Continuous delivery is a software development approach in which code changes are automatically staged for production release. A foundation for modern application development, continuous delivery extends continuous integration by automatically deploying code changes to test and production environments after the build phase. When properly implemented, developers have deployable build artifacts that have passed a standardized testing process and can be deployed to environments as needed.

An Intrusion Prevention System (IPS) is a network security and threat prevention tool. Its goal is to create a proactive approach to cybersecurity, making it possible to identify potential threats and respond quickly. IPS can inspect network traffic, detect malware and prevent exploits. IPS is used to identify malicious activity, log detected threats, report detected threats, and take precautions to prevent threats from harming users.

Kubernetes Lens is an integrated development environment (IDE) that allows users to connect and manage multiple Kubernetes clusters on Mac, Windows, and Linux platforms. It is an intuitive graphical interface that allows users to deploy and manage clusters directly from the console. It provides dashboards that display key metrics and insights into everything running on a cluster, including deployments, configurations, networking, storage, and access control.

Amazon recently concluded their five-day long conference, AWS re:Invent 2022. This year’s conference was hybrid with the company streaming a significant portion of their in-person conference for free. For ten years now, the event has seen attendees across the cloud continuum come together to learn, share and get inspired. This year was no different as we saw some of the biggest names in cloud computing make their presence felt at the conference in Las Vegas.

Do you remember the classic board game where you have to go back and forth with your opponent deducing which characters on the board you’ve each selected? It’s still played by children today, and unfortunately by healthcare teams as well. Every day, healthcare teams are forced to play a game of “Guess Who?” is on-call if they do not have systems in place for role-based messaging.

Of growing concern to both patients and the professionals who facilitate their care is the growing trend of healthcare organizations being preyed upon by cybercriminals. In the United States, recent political dialogue has brought special attention to patients’ privacy rights under HIPAA and the ongoing security of their records.

The adoption of electronic health record (EHR) systems has seen tremendous growth across geographies, especially in the US. According to American Hospital Association data shared by the Office of the National Coordinator for Health Information Technology, over 93% of American hospitals are enabled by some form of EHR in their organization. Implementing an EHR system in your clinic or hospital is a big decision.

Zero trust is a security model to help secure IT systems and environments. The core principle of this model is to never trust and always verify. It means never trusting devices by default, even those connected to a managed network or previously verified devices. Modern enterprise environments include networks consisting of numerous interconnected segments, services, and infrastructure, with connections to and from remote cloud environments, mobile devices, and Internet of Things (IoT) devices.

The Software Development Lifecycle (SDLC) framework defines the entire process required to plan, design, build, release, maintain and update software applications, including the final stages of replacing and decommissioning an application when needed. A Secure SDLC (SSDC) builds on this process, integrating security at all stages of the lifecycle. When migrating to DevSecOps (collaboration between Development, Security, and Operations teams), teams typically implement an SSDLC.