By 2028, connected Internet of Things (IoT) devices will expand to over 25 billion. Yet, today’s connected devices are raising the stakes for assessing risk and managing cybersecurity. They have significantly expanded the attack surface creating new challenges and vulnerabilities. The need for accurate, rapid information from systems across every industry is essential for business operations.

Modern businesses operate in a data-centric world, where every byte of information holds the potential to drive growth, innovation, and competitive advantage. But as our reliance on data deepens, so does our vulnerability. Cyberthreats are evolving at an alarming pace, natural disasters loom as ever-present risks, and the complexities of modern IT environments—from huge cloud infrastructures to containerized applications—demand a new approach to data protection.

In a recent Fortune article, Amazon’s chief security officer, Steve Schmidt, suggests 6 questions every company's board should ask its CISOs to understand how robust their cybersecurity preparation is. One of the most challenging questions for CISOs was: “Who has access to what data? Why do they need it, and for how long?” This question is critical because cyberattacks often begin with weak, leaked, or stolen passwords.

Organisations require robust security measures that go beyond surface-level checks. Frankly, those days are gone now. White box penetration testing emerges as a powerful tool in this arsenal, offering a comprehensive security assessment by leveraging “insider” knowledge. Let’s delve into what white box penetration testing entails, its methodologies, and real-world examples illustrating its effectiveness.

With the increasing threat of cyber breaches, it has become crucial for businesses and government entities to have effective cybersecurity measures in place. However, many organizations struggle with deploying and operating these technologies with best practices and properly trained staff.

In an age where cyber-attacks are a constant threat, the importance of cybersecurity has gained importance for individuals and organizations alike to secure their digital assets and protect sensitive information as hackers use increasingly advanced methods to get through security measures to steal private information.

On June 7, 2024, a new critical PHP vulnerability CVE-2024-4577 was revealed, mainly impacting XAMPP on Windows. It happens when PHP runs in CGI mode with specific language settings, like Chinese or Japanese. The problem comes from how PHP handles certain characters, allowing attackers to inject code through web requests and take control of servers. This vulnerability, if exploited, could lead to the execution of arbitrary code, a scenario with severe consequences for system integrity and data security.

As more and more organizations use automation and orchestration to streamline their security operations, defining clear success criteria becomes critical to ensure the effectiveness and scalability of their program. Recently, an enterprise prospect approached us seeking help on establishing success criteria for their upcoming journey with Tines workflow automation.

Businesses increasingly migrate to cloud-based solutions for storage, applications, and critical functions. While the cloud offers scalability and agility, it also introduces new security challenges. Cloud penetration testing is a crucial defence mechanism for proactively identifying and addressing these vulnerabilities.