The importance of effective data analytics within an organization is widely accepted by business leaders at this point. With use cases for data analysis spanning every department—from IT management, financial planning, marketing analytics, and so on—the right data analytics tools can have a significant impact on a company’s profitability and growth.
In the 1995 movie Apollo 13, one man with a buzz cut told another man with a buzz cut (who then told several other men with buzz cuts) that “failure is not an option.” And thankfully for that extraordinarily dramatic event, it was true. It would be nice if the same commandment held for websites. However, even an infinity of buzz cuts cannot change the fact that, alas, sometimes websites fail.
In the real world, if your observability pipeline goes down, you may not receive vital alerts for the system that’s being monitored. To solve that problem, I looked to Sensu Go internally, and decided to utilize the /metrics API endpoint that advertises Prometheus metrics. This is how I conceptualized the Sensu Go Monitoring Template, an InfluxDB Template, by simply posing the question: “How do you monitor your monitoring solution?”
WaKED-CO (Watch of Knowledge on Emergent Diseases COVID-19) is an initiative launched in record time — deployed just a month after developing a prototype — under the leadership of the health service within the Ministry of Armed Forces in France. The project had one core mission: to make it easier to research the literature around the COVID-19 crisis.
In this blog I’m exploring the issues that will guide senior leaders in Government this year as they continue their transformative journey towards digitalisation, remote work, cloud migration and a data-driven approach to public services.
I have seen many junior data scientists and machine learning engineers start a new job or a consulting engagement for a telecom company coming from different industries and thinking that it’s yet another project like many others. What they usually don’t know is that “It’s a trap!”. I spent several years forging telecom data into valuable insights, and looking back, there are a couple of things I would have loved to know at the beginning of my journey.
Enhancing the customer experience and boosting revenue with the power of analytics are key concepts for telecom operators in today’s ultra-competitive business environment. Many telecoms are going through transformation of their system architectures and stacks to change how they operate and manage their day to day operations as well as their strategies and planning for what comes next.
What does Netflix, eBay and Walmart have in common? They all use Elasticsearch. Elasticsearch is a real-time open-source distributed search and analytics engine built on top of Apache Lucene™, a fulltext search-engine library and developed in Java. Elasticsearch started as a scalable version of the Lucene open-source search framework that uses a structure based on documents instead of tables and schemas and comes with extensive REST APIs for storing and searching the data.
During an InfluxData internal hackathon, I was looking to work on a project that would help me strengthen my Telegraf and Flux skills. I also wanted to use InfluxData’s Giraffe to visualize my project in a React application. After reading Sean Brickley’s blog post on tracking the International Space Station with InfluxDB, I was inspired to build on this idea.
