News & Updates

We cover the key trends that defined the ransomware threat landscape in the second half of 2023. Data from RaaS and extortion groups’ leak sites, open-source intelligence (OSINT) research, and the Trend Micro telemetry shows that LockBit, BlackCat, and Clop continued to rank among the active RaaS and extortion groups with the highest victim counts during this period.

This article focuses on the Apache APISIX API gateway and its security implications.

Our continuous surveillance and research of the threat landscape in 2023 showed patterns suggesting that as cybercriminals take advantage of the expanding attack surface, they are also learning to prioritize substance over size.

The threat actors behind the Rhysida ransomware targeted multiple industries by posing as a cybersecurity team that offered to help its victims identify security weaknesses in their networks and systems. Although the group’s activity was first observed back in May 2023, its leak site was established as early as March 2023. Like other ransomware groups, it employs double extortion tactics to pressure its victims into paying a ransom demand in Bitcoin.

We delve into the multifaceted nature of cloud cyberthreats in 2024, from the stealthy dangers of data poisoning in machine learning models to the complexities of securing APIs, and more.

Attackers abuse different supply-chain scenarios to indirectly compromise organizations and applications. We delve into how a software pipeline works, where attacks could come from, and how to improve security.

In this article, we confront contemporary cryptography with a (so far) hypothetical quantum computer to show how asymmetric algorithms may potentially be broken if quantum computing technology becomes viable. First, we take a step into some basic mathematical objects.

In this entry, the second in our series on post-quantum cryptography, we delve into the history of quantum computing, its foundation in quantum mechanics, and the kind of complex problems quantum computers will be able to solve.

Distributed energy generation (DEG) is a term used to describe the shift from centralized energy generation, such as power companies, to a source — typically a renewable energy source — closer to the user.