It’s been a month since Dinesh and I humbly high-fived leaving the meeting with Charlie and Lucia and they gave us the green light to roll Moogsoft out across the whole of C&Js and I’m feeling a little weary. Change is hard. I’ve also made it harder on myself by persuading Charlie we should also migrate our service desk solution.
The rise of public cloud services has enabled businesses to innovate faster, scale effortlessly, and adopt more advanced technologies easier than ever before. However, there’s a dark side to using public cloud services: complexity and cost. Public cloud services can scale to handle almost any workload, but in doing so, they can quickly generate unpredictable costs for your business.
This blog series is focused on observability into Kafka based applications. In the previous blogs, we discussed the key performance metrics to monitor different Kafka components in "Monitoring Kafka Performance with Splunk" and how to collect performance metrics using OpenTelemetry in "Collecting Kafka Performance Metrics with OpenTelemetry." In this blog, we'll cover how to enable distributed tracing for Kafka clients with OpenTelemetry and Splunk APM.
For the newest instalment in our series of interviews asking leading technology specialists about their achievements in their field, we’ve welcomed the CTO & co-founder of INK, Alexander De Ridder to share his journey to launching the first AI-based web content optimization editor. Alexander is the mastermind behind the award-winning technology that's helped deliver over a million more organic visitors per month for Fortune 100 companies and freelance content creators alike.
Security scanning provides an opportunity to target, track, and trace vulnerabilities introduced to your packages as soon as Cloudsmith has received a complete package upload. However what happens when you want to intercept the results of a scan immediately. An early warning can make a difference when distributing vulnerable packages to hundreds, thousands, or even millions of developers, devices, or systems globally.
A digital twin is a virtual or digital replica of a physical entity. In the Industrial Internet of Things (IoT) realm, a digital twin is the dynamic virtual copy of a physical framework, a vehicle, a machine, or any device. Most often, a digital twin is developed to carry out simulations before the actual device is manufactured. Today, digital twin is taking the IoT industry by storm and the market is expected to hit $16 billion by 2023.
