In a significant boost to the quantum computing industry, Israeli startup Qedma has raised $26 million in a Series A funding round, with participation from tech giant IBM. Announced on July 3, 2025, this investment underscores the growing interest in quantum technologies and positions Qedma as a key player in addressing one of the field's biggest challenges: error mitigation.
Qedma specializes in developing noise-resilience software aimed at enhancing the performance of quantum computers. Its flagship product, QESEM, analyzes noise patterns to suppress errors during algorithm execution and mitigate others in post-processing. This innovative approach promises to enable 1000x larger computations on existing hardware, potentially accelerating the timeline to practical quantum advantage.
The funding round was led by Glilot Capital Partners through its early growth fund, Glilot+, and saw contributions from new investors like IBM and Korean Investment Partners, alongside existing backers. This financial backing will allow Qedma to further develop its software solutions and expand its reach within the quantum ecosystem.
Quantum computing is notorious for its susceptibility to errors caused by environmental noise, a barrier that has slowed progress toward real-world applications. Qedma’s mission is to tackle this issue head-on, offering tools that are powerful, valuable, and easily integrated into current quantum hardware. The startup claims its technology could significantly reduce the number of qubits needed for effective error handling, a game-changer for the industry.
With Israel emerging as a hub for quantum innovation, Qedma joins a growing list of startups in the region pushing the boundaries of this cutting-edge field. The involvement of a global leader like IBM not only validates Qedma’s approach but also highlights the strategic importance of error mitigation in achieving quantum algorithmic advantage.
As Qedma continues to refine its solutions, the quantum computing community watches closely. This $26M investment could mark a turning point, bringing us closer to a future where quantum computers solve problems previously deemed unsolvable by classical systems.
Maria Lourdes
