Cyberbiosecurity is an emerging discipline at the intersection of cybersecurity and life sciences, as digitaldependence across genomics, laboratory automation, biomanufacturing, and digital health expands the attack surface of thebioeconomy. This paper synthesizes peer-reviewed literature, government reports, and public incident investigations to mapcyber-biological threats, document observed incidents (e.g., healthcare ransomware and documented proofs-of-concept forDNA-encoded exploits), and identify systemic gaps in preparedness, workforce capacity, and governance. The literatureindicates recurring vulnerabilities in healthcare and biotechnology supply chains, demonstrated operational impact fromransomware incidents, and credible research demonstrating new attack vectors such as malware encoded in synthetic DNAsequences. Drawing on these sources, we present the Integrated Cyberbiosecurity Defense Framework (ICDF) - a proposedmulti-layered strategy combining bio-risk assessment, AI-driven detection, digital-twin simulation, fusion centers for crossdisciplinaryresponse, and workforce development - and recommend policy, technical, and organizational steps forimmediate adoption.
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