Nia Bowers
Kyrylo Kalashnikov learned early on that crossing boundaries was a prerequisite for building a future. Leaving Ukraine for Canada alone at the age of 13, he arrived with an intense drive to adapt and a realization that catching up would require aggressive self-direction. By 22, that same urgency has shaped an unusually accelerated and multidisciplinary career. Operating across machine learning, mechanical engineering, software, and biology, Kyrylo does not stay confined to a single technical lane. Furthermore, while much of the modern tech landscape is focused on building proprietary technology, Kyrylo believes the fastest way to accelerate human progress is to aggressively open-source the infrastructure of science itself.
Kyrylo laid his technical fundamentals during his time researching at MIT and the University of Toronto. At MIT, he conducted research on memory for large language models, a technology which is crucial for modern AI. This work has later spun out into a startup. He has also worked in frontiers of material science. He led the development of a fully autonomous, open-source “self-driving” laboratory for electrochemistry. The robot cost just $500, and the project democratized AI-driven science, earning recognition from the global Acceleration Consortium and becoming integrated into the university’s graduate curriculum.
This ethos of open access and community empowerment heavily drives his independent work. Supported by grants from the 1517 Fund and Emergent Ventures, Kyrylo designed an open-source computer chip optimized to run machine learning algorithms at extreme speeds, a project he began prototyping in his bedroom. He ultimately fabricated the custom chip using the Tiny Tapeout program, accomplishing independently what typically takes legacy tech companies years and millions of dollars to achieve. Committed to accelerating the broader scientific ecosystem, he also regularly mentors aspiring engineers and serves as a peer reviewer for academic scientific journals. In addition, he is a member of the New Science fellowship where he is selected to help build faster, alternative institutions for scientific discovery.
Kyrylo also worked in one of the highest-stakes physical engineering environments on the planet: Neuralink. As a robotics software engineer, he wrote software that was deployed in one of the first robotic brain-computer interface implantations in history. In parallel, he was involved in the development of the foundational architecture for the company’s next-generation surgical robotics platform. He was deeply fulfilled by building technology that directly restored human capability, and this experience forced him to confront the broader fragility of human health. He realized that while incredibly advanced medical devices and localized interventions could solve specific ailments, the vast majority of human diseases share a single underlying factor: biological aging. To improve human life at scale, he was determined to tackle the root cause.
Today, Kyrylo is applying the open source philosophy to tackle this problem. As the founder of Synelligence Corporation, he developed label-free Raman spectroscopy instruments to capture the full molecular fingerprints of individual cells. However, his ultimate goal isn’t just to sell proprietary hardware. He recognizes that the AI models driving modern drug discovery are currently starving for high-quality, high-dimensional biological data. To un-bottleneck the entire industry, Synelligence is actively planning to release massive, open-source single-cell datasets.
He carries this commitment to transparency into his role at Aion Bio, where the team is developing closed-loop hardware for non-invasive tissue rejuvenation. In an industry notoriously secretive about life-extension technologies, Kalashnikov advocates for working in public, believing that the institutional and cultural questions surrounding transformative technology deserve the same rigorous, open engineering as the science itself. He actively pushes this collaborative frontier forward as a member of the Longevity Biotech Fellowship (LBF), connecting with a global network of researchers determined to un-bottleneck the science of aging.
By decentralizing the tools of discovery, Kyrylo wants to ensure that he is not just building the machinery for the next scientific era, but that everyone has the blueprint.