• UVA Engineering Researcher Has Plan to Defeat the Next Big Cyberattack

    “Zero-day attacks” are the cyberattacks that disable large-scale computer programs, catching their victims off guard. In recent years, they’ve been happening more often and have become increasingly difficult to fix. From zero-day to ransomeware attacks, UVA’s Ashish Venkat believes cybersecurity should be fast and affordable for all.

  • Computer Scientists Awarded $3M to Bolster Cybersecurity

    A $3 million grant from the DARPA, the research and development arm of the U.S. Department of Defense, aims to leverage reinforcement learning to make computer networks stronger, dynamic and more secure.

  • Cyber Defenders: Interns Take on National Security Challenges

    Over the past two decades, nearly 500 undergraduates and graduate students in cybersecurity, computer science, computer engineering and related fields have worked on research projects, attended training courses and technical tours while receiving mentorship and unparalleled networking opportunities.

  • Apple and Google Are Introducing New Ways to Defeat Cell Site Simulators, But Is it Enough?

    Cell-site simulators (CSS)—also known as IMSI Catchers and Stingrays—are a tool that law enforcement and governments use to track the location of phones, intercept or disrupt communications, spy on foreign governments, or even install malware.

  • Future-Proof Security Architecture for Healthcare Communications

    Electronic patient records, digital medication plans, e-prescriptions: These applications are all key elements of the telematics infrastructure (TI). Germany’s telematics infrastructure (TI) aims to allow healthcare professionals to exchange patient data securely, rapidly and from anywhere. The platform for healthcare applications will soon see a new, flexible and therefore future-proof security architecture.

  • Detecting Malware Through Hardware-Integrated Protection

    What if malicious software and viruses – or malware – detection could simply be built into the hardware of future computers? With a grant from NSF, a Texas A&M lab will work to move malware detection from software to hardware, expanding on existing technology.

  • How Trustworthy Are Large Language Models Like GPT?

    More people feel comfortable outsourcing important projects to AI. New research shows why we shouldn’t, as generative AI may be riddled with hallucinations, misinformation, and bias.

  • Using Quantum Computing to Protect AI from Attack

    Despite their incredible successes and increasingly widespread deployment, machine learning-based frameworks such as AI remain highly susceptible to adversarial attacks – that is, malicious tampering with their data causing them to fail in surprising ways. AI can thus be fooled into making mistakes, sometimes risking lives — but quantum computing could provide a strong defense.

  • Virtual City Prepares Students for Future of Cybersecurity

    CyberApolis is a virtual city used to train the next generation of cyber professionals to address national security concerns. The “city” includes a bank, hospital, large retailer, water company, power companies, an underground hacker community, an organized crime family and a growing number of smaller retailers.

  • Major Update to NIST’s Widely Used Cybersecurity Framework

    The world’s leading cybersecurity guidance is getting its first complete makeover since its release nearly a decade ago. NIST has revised the framework to help benefit all sectors, not just critical infrastructure.

  • DHS: Additional $374.9 Million in Funding to Boost State, Local Cybersecurity

    State and local governments face increasingly sophisticated cyber threats to their critical infrastructure and public safety. On Monday, DHS announced the availability of $374.9 million in grant funding for the Fiscal Year (FY) 2023 State and Local Cybersecurity Grant Program (SLCGP).

  • Reached: Milestone in Power Grid Optimization on World’s First Exascale Supercomputer

    Ensuring the nation’s electrical power grid can function with limited disruptions in the event of a natural disaster, catastrophic weather or a manmade attack is a key national security challenge. Compounding the challenge of grid management is the increasing amount of renewable energy sources such as solar and wind that are continually added to the grid, and the fact that solar panels and other means of distributed power generation are hidden to grid operators.

  • NSF Renews Cybersecurity Workforce Development Projects

    The U.S. National Science Foundation CyberCorps Scholarship for Service program is renewing funding for seven academic institutions, providing more than $24 million over the next four years. For over 20 years, the CyberCorps SFS program has played an important critical role in developing the U.S. cybersecurity workforce.

  • New National Cyber Workforce and Education Strategy

    Hundreds of thousands of cyber jobs in government and the private sector are vacant, and the administration says that filling them is a national security imperative. Today, the administration unveiled its ambitious National Cyber Workforce and Education  Strategy (NCWES) which aims at addressing both short-term needs and long-terms requirements.

  • If Cyber Is Uninsurable, the United States Has a Major Strategy Problem

    The opinions of leaders in the insurance industry are opinions not to be taken lightly, as experienced leaders and among the most respected minds in the global market. And they’re concerned. Or downright terrified. The debate within the insurance industry over cyber risks reveals an important potential weakness, but the reality is far more nuanced.