In today's data-driven world, while new storage solutions and data lakes continue to emerge, many companies still use traditional databases with specific needs for tracking activities. Custom queries, tailored to particular applications or use cases, are crucial for identifying performance bottlenecks, slow-running queries, and resource-intensive operations.

You may have seen webhooks mentioned in some of your apps before and thought: “Would I benefit from using a webhook?” In a word: yes. In simple terms, webhooks are an easy way for one app to “speak” to another, allowing data to be passed between systems that are otherwise unconnected. Applications and services such as Twitter, Discord, Youtube, and Github all use webhooks to provide you with the services you know and love. So that begs the question: how do I use webhooks?

Whether an enterprise operates in technology, healthcare, financial services, or another business vertical, cybersecurity must remain top of mind. In addition to the numerous international cybersecurity regulations, like the NIST Cybersecurity Framework, GDPR, and other mandates, enterprises must also prioritize cybersecurity to mitigate downtime, protect sensitive data, and uphold customer trust and brand reputation.

Alert fatigue plagues cybersecurity and IT professionals, compromising their ability to respond effectively to genuine threats. This phenomenon occurs when an overwhelming volume of alerts desensitizes responders, leading to missed critical notifications and increased security risks. Understanding alert fatigue is crucial for organizations aiming to maintain robust security postures and operational efficiency.

Cloud infrastructure provides the hardware and software components that power cloud computing. It allows you to focus on your business logic instead of managing physical resources. In this article, you'll learn about cloud infrastructure, its benefits, and core components. You'll also explore delivery and deployment models that cater to different business needs, and discover how SigNoz can help you monitor and optimize your cloud infrastructure.

Australian city councils rely on a variety of computer applications, information websites, and service portals to help run the civic infrastructure and essential citizen services. Typically, Australian city councils operate a hybrid IT infrastructure that is a mix of both on-premise legacy applications that have passed the test of time and several modern cloud platform-based deployments that work together.

Application Performance Monitoring (APM) tools are essential in software development landscape. As applications become more complex, ensuring they perform optimally has never been more critical. APM tools allow developers to monitor, diagnose, and optimize applications, ensuring a seamless user experience. In this article, we'll explore the top 10 APM tools available today, highlighting their features, pros, and cons to help you make an informed decision.

Are you running your business on SaaS applications? Then, you'll know that the convenience and flexibility that come with it are unbeatable. However, there's an area you need to pay special attention to so you can ensure your business success. Running a business reliant on cloud-based solutions means SaaS security is more important than ever.

It cannot be overstated how important a robust, well-maintained and customizable network is for your organization. They are the unseen infrastructure that enables communication and facilitates growth. Every organization has unique goals, challenges and workflows. A one-size-fits-all approach to monitoring often falls short and leads to time and resources being wasted trying to adapt work habits to the solution instead of adapting the solution to how your team best works.

The growing adoption of microservices architecture also drives the adoption of containers to package, distribute and run the microservices. This requires orchestrators to handle the availability, performance, and deployments of those containers on the server. However, the entire setup around microservices, containerization, and orchestrators complicates logging and monitoring since various distributed and diversified applications interact with each other.