Why it matters?

Biology is the ultimate codebase, and with the right tools, it can be written, edited, and rerouted to achieve novel functions. Programmable biology enables us to move beyond passive discovery toward active design, which includes reengineering proteins, developing smarter therapeutics, building custom gene circuits, and more. It’s the frontier where computation and life meet, and it’s key to addressing unmet challenges in medicine, biotechnology, and sustainability.

What is the impact?

ChordexBio envisions a world where life-saving algorithms are no longer reserved for experts alone. Programmable biology gives us a way to lower the barrier to entry to biological engineering and beyond. This enables us to offer guided, smart systems that allow even early-career professionals to design impactful solutions. It helps turn theory into practice and empowers a more diverse set of minds to contribute to innovation in the life sciences and beyond.

Meet our projects

● Development

The gap, the solution

Most tools for biological engineering are siloed, expensive, and overly technical, limiting who can contribute. We’re addressing the gap between ideas and execution, offering platforms that simulate, visualize, and validate engineered systems in ways that are both scientifically sound and educationally intuitive. We're also building bridges between digital models and physical implementation, so ideas move faster from screen to lab.

Through programmable biology, ChordexBio aims to democratize bioengineering, making it not just a domain of the few, but a capability of the many. From students designing synthetic genes to professionals optimizing immune-based therapies, we’re ensuring that the next breakthrough doesn’t come from access, but from insight, creativity, and empowered design.

Discover our training

Master the intersection of design and biology through specialized trainings in the life sciences.