Operations | Monitoring | ITSM | DevOps | Cloud

Spring Cloud and Kubernetes both complement each other to build a cloud native platform and run microservices on the Kubernetes containers. Kubernetes provides many features which are similar to Spring Cloud and Spring Config Server features. Spring framework has been around for many years. Even today, many organizations prefer to go with Spring libraries because it provides many features. It's a great deal when developers have total control over cloud configuration along with business logic source code.

IBM engineer Nigel Griffiths built nmon in the 1990s to monitor operating system performance data for AIX. Since its original launch, Griffiths revisited and revamped nmon. For example, he built an open-source version for Linux. Despite drastic change in the very nature of computing and exponential growth in storage, memory, and compute power, it wasn’t until 2018 that Griffiths sought to completely re-write the tool and bring it into alignment with modern computer systems.

Continuous availability and unceasing innovation are prerequisites for today’s digital businesses. So it makes sense that business leaders invest heavily in teams and tools to monitor digital apps and services. In theory, these tools should also free up time for engineers to push new functionalities that wow customers. But do these investments actually result in more uptime and customer-delighting innovations?

gRPC is an inter-process communication protocol used in high-performance applications in cloud computing, Internet of Things (IoT), mobile computing, and microservices environments. This article examines how gRPC works, how to use it, and how it compares to other popular API architectures. It also discusses a unique use case where gRPC excels.

Epinio is a Kubernetes-powered application development engine. Adding Epinio to your cluster creates your own platform-as-a-service (PaaS) solution in which you can deploy apps without setting up infrastructure yourself. Epinio abstracts away the complexity of Kubernetes so you can get back to writing code. Apps are launched by pushing their source directly to the platform, eliminating complex CD pipelines and Kubernetes YAML files.

For an organization to prevent cyberattacks, it first needs complete visibility into all the events that occur within its network. With this visibility, the organization can analyze risky behavior by users and entities, and take the necessary steps to proactively secure itself. However, if an attack were to still happen, the organization again needs complete visibility to identify how and from where the attacker entered the network.

How long will you support your device? Long-term support for IoT is a simple but difficult question for many device manufacturers. If you are developing a smart home device, a mobile robot for hospitality, or the next iron man jetpack, you need to consider how long you will support the device on the market. This will have implications on your operational expenses, team resources and customer satisfaction. Simply put, the longer you support your device, the happier your user will be.

As platform engineering continues to rise in popularity, there is a new side effect to watch out for: the people using the internal developer platforms aren't the people who built it. They’re not necessarily familiar with the codebase, they may not know what's powering it behind the scenes – and the platform might even have to contend with malicious users. So how is Puppet evolving to contend with this new challenge?

For the last few years, Squadcast has been building out a market-leading on-call and alert management solution. Over the past few quarters, we have significantly enhanced our on-call product by releasing and improving features related to Incident Response - including Slack / MS Teams integration, Runbooks, Postmortems, Service Level Objectives, and Status Pages. We believe that a reliability platform involves both on-call and incident response - one cannot work effectively without the other.