Unfortunately, there is little to no documentation for using the Icinga Web API to perform monitoring actions such as scheduling downtimes. But it’s a simple thing and I’ll give you a quick example of how to do it. Using the Icinga Web API instead of the Icinga API gives you the advantages of the permission and restriction system, various authentication methods and auditing.
I thought my last blog, Visual Link Analysis with Splunk: Part 3 - Tying Up Loose Ends, about fraud detection using link analysis would be the end of this topic for now. Surprise, this is part 4 of visual link analysis. Previously (for those who need a refresher) I wanted to use Splunk Cloud to show me all the links in my data in my really big data set. I wanted to see all the fraud rings that I didn’t know about. I was happy with my success in using link analysis for fraud detection.
Welcome to part 3 of the blog series where we go through how to forward container logs from Amazon ECS and Fargate to Splunk. In part 1, Splunking AWS ECS Part 1: Setting Up AWS And Splunk, we focused on understanding what ECS and Fargate are, along with how to get AWS and Splunk ready for log routing to Splunk’s Data-to-Everything Platform.
“100% website availability.” Which webmaster would not want to see this availability report? Every website owner would like their website available for users to be 99.9% all of the time. Without a website that is accessible and running smoothly at any time of day, all web-related investments will go to waste. That is why website availability monitoring is so important.
We’ve all become more conscious of the risk of online scammers and hackers, especially since we put more and more of our personal information into websites and apps on a daily basis. We’ve become more knowledgeable on the likes of data protection through EU regulations like GDPR and learned about how we “drop” cookies as we surf the web.
A huge portion of today’s corporate network is made up of mobile endpoints, such as laptops, tablet computers, and mobile phones. These are domain-joined and non-domain devices that require access to corporate assets to carry out everyday operations.
VoltDB is an ACID-compliant, in-memory relational database designed to support real-time analytics. VoltDB’s in-memory storage, stored procedures, and shared-nothing architecture make it specifically optimized for quickly processing massive streams of data. This means VoltDB is tailored for use cases like online gaming, telecommunication, and financial applications, which require fast data processing.
