HostedGraphite provides a complete infrastructure and application monitoring platform from a suite of open-source monitoring tools. Use Hosted Graphite and view all required metrics on beautiful dashboards in real time. Hosted Graphite offers a wide range of tools, add-ons, and plugins which make it possible to measure, analyze, and visualize large amounts of data about your applications with ease.

It is getting spooky out there, folks! Every year on October 31, we don our spookiest (or silliest) garb, an evolution of old practices where people would dress up to ward off ghouls, goblins and all manner of things that go bump in the night. After all, people believed these pesky spirits stirred up trouble. While pieces of this spooky tradition persist, just a few other things have changed in the past 2,000 years. For starters, we are a digital society.

It may surprise you to hear, but Honeycomb doesn’t currently have a platform team. We have a platform org, and my title is Director of Platform Engineering. We have engineers doing platform work. And, we even have an SRE team and a core services team. But a platform team? Nope. I’ve been thinking about what it might mean to build a platform team up from scratch—a situation some of you may also be in—and it led me to asking crucial questions. What should such a team own?

In the first part of this blog series, we discussed the run-time (in)security challenge, which can leave your code and data vulnerable to attacks by both the privileged system software of the public cloud infrastructure, as well as its administrators. We also introduced the concept of trusted execution environments and confidential computing, (CC), as a paradigm to address this challenge.

As usual, it’s been all systems go at incident.io this month. New joiners, new features and new swag (yes, you heard right!). But most excitingly, we launched our new podcast this week. We had a blast recording it - we hope you enjoy listening to it just as much. Here’s a round-up of some of this month's highlights…

Netdata’s Cassandra collector documentation explains how to set it up to collect metrics automatically. Once you have followed the instructions in the docs and have installed and configured Netdata on the Cassandra cluster you are ready to start monitoring and troubleshooting.

Welcome to Part II of this three-part mini-series on bridging the gap between operational technology (OT) and information technology (IT) in Industry 4.0. In Part I, we set the stage for the remainder of the series and gave an overview of IT and OT, the two technological layers of modern industrial factories. In this blog, we expand on that knowledge by confronting the two domains and discussing the automation pyramid concept.

Database bloat is disk space that was used by a table or index and is available for reuse by the database but has not been reclaimed. Bloat is created when deleting or updating tables and indexes. Here's how to deal with it!

Context is king, in particular if you are troubleshooting your stack. Having all the right information from your observability platform to understand the behavior of your stack is fundamental for solving problems. With our StackState Observability Platform v5.1 release, StackState takes a big step forward to provide you even more information that is crucial for making decisions and for finding the root cause of an issue faster.

cAdvisor (container advisor) is an open-source container-monitoring platform developed and maintained by Google. It runs as a background daemon process for collecting, processing, and aggregating data into performance characteristics, resource usage statistics, and related information about running containers. With built-in support for Docker and literally any other container type out of the box, cAdvisor can be used to collect data on virtually any type of running container.

You launch a startup or a new project in your organisation. You decide to use Amazon Web Services (AWS) as your primary cloud platform. You estimate costs based on listed prices, and rest assured that your startup/project will meet its budget. And then, suddenly, at the end of the month, you receive an invoice from AWS for an amount two times higher than you originally expected.

ERLANGEN, Germany, October 27, 2022 – Elektrobit and Canonical today announced a partnership to bring the benefits of Canonical’s Ubuntu operating system to automotive software. As the industry transitions towards software-defined vehicles, the new partnership will make it easier than ever before for car makers, suppliers, and developers to create the next generation of vehicle applications, while meeting stringent automotive standards.

The best part of my job is talking to you, our prospects, and customers, about your logging and data practices. I love listening to what you are doing and hope to accomplish, so I can get a sense of the end state. My goal is to brainstorm solutions that provide overall value across the enterprise, and not just aim for a narrow tactical win with limited impact. In late September, I hung out at a local DevOps conference in Brooklyn with the NYC Cribl sales team.

It's almost Halloween, and we have a spooky and scary story for you. Don’t jump out of your seat, but did you know that most data centers are haunted and overrun by the undead? That’s right. Ghost servers (also known as zombie servers) are everywhere. In fact, up to 30% of servers in any data center may be ghost servers. Ghost servers are servers that are deployed in cabinets and powered on but are sitting idle without performing any useful function.

