Bluerydge Leads Secure Robotics Discussion at Innovation Event

Bluerydge Leads Discussion on Secure Robotics at Innovation Event

Advancing Security in Robotics and AI

As artificial intelligence and robotics become more integrated into daily life, ensuring their security, reliability, and trustworthiness is critical. Bluerydge is at the forefront of this challenge, pioneering Secure Robotics research to develop advanced cybersecurity frameworks for robotic systems.

Last Monday, Bluerydge Director Adam Haskard led an insightful discussion on Secure Robotics at the ‘On the Forefront of Innovation with Bluerydge and University of Canberra’ event, where he introduced his research on developing security protocols to protect robotic systems from cyber threats.

A Collaborative Approach to Secure Robotics

Adam was joined by Dr. Damith Herath, Lead of the Collaborative Robotics Laboratory at the University of Canberra, to explore the interdisciplinary challenges of robotics security.

Key topics included:

• Developing a security framework for robotic systems.
• Ensuring AI-driven robotics are safe, secure, and trustworthy.
• Addressing cybersecurity risks in autonomous machines and robotic automation.
• The role of interdisciplinary collaboration in securing robotics.

The event provided an interactive platform where participants engaged in open discussions about the future of Secure Robotics, reinforcing the need for stronger cybersecurity measures in AI-powered systems.

The Growing Need for Secure Robotics

The discussion highlighted the pressing need for robust security frameworks in robotics, as AI and automation continue to expand into critical sectors such as:

• Healthcare – AI-assisted robotic surgery and medical automation.
• Defence – Autonomous systems and unmanned vehicles.
• Smart Cities – AI-driven traffic control and urban planning.
• Manufacturing & Logistics – Robotics in supply chains and industrial automation.

As these technologies advance, cybersecurity risks increase, making it essential to design security-first robotics that can operate safely in real-world environments.

“We are developing a framework that ensures robotic systems are resilient to cyber threats, safe for human interaction, and capable of operating without the risk of external compromise,” says Adam Haskard.
“By integrating robust cybersecurity protocols, Secure Robotics can establish trust in autonomous systems—just as internet security transformed online banking.”

Building Trust in Autonomous Systems

With cyber threats targeting AI-driven technologies, securing robotic systems is no longer optional—it’s essential. The Secure Robotics framework being developed by Bluerydge aims to:

• Protect autonomous systems from hacking and external manipulation.
• Ensure predictable and safe robotic behavior.
• Create encryption and fail-safe mechanisms to secure data exchange.
• Establish ethical guidelines for AI-driven decision-making in robotics.

The event emphasised the necessity of cybersecurity in robotics, ensuring that as these technologies evolve, they remain safe, resilient, and capable of coexisting with human operators.

A Huge Thank You to Our Partners and Participants

Bluerydge extends a sincere thank you to Canberra Cyber Hub for organising and hosting this important event. We also appreciate the University of Canberra for their ongoing collaboration in robotics security research and all attendees who participated in the discussion.

By continuing to lead in cybersecurity and Secure Robotics research, Bluerydge is helping shape the future of AI and automation security.

Looking Ahead

The conversation around Secure Robotics is just beginning, and Bluerydge will continue to drive innovation and research in this space. As AI and robotics expand into new industries, Bluerydge remains committed to ensuring these systems are not just intelligent—but secure, reliable, and cyber-resilient.

For organisations and researchers interested in collaborating on Secure Robotics, we invite you to reach out and explore how Bluerydge can help secure the future of AI-driven automation.