Intellectual Property | Breaking Cybersecurity News | The Hacker News

In an era where digital transformation drives business across sectors, cybersecurity has transcended its traditional operational role to become a cornerstone of corporate strategy and risk management. This evolution demands a shift in how cybersecurity leaders—particularly Chief Information Security Officers (CISOs)—articulate the value and urgency of cybersecurity investments to their boards.  The Strategic Importance of Cybersecurity Cybersecurity is no longer a backroom IT concern but a pivotal agenda item in boardroom discussions. The surge in cyber threats, coupled with their capacity to disrupt business operations, erode customer trust, and incur significant financial losses, underscores the strategic value of robust cybersecurity measures. Moreover, as companies increasingly integrate digital technologies into their core operations, the significance of cybersecurity in safeguarding corporate assets and reputation continues to rise. The Current State of Cybersecurity in Corpo

The U.S. Department of Justice (DoJ) announced the indictment of a 38-year-old Chinese national and a California resident for allegedly stealing proprietary information from Google while covertly working for two China-based tech companies. Linwei Ding (aka Leon Ding), a former Google engineer who was arrested on March 6, 2024, "transferred sensitive Google trade secrets and other confidential information from Google's network to his personal account while secretly affiliating himself with PRC-based companies in the AI industry," the DoJ  said . The defendant is said to have pilfered from Google over 500 confidential files containing artificial intelligence (AI) trade secrets with the goal of passing them on to two unnamed Chinese companies looking to gain an edge in the ongoing AI race. "While Linwei Ding was employed as a software engineer at Google, he was secretly working to enrich himself and two companies based in the People's Republic of China," sa

In today's digital world, where connectivity is rules all, endpoints serve as the gateway to a business's digital kingdom. And because of this, endpoints are one of hackers' favorite targets.  According to the IDC,  70% of successful breaches start at the endpoint . Unprotected endpoints provide vulnerable entry points to launch devastating cyberattacks. With IT teams needing to protect more endpoints—and more kinds of endpoints—than ever before, that perimeter has become more challenging to defend. You need to improve your endpoint security, but where do you start? That's where this guide comes in.  We've curated the top 10 must-know endpoint security tips that every IT and security professional should have in their arsenal. From identifying entry points to implementing EDR solutions, we'll dive into the insights you need to defend your endpoints with confidence.  1. Know Thy Endpoints: Identifying and Understanding Your Entry Points Understanding your network's

The United States Department of Justice has announced criminal charges and sanctions against 9 Iranians involved in hacking universities, tech companies, and government organisations worldwide to steal scientific research resources and academic papers. According to the FBI officials, the individuals are connected to the Mabna Institute , an Iran-based company created in 2013 whose members were allegedly hired by the Iranian government for gathering intelligence. Though the content of the papers is not yet known, investigators believe it might have helped Iranian scientists to develop nuclear weapons. In past four years, the state-sponsored hacking group has allegedly infiltrated more than 320 universities in 22 countries—144 of which were in the United States—and stolen over 30 terabytes of academic data and intellectual property. The group used spear-phishing attacks to target more than 100,000 e-mail accounts and computer systems of the professors around the world, and suc

Researchers have uncovered several major weaknesses in the implementation of the Institute of Electrical and Electronics Engineers (IEEE) P1735 cryptography standard that can be exploited to unlock, modify or steal encrypted system-on-chip blueprints. The IEEE P1735 scheme was designed to encrypt electronic-design intellectual property (IP) in the hardware and software so that chip designers can protect their IPs from hackers and other prying eyes. Majority of mobile and embedded devices include a System-on-Chip (SoC), a single integrated circuit that can consist of multiple IPs—a collection of reusable design specifications—like a radio-frequency receiver, an analogue-to-digital converter, a digital signal processing unit, a graphics processing unit, a cryptographic engine, from different vendors. Therefore, these licensed IPs are quite valuable to their vendors, so to protect them from being reverse engineered after being sold, the IEEE developed the P1735 standard to encryp