A new MIT Technology Review report reveals why—and how—application performance monitoring (APM) is the key to deriving maximum business value from the Internet of Things. Here’s what IT pros can learn from the findings.
The jobs of everyone involved in the Software Development Lifecycle (SDLC) are made easier by having application and business performance information easily available.
It’s pretty well known that we live in a connected, always-on world where seconds matter when it comes to customer happiness. There are smaller incident management solution providers that offer what looks to be competitive pricing—but it’s important to consider the bigger picture outside basic alerting and incident response.
The toughest IT performance problems to solve today are the ones where a user complains that their application access is slow. An IT administrator must then figure out the cause of the problem: is it the browser, the network, the server, the storage, the cloud infrastructure on which the application is hosted, or the application code?
In our world of distributed systems, state changes to your infrastructure often take some time to propagate. With a few exceptions (for example, feature flags), single point in time changes are rare. Deploys, outages, database migrations, failovers, stress tests; none of these things are instantaneous – all have some duration during which the system is changing.
Intro to managing and running a containerized Java Spring Boot application. Docker is a platform for packaging, deploying, and running applications in containers. It can run containers on any system that supports the platform: a developer’s laptop, systems on “on-prem,” or in the cloud without modification. Images, the packages Docker uses for applications, are truly cross-platform.
Getting the right information at the right time can be a difficult task in large corporate IT infrastructures. Whether you are dealing with a security issue or an operational outage, the right data is key to prevent further breakdowns. With central log management, security analysts or IT operators have a single place to access server log data. But what happens if the one log file that is urgently needed is not collected by the system?
Announcing the following new integrations: Salesforce Service Cloud, Updown.io, Splunk IT Service Intelligence integration
Google Stackdriver lets you track your cloud-powered applications with monitoring, logging and diagnostics. Using Stackdriver to monitor Google Cloud Platform (GCP) or Amazon Web Services (AWS) projects has many advantages—you get detailed performance data and can set up tailored alerts. However, we know from our customers that many businesses are bridging cloud and on-premises environments.
We’ve talked about the increasingly-interconnected nature of cloud tools and the domino-goes-crashing-down effect thatcan happen when just one critical service has downtime. Web uptime is more important than ever, and it’s critical that these services we all rely on are up and running as often as possible.
