Natalio Krasnogor

Prof. Dr. Krasnogor is a recognised leader at the interface of computing science and synthetic biology. Krasnogor holds a UK’s Royal Academy of Engineering Chair in Emerging Technologies in DNA data storage and is a Professor of Computing Science and Synthetic Biology at Newcastle University, where he leads the Interdisciplinary Computing and Complex Biosystems (ICOS) research group. ICOS advances the integration of computing, synthetic biology and nucleic acids nanotechnology and applies AI and computational tools to biotechnology and the life sciences. Krasnogor has a particular interest on advancing the biosecurity, traceability, and transparency of engineered biological assets, particularly within the realm of environmental biotechnology for environmental restoration and pollutant degradation bringing together publicly funded activities such as the UK’s Environmental Biotechnology Innovation Centre (EBIC) or Cyanobacteria engineering for restoring environments (CYBER) mission award with business innovators. To that end, Krasnogor founded GitLife Biotech Ltd, born from his work on digital twins, version control for cell engineering, and DNA-based data structures. As CTO, he leads efforts to enhance synthetic biology workflows with advanced digital tools including AI and cryptography to contribute to the security of the biological supply chains.

GitLife Biotech
Tuesday
May 06
Securing the Future: Biosecurity Innovations in Synthetic Biology and Allied Technologies
3:30 PM

-

4:15 PM

The rise of synthetic biology and its various offshoot applications in climate tech, biotech, medtech, foodtech and allied technologies such as DNA data storage presents unprecedented opportunities for innovation and societal benefits, while also creating new challenges in biosecurity. This session will explore strategies to secure the synbio supply chain, opportunities and challenges in scalable containment technologies, traceability systems such as genomic barcoding, deployment of AI solutions for biosecurity, and frameworks for managing the intellectual property (IP) rights of engineered biological assets in a rapidly complexifying supply chain. Our expert panel will discuss the role of emerging technologies in enhancing supply chain transparency, safeguarding against misuse, and ensuring compliance with evolving regulatory landscapes. Join us to gain valuable perspectives on how collaborative public-private efforts, innovative digital and molecular tools, and adaptable regulatory practices can maintain security, foster ethical growth, and protect public trust across the engineering biology ecosystem.

Conference Pass

2,495

USD

Keynotes & Firesides

Workshops & Breakouts

1:1 Partnering App

Meals & Receptions

Session Recordings

Until Friday April 18th

Full Rate:

$3,495

Other Speakers

Copyright SynBioBeta 2025