MGM Resorts has announced that it will be shutting down 12 of its hotels and casinos in and around Las Vegas. The reason—a ransomware attack of unknown magnitude on servers containing a goldmine of customer data. MGM reports that it managed to detect the breach at a fairly early stage and notify the authorities and law enforcement, but the damage incurred is yet to be evaluated.

Picture this: Your IT infrastructure is breached by a nefarious actor, who then encrypts critical data and holds your organization hostage until a ransom is paid. Far from hypothetical, this is exactly what happened to multi-billion-dollar casino operator MGM Resorts International last week when hit with a ransomware attack – the latest in a string of large-scale, high-profile cyber security incidents.

In a world where ones and zeros are the new battleground, these threats, cyberattacks have become a significant threat to governments worldwide. The United States, with its vast array of government agencies and critical infrastructure, is no exception. Cybersecurity threats that impact the public sector range from state-sponsored attacks to financially motivated hacking groups. In this blog post, we’ll delve into the top 7 cyberattacks on the U.S.

What do ambulances in the UK, the Norwegian government, and a major Russian bank have in common? They were all victims of successful supply chain attacks in July 2023. Could you be next? It’s more likely than you think. Organizations entrust more sensitive data to vendors and third parties (like government agencies and critical infrastructure operators) than ever as part of their software development and operations.

If you still rely on legacy antivirus software to stop modern cyberattacks, this post is for you. Today’s adversaries are relentless. While many threat actors have adopted newer techniques such as data extortion, identity-based threats and in-memory attacks to achieve their goals, some continue to rely on tried-and-proven threats — and legacy software is no match for either.

The financially motivated Desorden (Disorder in Spanish) group, previously known as “chaoscc”, was first observed going by the new name Desorden in 2021 while acting against multiple Asian-based organizations in various sectors. The group mainly targets high-revenue enterprises and supply chains to amass as much profit as possible by extracting sensitive organizational data and demanding a ransom for it.

If you want to visualize how data flows across your connected applications, you can think back to that childhood game of Chutes and Ladders (also called Snakes and Ladders). As a kid, the board felt like a confusing grid that had the weirdest, seemingly arbitrary connections between blocks. In your modern digital environment, your Application Programming Interfaces (APIs) fulfill the same role that the ladders and chutes/snakes fulfilled, connecting disparate blocks across a larger whole.

Web cache poisoning is a cyber attack that wreaks havoc on unsuspecting websites. It exploits vulnerabilities by caching mechanisms that web servers, proxies, and content delivery networks (CDNs) use, compromising data integrity. Malicious actors can use cache poisoning to deliver malicious payloads, tamper with sensitive information, or redirect users to fraudulent websites. In this article, we’ll comprehensively explore web cache poisoning attacks and how they work.

The Attack Surface is Growing, and fast. What once was considered the attack surface is no longer. Instead organizations are faced with a sprawling attack surface, including not just domains, IPs and sub-domains, but also third parties, brand risks and more. Businesses in the finance sector face two additional challenges: This blog focuses on banks, FinTech companies and insurance providers, as they are among the largest types of entities in the financial sector.