With cybercrime costs projected to hit $10.5 trillion by 2025, securing digital assets is more critical than ever. Black box testing in security has become a key strategy for organizations to identify vulnerabilities in software and systems proactively. This blog delves into the essential role of black box security testing in mitigating risks along with its various types and techniques.

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.

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. ‍

Developers simply want to write code without interruption, while operations wish to build as fast as possible and deploy without restrictions. On the other hand, security professionals want to protect every step of the software supply chain from any potential security threats and vulnerabilities. In software development, every piece of code can potentially introduce vulnerabilities into the software supply chain.

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.

Only about 35 percent of the models on Hugging Face bear any license at all. Of those that do, roughly 60 percent fall under traditional open source licenses. But while the majority of licensed AI models may be open source, some very large projects–including Midjourney, BLOOM, and LLaMa—fall under that remaining 40 percent category. So let’s take a look at some of the top AI model licenses on Hugging Face, including the most popular open source and not-so-open source licenses.

Cloud breaches continue to rise unabated as organizations adopt hybrid cloud strategies. Many organizations have tried to simply extend their preexisting on-premises security into the cloud, but the cloud is a fundamentally different environment for security. It’s faster, more complex, and more dynamic, with an ever-increasing attack surface. Striking first means adversaries have a head start by default, leaving organizations only a fraction of time to investigate and initiate a response.

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.

Summer is a time for relaxation, travel, and spending quality moments with family and friends. However, it is also peak season for cybercriminals who exploit the vulnerabilities that arise during this period. Cyberattacks surge during the summer holiday season as businesses and individuals let their guard down. Many companies operate with reduced staff as employees take time off, leaving fewer eyes on critical systems and security measures.

The Digital Operational Resilience Act(DORA), introduced by the European Union, will come into effect in the financial sector from January 2025. Its purpose is to establish a comprehensive regulatory framework to assist financial institutions in effectively addressing and managing cybersecurity threats. DORA will have a significant impact not only on the financial industry but also on its IT service providers.