Cybersecurity threats are evolving faster than ever. From ransomware attacks and data breaches to global infrastructure threats, organizations across every industry need highly trained professionals capable of defending digital systems and critical data. The Cyber Security Master’s Degree at University of Advancing Technology (UAT) prepares students to move beyond entry-level cybersecurity roles and into leadership, strategy and advanced technical defense positions.
University of Advancing Technology (UAT) was proudly represented at the annual Governance of Emerging Technologies and Science (GETS) Conference, hosted by the Sandra Day O’Connor College of Law at Arizona State University.
The prestigious event brought together global regulators, legal scholars, and technology experts to address a critical question: How do we govern innovations that are evolving faster than our legal frameworks?
Representing UAT, Professor Rawad Habib had the privilege of delivering two distinct talks focusing on the intersection of data security, decentralization, and regulatory compliance.
On Thursday, May 21, I joined Session 3.6 on Cyber Security to address the intricate legal and technical challenges of managing information across international lines.
Cross-Border Data Governance: Managing Privacy, Security, and Regulation in a Global Digital World
In this session, Rawad Habib, Professor of Blockchain, explored how traditional, localized data regulations clash with our boundaryless, decentralized digital ecosystem. The presentation analyzed the friction between data sovereignty laws (like the EU's GDPR) and global cloud architectures, offering technological frameworks that allow enterprises to maintain strict security without stifling cross-border innovation.
It was an honor to share the session stage with an incredible cohort of cyber security and legal minds:
On Friday, May 22, the conversation shifted from macro governance down to specific, cutting-edge cryptographic tools during Session 4.6 on Blockchain and Financial Technology.
Zero-Knowledge Proofs and Privacy Regulation: Using Cryptography to Balance Compliance and Trust
For the second presentation, Rawad Habib, Professor of Blockchain, focused on a massive bottleneck in the blockchain space: the tension between user privacy and regulatory compliance (like Anti-Money Laundering laws). The talk demonstrated how Zero-Knowledge Proofs (ZKPs)—cryptographic protocols that allow one party to prove to another that a statement is true without revealing any actual underlying data—can bridge this gap. By utilizing ZKPs, systems can prove compliance to regulators while keeping consumer identity entirely private.
The panel provided a brilliant, multi-dimensional view of blockchain architectures and financial technology governance, alongside co-presenters:
Bringing the Leading Edge Back to the UAT Classroom
Every modern organization relies on secure, high-performing networks. From cloud platforms and financial systems to healthcare databases and enterprise applications, infrastructure must be designed, maintained, and protected by skilled professionals. At University of Advancing Technology (UAT), located in Tempe, the Network Engineering degree prepares students to build and secure the digital backbone of today’s economy.
Technology Forensics plays a critical role in modern investigations as digital systems become central to business operations, communication, and security. From cybercrime and data breaches to corporate investigations and legal proceedings, organizations rely on digital evidence to uncover facts and protect assets. Earning a Technology Forensics degree equips students with the analytical and technical skills needed to investigate, preserve, and interpret digital data in real-world scenarios.
With the world more interconnected than ever, threats to personal and organizational data have grown in number and complexity. The digital world needs skilled defenders who can safeguard online interactions for individuals, businesses, and governments alike. Network security is the foundation of this protection, providing the tools and strategies to detect attacks, defend systems, and ensure safe digital operations. At University of Advancing Technology (UAT), the Network Security degree equips students with hands-on experience in cyber defense, encryption, penetration testing, and incident response—skills that prepare graduates to thrive in one of today’s fastest-growing career fields.
On the 6th day of Techmas, we’re celebrating University of Advancing Technology's (UAT) six top blogs of 2025! From Artificial Intelligence (AI) art reaching the Moon to award-winning hackathon wins, immersive experiences at CactusCon, Student Innovation Projects (SIP), esports community highlights, and top Niche rankings, these stories showcase the creativity, skill, and innovation that make UAT students stand out.
On the fourth day of Techmas, University of Advancing Technology's (UAT) Cyber Security Faculty are here to help you stay safe online this holiday season! From phishing scams disguised as festive deals to Wi-Fi risks while shopping on the go, the digital world can be just as tricky as it is convenient. That’s why they have rounded up their favorite tips to protect your data, devices, and digital identity—so you can focus on the joy of the season without worrying about cyber Grinches.
Happy National Computer Security Day! To celebrate this, we are going to go over 4 tips and why they are important to keep your computer safe. We when we look at risk, one of the biggest indicators is what websites you go to and files that are downloaded. This is because when you visit a new website or download a file you add new unknown factors that could be malicious.
When it comes to cybersecurity, the pressure is real, the stakes are high, and only the sharpest digital defenders rise to the challenge. This fall, University of Advancing Technology’s (UAT) Cyber Ninjas stepped confidently onto the virtual battlefield of the National Cyber League (NCL)—a nationwide competition that tests the skills, strategy, and grit of the next generation of cyber professionals.