Operations | Monitoring | ITSM | DevOps | Cloud

Oracle is a highly performant and reliable multi-model database management system running online transaction processing, data warehousing, and mixed database workloads. Although Oracle environments are reliable and performant, monitoring dedicated Oracle on-premise or cloud deployments is crucial to safeguard business continuity.

Looking back on the last 18 months, it is abundantly clear that one piece of technology found its moment more than any other: cloud. Essential to modern computing, cloud provides the capacity for businesses to run workloads with the flexibility and scale many firms would struggle to achieve with on-premise infrastructure. According to Flexera’s 2021 State of the Cloud Report, 90% of firms slightly or significantly increased their cloud usage due to the pandemic.

In this blog, we’ll define platform engineering, outline its benefits for software development, explain how it intersects with DevOps, and identify the key components platform engineering needs to be successful.

With costs rising across the board, business leaders are seeking to become more savvy about their tech expenditure. It’s now well recognised that without proper oversight, cloud costs can easily spiral out of control, but reducing spend isn’t always easy. Understanding when and where to make changes to your infrastructure is what is key to maximising productivity and ROI from cloud infrastructure investments.

The observability market is evolving towards open source, and for good reasons. Find out where Jonah Kowall thinks it's going.

Share: One of the latest benchmarks we did was for OSMC 2022 talk VictoriaMetrics: scaling to 100 million metrics per second - see the video and slides. While the fact that VictoriaMetrics can handle data ingestion rate at 100 million samples per second for one billion of active time series is newsworthy on its own, the benchmark tool used to generate that kind of load is usually overlooked. This blog post explains the challenges of scaling the prometheus-benchmark tool for generating such a load.

Success in this modern age of digital services and operations is found when businesses are able to prioritize effective digital processes. Because of this, IT teams are constantly looking for ways to improve their IT operations by making them efficient, reliable, and scalable. One way this is accomplished is through site reliability engineering (SRE). LinkedIn listed SRE as the 21st fastest growing job in the U.S. in January 2022. What is SRE, and why is it in such high demand?

As an IT service manager, you love solving problems and helping your people improve business processes. You thrive on those unexpected moments where your experience adds value, whether providing advice to someone in-house or collaborating with a customer. However, you need to have efficient processes and practices in place. Otherwise, you’re never going to be able to do the things you love the most.

The conflict between engineers and finance is notorious. Finance thinks engineers just want to build cool products regardless of the cost. Likewise, engineers often feel their every move gets monitored by hawkish finance employees who seem to only care about costs. How can you, as a leader, encourage both teams to work together harmoniously? And what can you do to diffuse the situation when engineers feel attacked for their infrastructure choices?

Cloud optimisation enables organisations to significantly lower their cloud spending while ensuring the desired performance and necessary compliance. It’s a process that every business should adopt when choosing cloud infrastructure as a foundation for their applications. It’s been proven that applying cloud optimisation best practices leads to a total cost of ownership (TCO) reduction of two-thirds under certain circumstances. But let’s step back for a second.