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Zero Trust is more than a buzzword in today’s cybersecurity playbook, it’s a strategic imperative. Federal agencies, defense operations, and civilian infrastructure providers are all under mounting pressure to deploy Zero Trust Architecture (ZTA) frameworks that are not only compliant but truly effective. But there’s a problem: Zero Trust can only succeed if it’s built on real-time, actionable insight. That means eliminating blind spots.

URLs) receive spiky traffic:. The Healthchecks open-source project includes a fully functional, tested and type-annotated ping handler written in Python. On self-hosted Healthchecks instances, when you send an HTTP request to a ping URL, a Django view collects and validates information from the request, then uses Django ORM to update a Check object in the database and insert a Ping object in the database. This approach is good for tens to low hundreds of requests per second, depending on hardware.

Higher education institutions face unique cybersecurity challenges due to their complex networks, diverse user base and open academic environments. With thousands of students, staff and faculty members accessing resources from various locations and devices, universities must have visibility of what’s happening on their networks and robust and responsive cybersecurity protection to help safeguard them.

You rolled out a Java application that worked fine in development. Fast, clean, no errors. However, once it went into production, things began to change. Suddenly, the app feels slow. CPU usage climbs without warning. Some users start getting timeouts. You check the dashboards, but nothing jumps out. You look through the logs, but it's mostly noise. And then the questions start coming in - "Is the JVM the problem?" If you've been in that situation, you're not alone.

eG Enterprise version 7.5 introduces advanced capabilities for detailed SSL Certificate Monitoring including monitoring for web servers and apps using SSL. Monitoring SSL certificates is essential to ensure secure connections, prevent service outages, and maintain user trust. Here are a few things you need to monitor and questions you should ask to keep your services and apps running reliably and securely.

Balancing security with your observability needs can be a difficult task. We know our users want to leverage platforms like Grafana Cloud to visualize and gain valuable insights into their data, while also keeping their data sources private and secure.

When service disruptions happen, every second counts. That’s why we’re excited to announce a major update to StatusGator: Early Warning Signals are now available via SMS. Early Warning Signals have already been helping teams stay ahead of outages via email and Slack alerts — and now, with SMS support, you can get real-time notifications directly on your phone, even before incidents are publicly acknowledged.

Every system needs observability. You need to know what your CPU, memory, disk, and network are doing, and maybe keep an eye on database query latency or Redis connection counts. But setting that up isn’t always simple. You start with a couple of shell scripts. Then come exporters. Then Prometheus. Before long, you’re managing scrape configs, tuning retention, and watching dashboards fail under load after two days of data.

NestJS applications require comprehensive monitoring to ensure optimal performance and rapid issue resolution. As your application grows—spanning multiple services, databases, and external APIs—understanding what's happening under the hood becomes critical. That's where OpenTelemetry comes in. OpenTelemetry provides vendor-agnostic observability for your NestJS applications through distributed tracing, metrics, and logs.