Mobile devices are an integral part of an efficient workplace and securing them has become a prevailing concern for individuals and organizations, given their widespread use and the sensitive data they contain. To address these concerns and to provide guidance on how mobile devices can be protected, the National Institute of Standards and Technology (NIST) has developed a set of guidelines for managing the security of mobile devices throughout...

One Cybersecurity and Infrastructure Security Agency (CISA) program that has been widely adopted throughout the federal government also is one of its longest-established – the Continuous Diagnostics and Mitigation (CDM) program. Introduced in 2012, the program provides a dynamic approach to strengthening the cybersecurity of government networks and systems. The program has evolved over the past decade to add new capabilities, including c...

Alex Khan is an advisor, entrepreneur, author and educator in quantum computing. He is CEO of ZebraKet, a Canadian startup in leak detection and sensor optimization using quantum methods and AI. He is the author of “Quantum Computing Experimentation with Amazon Braket”. He is currently a mentor at QuForce.org. He had roles at Chicago Quantum, where he co-authored papers on portfolio optimization using D-Wave, Harrisburg University...

Discover the transformative potential of edge computing in the Department of Defense, Homeland Security, and Law Enforcement agencies. This webinar explores how edge computing improves agility by leveraging flexible compute platforms and placing compute and tooling closer to decision-makers in the field, touching on the concept of data gravity. Learn how real-time data processing and analysis at the edge enable rapid decision-making and respon...

The persistence of nation-state actors has introduced a threat to America’s cybersecurity landscape that has never been seen before. Ample countermeasures have been prescribed through various White House, DoD, and CISA guidance that places responsibility on government and private industry to follow these new guidelines for the development of secure software. As we turn the corner toward the close of the federal fiscal year and begin cybe...

Participate in an insightful panel discussion as we delve into the crucial topic of federal software supply chain modernization and compliance standards for Software Bill of Materials (SBOMs) in line with The President’s Executive Order 14028. This webinar aims to address the challenges faced by federal agencies, share best practices, explore avenues for improving efficiencies, and establish a compliance standard for SBOMs in the softwar...

When the Cybersecurity and Infrastructure Security Agency (CISA) released its Zero Trust Maturity Model Version 2.0 in April, it identified access management as a core function within the Identity Pillar. Identity is the very first of five such pillars, and brings the need for privileged access management into clear focus. Identity is defined by CISA as “an attribute or set of attributes that uniquely describes an agency user or entity,...

Federal agencies across government have started the shift in mindset from just patching and remediation to truly transformative cybersecurity modernization. There is no better example than the move to developing zero trust architecture governmentwide. While every agency is in a different stage of its ZT implementation journey, there are key guideposts and best practices that every federal IT and security team should be following to optimize th...

OASIS+ is here! It will provide the first highly visible test of the contracting community’s response to the call for more rigorous cybersecurity. Read the requirements of OASIS+, and you’ll see that your company needs pre-award C-SCRM – proof of your cybersecurity compliance. These requirements are the same ones that are currently necessary for all government contracts and are equivalent to CMMC Level 1. What does that mean...

This webinar will discuss the latest research on a class of intractable large-scale optimization problems on its AdvantageTM quantum system, which has 5,000+ qubits. Andrew will examine the recent collaborative research between D-Wave and Boston University and highlight how this marks a significant achievement for quantum technology, as it demonstrates a computational advantage over classical approaches.