In programming, the term idempotence may sound like a complex and arcane concept reserved for mathematical discussions or computer science lectures. However, its relevance stretches far beyond academia. Idempotence, also called idempotency, is a fundamental principle that is pivotal in ensuring software systems’ predictability, reliability, and consistency.

Remote work and bring-your-own-device (BYOD) culture have made mobile devices a permanent part of our work lives. In today’s professional world, mobile devices can do basically everything a laptop or desktop can do — including get phished. Mobile devices are increasingly the starting point of the modern kill chain, and mobile phishing plays an important role in the process. Understanding how threat actors attack mobile devices is the first step to keeping data and devices secure. ‍

Cloud migration and continuous innovation provide organizations with substantial gains in speed, scalability, and cost (to name a few). Most security teams have no choice but to make the jump to the cloud, in at least some capacity, to support and protect this rapidly expanding attack surface. But organizations and security teams aren’t alone. Threat actors have been readily adapting their craft to take advantage of cloud speed.

We’re excited to announce that the Snyk Language Server (LS for short) can now be integrated with your existing IntelliJ IDEs.

Researchers at Trustwave warn that a phishing campaign is distributing malware via HTML attachments disguised as invoices. Notably, the HTML files abuse the Windows Search protocol to launch Windows Explorer and trick users into installing the malware. “Trustwave SpiderLabs has detected a sophisticated malware campaign that leverages the Windows search functionality embedded in HTML code to deploy malware,” the researchers state.

LNK (shortcut) files are a common starting point for many phishing campaigns. Threat actors abuse the unique properties of LNK files to deceive users and evade detection and prevention countermeasures, making them potent tools for compromising systems and networks. In this blog, we'll provide an in-depth analysis of recent LNK phishing campaigns, examining the tactics, techniques, and procedures (TTPs) employed by threat actors.

Over the years, several security defense architectures have merged into a single solution. Endpoint detection tools can perform sophisticated detections and correlations that used to require a Network Intrusion Detection System (NIDS), Web Proxy, and SIEM. Application Firewalls often provide features like Proxy, antivirus, and NIDS, and now we have Secure Access Service Edge (SASE), which promises to be the next multi-tool security solution. Let’s give SASE a closer look.

At the end of May 2024, the largest ever operation against botnets, dubbed Operation Endgame, targeted several botnets including IcedID, SystemBC, Pikabot, Smokeloader, Bumblebee, and Trickbot. This operation significantly impacted the botnets by compromising their operations and shutting down their infrastructure. Although Latrodectus was not mentioned in the operation, it was also affected and its infrastructure went offline.

Credential stuffing is shaping up to be one of the most predominant hacking methods of 2024. In early June, Ticketmaster fell victim to a data breach via credential stuffing, exposing information from 560 million customers. Credential stuffing attacks involve using stolen usernames and passwords to access accounts. In these attacks, threat actors also often use automation to try different combinations of credentials until they find a successful match.

Increasing phishing attacks are a constant threat to organizations, making it crucial for users to report suspicious emails. This practice not only helps in identifying and mitigating potential threats, but also plays a significant role in educating and creating awareness among employees. The importance of reporting suspected phishing emails cannot be overstated, as it acts as a last line of defense against cyber threats.