Capitology Blog

As both modern and legacy industrial systems associated with food and water supplies become increasingly connected to the internet, understanding and implementing robust cybersecurity is essential to protecting these areas of critical infrastructure.

While rapid digitalization and interconnectedness is benefiting the healthcare industry, it is also opening paths to increased cyberattacks. With a multimillion-dollar cybersecurity budget, these organizations have a growing need for more cyber professionals to lead in protecting valuable data and in turn, patient lives.

From crowded factory floors to disaster zones, swarm robotics is an emerging engineering focused on solving complex engineering challenges that enable multiple robots to communicate, coordinate, and adapt as a team.

While computer science and cybersecurity serve different purposes, they share technical foundations that can create diverse career opportunities across computing, security, and cyber defense.

Maryland continues to take a forward-thinking approach to AI governance through evolving legislation and statewide oversight to address emerging security risks like deepfakes, fraud election misinformation, and data center management.

The dynamic field of avionics is increasingly being adapted for conservation efforts, helping to restore fragile ecosystems and support research to protect endangered species.

A cybersecurity degree is increasingly valuable in today’s digital economy, providing students with the skills needed to pursue in-demand careers in a growing field.

Recent humanoid robot racing showcases how far robotics has come and what these advances could mean for the future of intelligent machines and careers in the field.

Discover how the future of construction safety is changing, from OSHA standards and wearable technology to AI, predictive analytics, and VR/AR training that enable proactive interventions and protect workers.

Reusable rocket boosters are emerging as an innovative way to reduce the environmental and resource costs of orbital flight by shifting launch vehicles from single-use systems to reusable, multi-mission platforms.