluid flow to thermal diffusion. ColibriTD targets PDEs because they are central to engineering design and remain costly for classical simulation at scale. By delivering quantum-native solvers and hybrid workflows, H-DES aims to shorten design cycles and reduce compute cost where classical methods struggle.
Validation from IBM Quantum and an implementation as a Qiskit Function underline ColibriTDs credibility. Those partnerships show the approach works on industry-standard stacks and can integrate with existing engineering toolchains.
Conclusion
The €4 million seed round positions ColibriTD to expand commercial pilots and deepen its PDE-focused software. For investors and sector leaders, the companys software-first strategy offers a concrete path to extract business value from quantum techniques today rather than waiting for future hardware milestones.
