Author: DASA Editorial

  • Preparing for Compliance with NIS 2 and CRA With DASA Intelligent Continuous Security

    The NIS 2 Directive (Network and Information Security 2) and the Cyber Resilience Act (CRA) are raising the bar for cybersecurity across industries, requiring organizations to strengthen risk management, improve security practices, and demonstrate continuous compliance. But meeting compliance requirements is not just about checking boxes. It requires continuous monitoring, proactive threat management, and integrated…

  • AI-Driven Security Optimization Reduces Complexity and Enhances Threat Response

    Cyber threats are evolving faster than human teams can keep up. Attackers are leveraging automation, AI-driven reconnaissance, and large-scale botnets to scan for vulnerabilities and execute breaches in record time. Meanwhile, security teams are overwhelmed, managing fragmented tools, endless alerts, and inefficient workflows. Traditional security operations are too slow, too manual, and too reactive to…

  • Embedding Intelligent Continuous Security for Proactive Threat Defense

    Most security strategies are reactive. Organizations identify threats, investigate incidents, and respond to breaches after they happen. This approach is no longer sustainable. The time between a vulnerability being disclosed and actively exploited has shrunk to just five days. Attackers are moving faster, using automation and AI to target weaknesses before organizations can respond. Meanwhile,…

  • From Uptime to Business Impact

    The evolution of Site Reliability Engineering has reached a critical juncture. While traditional metrics like uptime and error rates remain important, they no longer tell the full story of how reliability impacts business success. Modern organizations need a new framework for understanding and measuring the true business impact of their reliability practices. Beyond Traditional Metrics…

  • The Overlooked Security Gaps Putting Your Operations Phase at Risk

    Most organizations focus their security efforts on development and release, investing heavily in DevSecOps practices to catch vulnerabilities before they reach production. And while DevSecOps has improved pre-release security, it does little to address the risks that emerge once systems are in production. Production environments are constantly changing, and these changes introduce new vulnerabilities that…

  • A Modern Approach to SRE Economics

    In the pursuit of reliability excellence, organizations often find themselves facing an unexpected challenge: escalating costs. While robust reliability practices are essential, implementing them without careful consideration of economics can lead to unnecessary expenses that drain resources without delivering proportional value. The SRE Next Gen Cost Optimization Guidance Paper addresses this critical challenge, providing organizations…

  • AI-Driven Security in DevAIOps: Strengthening Resilience Against Modern Threats

    As organizations increasingly adopt AI and cloud-based technologies, security has become a critical concern. This is especially true in highly regulated industries such as banking, insurance, and telecommunications. With evolving cyber threats, expanding regulatory requirements, and growing complexity in digital operations, traditional security measures are no longer sufficient. Security must be proactive, continuous, and embedded…

  • Achieving Sustainable Growth with DevAIOps

    Sustainable growth is more than just financial expansion; it is about ensuring long-term business success while balancing economic performance, environmental responsibility, and social impact. In industries disrupted by rapidly evolving AI technologies, companies must adapt to new efficiencies, scalable solutions, and evolving regulatory landscapes. However, many struggle to achieve growth without increasing waste, complexity, or…

  • Twice the Danger from Rising Vulnerabilities and Faster Exploitation

    Cyber threats are accelerating at an unprecedented rate. Every year, 30,000 new vulnerabilities are discovered. That means a new vulnerability emerges every 17 minutes. The problem is not just the volume—it is the speed at which these vulnerabilities are being exploited. In 2018, organizations had an average of 63 days before newly disclosed vulnerabilities were…

  • The Five-Day Threat That Traditional Security Measures Cannot Handle

    There is no time left for security complacency. The time between a vulnerability being disclosed and attackers exploiting it has shrunk to just five days. That is the reality of modern cybersecurity. Five days to detect, understand, and patch a vulnerability before it is actively used against organizations. Most organizations are nowhere near that level…