Digital Identity | Breaking Cybersecurity News | The Hacker News

Google has revealed that it will no longer trust digital certificates issued by Chunghwa Telecom and Netlock citing "patterns of concerning behavior observed over the past year." The changes are expected to be introduced in Chrome 139, which is scheduled for public release in early August 2025. The current major version is 137.  The update will affect all Transport Layer Security (TLS) server authentication certificates issued by the two Certificate Authorities (CAs) after July 31, 2025, 11:59:59 p.m. UTC. Certificates issued before that date will not be impacted. Chunghwa Telecom is Taiwan's largest integrated telecom service provider and Netlock is a Hungarian company that offers digital identity, electronic signature, time stamping, and authentication solutions. "Over the past several months and years, we have observed a pattern of compliance failures, unmet improvement commitments, and the absence of tangible, measurable progress in response to publicly di...

The FIDO Alliance said it's working to make passkeys and other credentials more easier to export across different providers and improve credential provider interoperability, as more than 12 billion online accounts become accessible with the passwordless sign-in method. To that end, the alliance said it has published a draft for a new set of specifications for secure credential exchange, following commitments among members of its Credential Provider Special Interest Group (SIG). This includes 1Password, Apple, Bitwarden, Dashlane, Enpass, Google, Microsoft, NordPass, Okta, Samsung, and SK Telecom. "Secure credential exchange is a focus for the FIDO Alliance because it can help further accelerate passkey adoption and enhance user experience," the FIDO Alliance said in a statement. "Sign-ins with passkeys reduce phishing and eliminate credential reuse while making sign-ins up to 75% faster, and 20% more successful than passwords or passwords plus a second facto...

The initial onboarding stage is a crucial step for both employees and employers. However, this process often involves the practice of sharing temporary first-day passwords, which can expose organizations to security risks. Traditionally, IT departments have been cornered into either sharing passwords in plain text via email or SMS, or arranging in-person meetings to verbally communicate these credentials. Both methods carry inherent risks, from man-in-the-middle attacks to the simple human error of password mismanagement. This vulnerability creates openings for hackers, who will aim to use weak or intercepted passwords to gain unauthorized access to corporate systems. In this post, we explore the pitfalls of traditional password distribution methods during employee onboarding and introduce a solution that enhances security without compromising the ease of access for new hires. It's possible for organizations to safeguard their digital environments right from the start, ensuring a se...

Just a few short years ago, lateral movement was a tactic confined to top APT cybercrime organizations and nation-state operators. Today, however, it has become a commoditized tool, well within the skillset of any ransomware threat actor. This makes real-time detection and prevention of lateral movement a necessity to organizations of all sizes and across all industries. But the disturbing truth is that there is actually no tool in the current security stack that can provide this real-time protection, creating what is arguably the most critical security weakness in an organization's security architecture.  In this article, we'll walk through the most essentials questions around the challenge of lateral movement protection, understand why multifactor authentication (MFA) and service account protection are the gaps that make it possible, and learn how Silverfort's platform turns the tables on attackers and makes lateral movement protection finally within reach. Upcoming We...

The stakes are high when it comes to cybersecurity. No longer are we dealing with unskilled hackers trying to break into corporate systems with brute force. Today, cybercriminals are using highly sophisticated methods like social engineering, spear phishing, and BEC to target users directly and log in with valid credentials. This is why the identity perimeter has become a critical battleground in the fight against cyberattacks. But, many businesses are still relying on outdated security strategies and tools, leaving their users and sensitive systems exposed. To help you tackle this pressing issue, we're inviting you to join our upcoming webinar with Dor Dali, Head of Research at Cyolo. Dor has extensive experience in the field and will be sharing his insights on how to secure your identity perimeter and overcome common challenges. Here's what you can expect from the webinar: A deep dive into what the identity perimeter is and why it should be a critical focus point of y...

Investing in digital identity can improve security, increase clinical productivity, and boost healthcare's bottom line.  —  b y Gus Malezis, CEO of Imprivata Digitalization has created immeasurable opportunities for businesses over the past two decades. But the growth of hybrid work and expansion of Internet of Things (IoT) has outpaced traditional 'castle and moat' cybersecurity, introducing unprecedented vulnerabilities, especially in the healthcare industry. Although all organizations have important data to secure, healthcare holds some of the public's most sensitive personal health information (PHI) – not to mention insurance and financial data, as well.  We all expect this information to be secured and protected, especially with HIPAA laws in place. However, due to increasing IT fragmentation and the growing sophistication of cyberattacks, this is no longer guaranteed. In fact, the number of individuals affected by health data breaches in the U.S. since 2009 is ...

Cybersecurity agencies in Australia and the U.S. are  warning  of an actively exploited vulnerability impacting ForgeRock's OpenAM access management solution that could be leveraged to execute arbitrary code on an affected system remotely. "The [Australian Cyber Security Centre] has observed actors exploiting this vulnerability to compromise multiple hosts and deploy additional malware and tools," the organization  said  in an alert. ACSC didn't disclose the nature of the attacks, how widespread they are, or the identities of the threat actors exploiting them. Tracked as  CVE-2021-35464 , the issue concerns a pre-authentication remote code execution (RCE) vulnerability in ForgeRock Access Manager identity and access management tool, and stems from an  unsafe Java deserialization  in the Jato framework used by the software. "An attacker exploiting the vulnerability will execute commands in the context of the current user, not as the root user (unl...