Our Projects

Explore how BiosView Labs transforms ideas into reality, showcasing our expertise in technology through successful projects and impactful case studies.

Showcasing Our Expertise

BiosView Labs

BiosView Labs, virtually based in Oswego, Kansas,  specializes in the intersection of biological safety and cybersecurity, particularly focusing on Biocybersecurity (BCS) and Cyberbiosecurity(CBS). Their work involves exploring the convergence of biological sciences with digital security, aiming to safeguard biological data and systems from cyber threats.

The lab has been involved in an extensive array of research endeavors, including, but not limited to:

Core Research Areas:

  1. Organoid Research:
    Investigating the potential of organoids—miniaturized, lab-grown versions of organs—for studying organ systems, their functionalities, and applications in biocomputing and cybersecurity.

  2. Maritime Biosecurity:
    Exploring biosecurity and cybersecurity intersections in maritime contexts to protect biological data in these environments.

  3. Academic Writing and Education:
    Emphasizing interdisciplinary research and effective communication in scientific domains.

  4. Advanced Agriculture:
    Examining the implications of cyberbiosecurity in advanced agriculture.

  5. Healthcare Innovation:
    Addressing challenges related to integrating technology into healthcare securely.

  6. IoT Health Devices Security:
    Investigating vulnerabilities in connected healthcare devices.

  7. Advanced Persistent Threats (APTs) in Biocybersecurity:
    Assessing and mitigating potential threats to biological data.

  8. Human Factors in Biocybersecurity Wargames:
    Enhancing training and preparedness against biocyber threats.

  9. Social Media and Health Misinformation:
    Developing strategies to combat health misinformation.

  10. Virtual Surgical Planning:
    Reviewing technologies for better surgical outcomes.

Emerging Cyberbiosecurity Topics:

  1. Cyberbiosecurity in Supply Chains:
    Strengthening biological materials’ security within global supply chains.

  2. Biological Data Encryption Protocols:
    Creating advanced encryption methods for secure biological data storage.

  3. Collaborative AI for Biosecurity:
    Building AI tools to monitor and predict biosecurity threats.

  4. Biocybersecurity Policy Frameworks:
    Developing policy recommendations for securing biological systems.

  5. Cybersecurity for Biomanufacturing:
    Safeguarding digital operations in manufacturing environments.

  6. Synthetic Biology and Cyber Risks:
    Evaluating potential risks in synthetic biology research.

  7. Wearable Biosecurity Technology:
    Designing wearables to monitor and secure biological data.

  8. Digital Twin Systems for Biocybersecurity:
    Simulating biological systems for secure predictive modeling.

  9. Genome Data Protection:
    Ensuring confidentiality and integrity in genomic research databases.

  10. Automated Threat Detection in Biological Networks:
    Applying machine learning to detect vulnerabilities.

Expanding Biological Safety:

  1. Eco-Cybersecurity in Agriculture:
    Addressing ecosystem-level impacts in smart farming.

  2. Pathogen Data Security:
    Securing databases of infectious disease research.

  3. Gene Editing Cyber Risks:
    Evaluating risks associated with CRISPR and similar technologies.

  4. Hospital Cyber-Bio Preparedness:
    Enhancing hospitals’ defenses against biocybersecurity breaches.

  5. Forensic Biosecurity Tools:
    Developing tools for investigating biosecurity incidents.

  6. Ethical AI in Biocybersecurity:
    Addressing the ethical implications of AI use.

  7. Educational Platforms for Biocybersecurity:
    Creating interactive platforms to train future researchers.

  8. Digital Biometrics Security:
    Protecting sensitive biometric data from cyber threats.

  9. Resilient Biocybersecurity Networks:
    Building systems that adapt to evolving threats.

  10. Collaborative Data Sharing Models:
    Securing data-sharing practices across global institutions.

Innovative Applications:

  1. Advanced Imaging for Biocybersecurity:
    Using imaging technologies to improve system monitoring.

  2. Biosensor Integration in Cyber Systems:
    Designing sensors for real-time threat detection.

  3. AI-Driven Threat Modeling:
    Developing predictive models for emerging threats.

  4. Cyber-Physical Systems in Biosecurity:
    Integrating physical and digital defenses for biological facilities.

Biocybersecurity (BCS) Cyberbiosecurity (CBS) Mentoring

Biosview Labs collaborates with multiple organizations. These can be offered on a group or individual basis, by merit and impact of the project. A noteable collaboration is with the Virginia based group, Cyberlinc:

CyberLINC is a cybersecurity education and training organization based in Franklin, Virginia. Established in 2020, CyberLINC focuses on providing accessible cybersecurity education, particularly to marginalized communities, through mentorship, classes, support, and resources.

Cyberlinc
 

Mission and Offerings:

  • Educational Programs: CyberLINC offers both in-person and online classes taught by industry professionals. In-person meetings are held monthly in Suffolk, VA, while online classes cover topics such as Introduction to Cybersecurity, Linux Fundamentals, IT Fundamentals, and more.

    Mentorship and Support: The organization provides mentorship, educational resources, practice tests, and career guidance to help individuals kickstart their careers in cybersecurity.

  • Certification Training: CyberLINC offers certification training and reimbursement, along with direct recruitment ties to connect members with potential employers.

Contact Information:

CyberLINC is committed to building cybersecurity professionals by providing accessible education and fostering a supportive community for individuals at all stages of their cybersecurity journey.

BCS/CBS Publishing and Workshop Initiative

BiosView Labs aims to empower organizations  to expand their scope of defense. In this, they publish articles aimed at provoking thought about the expanded attack surfaces offered by BCS and CBS, to spur better defensive thinking.

Mystery Platform

Development of a platform to take our work to another level.

  • Client: N/A
  • Date: March 2026
  • Impact: Massive.