Most cloud security breaches stem from misconfiguration, not provider failures. Here are six practical cloud security policies—covering IAM, 2FA, firewalls, PKI, and monitoring—that every DevOps engineer should have in place.
AWS, Google, and Microsoft dominated cloud computing in 2017. Here is what the major trends and predictions looked like for 2018, covering storage growth, SaaS/PaaS/IaaS expansion, and the hybrid cloud challenge.
Cloud adoption keeps accelerating, but security remains the top concern for organizations migrating workloads. This article breaks down the core security tools and principles needed to protect virtual machines and cloud environments.
In late 2017, four technology leaders shared their predictions for 2018 across DevOps, AI, multi-cloud, and data science. Here’s what they said—and why their perspectives remain relevant.
Cloud adoption is accelerating, but so are the threats targeting cloud environments. Learn the most common cloud security risks—data breaches, account hijacking, misconfigured storage, and mobile vulnerabilities—and what your organization can do to reduce exposure.
DevSecOps embeds security practices directly into the DevOps pipeline, helping teams ship more secure software without sacrificing speed. Here is what it means, why enterprises need it, and how to get started.
Cloud computing powers nearly every digital service we use daily, yet data breaches remain a persistent threat. Here’s why the traditional security model falls short—and what a data-centric approach looks like in practice.
Rapid elasticity and measured services are core cloud benefits, but they introduce unique security challenges around data lifecycle management, incident response, geographic data boundaries, and configuration drift. Here is what DevOps and security teams need to understand.
The Cloud Security Alliance’s ‘Improving Metrics in Cyber Resiliency’ report introduces two new measurable indicators—ETIF and ETIT—designed to help enterprises shift from reactive to proactive cybersecurity postures.
A majority of organizations are adopting DevOps without integrating security into the process. Survey data from CyberArk highlights the widening gap between DevOps adoption and security readiness—and what teams need to do about it.
As IoT, cloud, containers, and DevOps reshape enterprise infrastructure, traditional vulnerability management tools can no longer keep pace. The concept of Cyber Exposure offers a more holistic framework for understanding and reducing cyber risk across every asset type.
Government agencies face unique challenges when moving sensitive data to the cloud. This article examines the security frameworks, physical controls, and compliance requirements that determine whether cloud computing is viable for classified and sensitive government information.
Migrating to the cloud introduces speed, cost, security, compliance, and automation challenges. Here are five practical ways to frame your cloud security strategy, drawn from a real-world financial services use case.
Cloud file sharing creates a constant tension between corporate security governance and employee productivity. This guide covers the five pillars enterprises must address: end-to-end encryption, data residency control, internal authentication, external collaborator management, and user experience.
The Petya and WannaCry ransomware outbreaks exposed a fundamental weakness in on-premises IT: patching discipline. Here is why migrating workloads to a reputable public cloud provider can reduce your attack surface and improve your security posture.
Security doesn’t have to slow down DevOps. Learn how automation enables continuous security and compliance, so development teams can ship faster without introducing hidden risk.
Cloud adoption has accelerated rapidly, but so have the security risks that come with it. This article examines the core benefits of cloud computing, the top threats organizations face, and the practical security measures that can reduce exposure.
Security is still the top concern for enterprises moving to the public cloud. These 11 actionable best practices help engineering and security teams reduce risk, meet compliance requirements, and build a defensible cloud posture.
Speed is the hallmark of DevOps, but that focus can leave security teams struggling to keep up. Here’s why DevOps and SecOps need to work together—and how DevSecOps bridges the gap.
Cloud infrastructure reduces the combinatorial explosion of configuration parameters found in traditional data centers, but containers introduce a new layer of complexity that DevOps teams must manage carefully.