A privately initiated biomedical innovation district designed to compress therapy timelines from a decade to under two years. So that treatments for cancer, Alzheimer's, heart disease, and other chronic conditions reach patients while they can still benefit.
We have therapies that can treat cancer, reverse neurodegeneration, and address the root causes of chronic disease. What we don't have is an environment built to get them to patients in time. Neovia is that environment.
Life-saving therapies are trapped in 10–15 year approval pipelines. AI has compressed discovery timelines by 10x, but the regulatory environment hasn't changed in decades. The gap between what science can do and what the system allows is widening.
When timelines are long and failure rates exceed 90%, capital sits on the sidelines. Compress the timeline and you fundamentally change the investment equation. Every dollar of R&D investment becomes 5 to 10 times more efficient.
China, Singapore, and the UAE are building fast-track biotech environments. The U.S. risks losing its leadership position not because of inferior science, but because of a regulatory environment designed for a different era.
Special economic zones have a proven track record of accelerating industries. Shenzhen. Dubai. Singapore. The model works. It has never been applied to U.S. biomedical innovation at this scale.
This is the first moment in history where infrastructure, policy, science, and capital can be realigned around speed.
AI has reduced drug discovery timelines by 10x. The bottleneck is no longer the lab. It is the regulatory path between lab and patient.
China, Singapore, and Saudi Arabia are building fast-track biotech environments with billions in sovereign capital. U.S. policy openness is increasing in response.
Expanded Right to Try frameworks, validated surrogate endpoint pathways, and growing bipartisan support for regulatory modernization create a foothold for accelerated clinical deployment on U.S. soil.
Billions have flowed into biotech and therapeutic development. Institutional capital is waiting for an environment where compressed timelines and reduced regulatory risk fundamentally change the return profile.
These forces are converging now. The question is not whether a U.S. biotech acceleration zone will be built. It is who will build the first one.
Neovia combines three elements that have never been co-located in a single U.S. environment.
Accelerated FDA pathways using validated surrogate endpoints, Expanded Right to Try frameworks, and provisional reimbursement models. Developed with constitutional attorneys and federal policy experts.
Wet labs, AI-driven discovery platforms, GMP manufacturing, and clinical trial facilities. Co-located in a single district designed for biomedical speed and scale.
A single destination where leading scientists, biotech companies, and clinical teams work side by side to get treatments for cancer, neurodegeneration, and chronic disease to patients in 18 to 24 months.
Neovia's leadership combines decades of experience in governance, biotech strategy, and large-scale development.
45+ years building alternative governance systems and parallel economic frameworks. Economist, investor, and author.
Entrepreneur and strategist leading ground-up execution across systems, alliances, infrastructure, and capital strategy.
MIT engineer, futurist. Founding faculty, Singularity University. Co-author of The Death of Death.
Architect of Estonia's digital government. Creator of the world's first e-Residency program.
Selective positions across biotech, AI drug discovery, regulatory strategy, and development.
Advisory participation is structured with defined scope across regulatory strategy, infrastructure development, and scientific oversight. Neovia operates within American legal and economic frameworks.
Neovia works with scientists at the frontier of chronic disease, cancer treatment, neurodegeneration, and regenerative medicine.
Our scientific network includes researchers affiliated with the LEV Foundation, Sierra Sciences, ARPA-H, 21st Century Medicine, Ora Biomedical, European Wellness Biomedical Group, and the Regenerative Medicine Foundation.
Full scientific advisory details available upon request.
Cancer. Alzheimer's. Heart disease. Diabetes. Parkinson's. The science to treat these conditions is advancing faster than at any point in human history. But a regulatory system that takes 10 to 15 years to move a treatment from discovery to patient means that progress is not reaching the people who need it. Meanwhile, other nations are building environments designed to move faster. The question is whether America will lead or follow.
For policymakers, scientists, and institutional partners who share this priority, we welcome the conversation.
Hear directly from the scientists, founders, investors, and pioneers leading the charge to cure disease, extend life, and transform the future of healthcare.
Whether you are a researcher, policymaker, institutional partner, or investor, and you believe the U.S. should lead the next era of biomedical innovation, we would like to hear from you.


Liz Parrish is a respected voice in gene therapy and the founder of BioViva Sciences, a company dedicated to advancing regenerative medical technologies. Her focus is on accelerating scientific pathways that address age-related diseases through targeted cellular interventions.
As an early supporter of Neovia, her leadership reinforces the city’s commitment to practical, patient-centered innovation.
Founder of one of the world’s most recognized gene therapy startups
Advocate for medical freedom and accelerated biotech access
Signed Neovia’s LOI to support deregulated therapeutic development



Dr. Andrews is a renowned molecular biologist with over three decades of experience in genetic research and therapeutic development.
He is the founder of Sierra Sciences, a biotech company at the forefront of exploring ways to address cellular aging mechanisms. With dozens of patents and a career rooted in scientific rigor, Dr. Andrews brings world-class credibility to Neovia’s biotech vision.
Holds over 60 patents in molecular biology and telomere research
Former Director of Molecular Biology at Geron Corporation
Committed to advancing science outside of bureaucratic bottlenecks
Copyrights 2026 | Neovia | Terms & Conditions