With the rise of digital banking and ongoing system upgrades, banks worldwide are working to provide faster and more secure services. Unfortunately, scammers are quick to exploit these transitions, tricking
users into sharing personal information through impersonation tactics. Here’s how you can protect yourself from bank impersonation scams, no matter where you bank.
Cybersecurity threats are becoming more sophisticated and unpredictable, with zero-day vulnerabilities among the most dangerous. These vulnerabilities allow attackers to exploit flaws before a patch is available. For businesses that depend on secure IT infrastructure, detecting and mitigating these threats as quickly as possible is critical for safeguarding data and protecting network infrastructure.
In today’s dynamic and rapidly evolving digital ecosystem, traditional security measures can barely keep up the pace. With each passing day, threat actors come up with new techniques and develop new tools, making the digital landscape a high-stakes game of cat and mouse. Artificial intelligence and machine learning presents a massive game changing opportunity in the continuous battle with threat actors.
Maintaining robust security is more challenging than ever as cyber threats grow increasingly sophisticated, targeting the core of our digital infrastructure. Amidst these challenges, one principle has emerged as indispensable for effective protection: visibility. This article explores the importance of visibility in Information security, focusing on Network Access Control (NAC) as a case study.
On the 19th of July 2024 the world witnessed what is being tagged as the largest IT outage in history caused by cybersecurity giant CrowdStrike. The disruption crippled critical IT systems globally, including healthcare systems in England and Northern Ireland, railway systems in the UK, 911 emergency services in the US and international air travel with the air travel industry being the most severely affected.
Zero Trust Architecture (ZTA) is a security model that eliminates complete trust and seeks to authenticate, authorise and continuously validate every entity, this includes entities attempting to gain access into an organization’s network as well as entities within the network. ZTA was introduced as an improvement on traditional security models which is based on a castle-and-moat concept. Using the castle-and-moat concept meant that focus was placed only on making it difficult to obtain access to a network.
