Maintaining a strict logical and physical separation between operational technology and information technology networks is necessary to prevent lateral movement by attackers who have breached the corporate perimeter. As industrial environments become increasingly interconnected, the traditional
Private capital investment in the autonomous trucking industry has already surpassed six billion dollars since 2018, driving a relentless corporate push toward full automation. This massive financial influx reflects a high-stakes bet that artificial intelligence will soon redefine the backbone of
Synthesizing high-performance polymers like Tullomer requires lower energy inputs than standard materials, offering a more sustainable path for future industrial scaling. For decades, the narrative surrounding industrial progress centered almost exclusively on the advancement of robotic systems and
Success in the high-performance computing sector depends on the ability to scale production volume without compromising the intricate electrical connections of the PCB. Isu Petasis is currently navigating this critical challenge by weighing a significant secondary investment in its manufacturing
Collaborating with Defence Research Development Canada on the PolarLink mission will evaluate how low-Earth-orbit satellite constellations can serve as reliable communication relays for Arctic defense operations. This endeavor reflects the broader ambition of the University of Victoria Centre for
Industry 4.0 technologies have inadvertently expanded the attack surface for manufacturers by creating a complex intersection between information technology and physical operational systems. The current landscape has shifted from basic automation to the deployment of agentic artificial
