Dirty COW, a seemingly light-hearted name, masks a severe Linux privilege escalation issue. This bug has affected many older Linux systems, which is concerning given that 41% of web servers run on Linux. Despite widespread patches in distributions like Ubuntu and Red Hat, Dirty COW remains a threat, particularly to outdated systems. As a significant security flaw, it poses risks to various devices and servers even in 2024.

The reality of cybersecurity is simple – breaches will occur – and reactivity will always be the losing strategy. Having a cyber resilience framework shifts the focus from preventing attacks to ensuring readiness, mitigating impact, and driving a swift return to operations. With the average data breach costing millions – like it or not – cyber resilience is no longer optional. But how do we translate ‘cyber resilience’ into actionable steps? It starts with a framework.

As you step into 2024, do you have absolute confidence in the security of your Linux systems? The stakes have never been higher, and the risk landscape for Linux is constantly shifting – which presents an ongoing challenge to your system’s security. In 2023 alone, 282 Linux-specific vulnerabilities were added to the Known Exploited Vulnerabilities (KEV) Catalog by CISA. Employing an advanced vulnerability scanner is the next step to protecting your systems from these and other potential risks.

Serverless containers mark a notable evolution from traditional containerization. Traditional containers, being continuously active, can lead to resource wastage. Serverless containers, however, are ephemeral and operate on-demand. For developers, this means less time spent on server management and more on coding. Kubernetes, or K8s, stands out in automating, scaling, and managing these containerized applications.

In a world where data is the new currency, understanding and leveraging data monitoring has become indispensable. Data monitoring involves systematically collecting, analyzing, and managing data to uphold its quality, security, and compliance—a critical process in a world where data influences every decision and innovation.

High-velocity software development today is close to impossible (and most certainly not sustainable) without DevOps. The migration to the public cloud, along with increasing regulatory demands, and other factors made application and code security as vital as DevOps. Thus were born the practices and frameworks of DevSecOps. The value of DevSecOps is evident and clearly understood by technologists.

DevSecOps – for many, it feels like a magical black box where code and sensitive digital assets go in one end, and a working piece of software comes out the other. Security practices within the development and operational phases can often get lost. Organizations that haven’t adopted DevSecOps see half of their apps at risk of attacks, while those with a DevSecOps-first approach have only 22% at risk. That’s why the core principles of DevSecOps are important.

Software developers face a constant barrage of cyber threats that can compromise their applications, data, and the security of their organizations. In 2023, the cyber threat intelligence (CTI) market is worth approximately $11.6 billion, and it’s projected to surpass $21 billion by 2027. Why?

Targeted attacks in cloud security are on the rise, hitting businesses big and small. This surge in threats puts developers like you in a crucial position. You’re not just coding – you’re on the front lines against a variety of cybersecurity risks that are growing and changing every day. With 80% of companies encountering at least one cloud security incident in the last year, the relevance and utility of Cloud Threat Detection (CTR) tools becomes particularly apparent.

Knowledge is power. Power is money. In the context of information systems and applications, knowledge is ingested, processed, and used as data. Data theft or loss can be devastatingly costly to a business. Data is one of an organization’s most valuable assets, and must be secured and protected as such.