In 2022, the CU Boulder campus adopted baseline security standards for university-owned computers and servers, which are being implemented through the Secure Computing project. The Secure Computing ...

As cloud computing becomes more common, businesses have had to contend with the challenge of protecting sensitive data during processing. Confidential computing addresses this by keeping data in use ...

Historically, data security was primarily focused on safeguarding data residing within systems controlled by the users themselves, such as on-premise storage and server infrastructure. In such a ...

New CDN platform combines predictive traffic optimization, real-time threat detection, and edge computing in a unified ...

Computer chips drive the technologies we rely on every day, from smartphones to medical devices. Yet many chips remain vulnerable to hardware-level attacks that can compromise privacy, safety and ...

Secure computing standards set the basic rules for all university-owned computers and servers. CU Boulder uses these standards to protect university data and make our technology systems safer. These ...

Secure outsourcing in cloud computing addresses the challenge of delegating computationally intensive and data‐sensitive tasks to remote servers while safeguarding privacy and ensuring result ...

Artificial Intelligence (AI), data analytics, and high-performance computing (HPC) are transforming industries such as healthcare, finance, and manufacturing. These workloads rely on distributed ...

Digital transformation has radically reshaped the landscape of Information Technology (IT), with Cloud Computing emerging as one of the most robust pillars of this new era. Although the concept of ...