The Kubewarden development team is happy to announce the release of the Kubewarden 1.3 stack. In addition to the usual amount of small fixes, this release focused on the following themes. If you’re not familiar with Kubewarden, it is a policy engine for Kubernetes. Its mission is to simplify the adoption of policy-as-code.

What are the important Cassandra metrics to monitor and how to monitor them.

For many organizations, making the most of the visibility Datadog offers into the health and performance of their infrastructure means displaying dashboards to stakeholders in various settings continuously and in real time. But the standard solutions for sharing dashboards to large-format displays can be onerous, involving sundry software and hardware and restrictive manual setups. These solutions can also pose significant security risks, since they tend to involve sharing passwords or devices.

In the second part of our “Kubernetes interview questions” series, we have outlined ten questions to help those that want to take their Kubernetes knowledge to the next level. Read on to learn more about the difference between Kubernetes and Docker Swarm. We’ll also be covering how an organization can keep costs low using Kubernetes. If you missed part one, check it out here.

Data collected by you is a valuable asset, however, mere collection or accumulation of data may not be enough to result in a positive and noticeable change within your firm. According to Forbes, besides collecting data it is critical to make intelligent and appropriate use of data. Data is not supposed to be a visible asset. As such data collection may not be up to the mark, particularly while manually handling the process.

Think open source – the world’s leading software portfolio. Open-source software enables you to build fully functional virtualisation and cloud infrastructure while ensuring total cost of ownership (TCO) reduction and business continuity. In this blog, we will walk you through the open source ecosystem. We will help you understand how it differs from other VMware alternatives by answering five common questions.

Google just announced that they have submitted an application for Kubeflow to become an incubating project in the Cloud Native Computing Foundation (CNCF). It is an initiative supported by the Kubeflow Project Steering group. The request is visible to everyone and it represents a game changer for the rhythm which Kubeflow will develop. It makes community growth a strategic objective and puts Kubeflow on a development fast track.

In the first post of this series, I detailed ways companies considering cloud adoption can achieve quick wins in performance and cost savings. While these benefits of the cloud certainly remain true in theory, realizing these benefits in practice can be increasingly difficult as applications and their networks become more complex.

We often hear the term load used to describe the state of a server or a device, but we're here to tell you what it means, precisely, and how to monitor it.

When you design architecture to monitor your digital assets - either software applications or hardware devices, you need to use different strategies depending on your monitoring target. The factors you want to consider can vary including methods of retrieving monitoring data, frequency of data collection, and how you want to surface metrics and insight you find to stakeholders. In this article, we will mainly discuss how we can monitor your network SNMP devices using Hosted Graphite.

Container runner, a new container-friendly self-hosted runner, is now available for all CircleCI users. Self-hosted runners are a popular solution for customers with unique compute or security requirements. Container runner reduces the barrier to entry for using self-hosted runners within a containerized environment and makes it easier for central DevOps teams to manage running containerized CI/CD jobs behind a firewall at scale.

The Harvester team is pleased to announce the next release of our open source hyperconverged infrastructure product. For those unfamiliar with how Harvester works, I invite you to check out this blog from our 1.0 launch that explains it further. This next version of Harvester adds several new and important features to help our users get more value out of Harvester. It reflects the efforts of many people, both at SUSE and in the open source community, who have contributed to the product thus far.

For organizations looking to succeed in their modernization efforts, our upcoming webinar will offer insights that could help you avoid the missteps that have caused other Kubernetes efforts to fail. Although Kubernetes has become the de facto standard platform for cloud-native digital innovation, it is a complex technology that requires sophisticated expertise to implement correctly, and that expertise is in short supply.

You might think that colocation has been replaced by the cloud. But that’s only true in marketing terms. The reality is that colocation and the role it plays in modern edge computing has never been more important or more required. Believe it or not, cloud computing doesn’t happen in the actual sky – it happens in a data centre. And knowing where that data centre is, and how fast it links to your network and the internet, can be challenging with hyperscalers.

When it comes to cloud computing and the migration of services to the public cloud, we’ve been hearing the hype for years. “Just migrate to the cloud and everything will just work. Things will be bigger, faster, cheaper, and better.” The reality is that a migration to the cloud can result in serious disappointment from unrealistic expectations.

Welcome to this three-part mini-series on bridging the gap between operational technology (OT) and information technology (IT) in Industry 4.0. Throughout this series, we will discuss the key challenges industrial manufacturers face when trying to accelerate their digital transformation. We will understand why legacy update approaches and lack of security in OT do not suit the Industry 4.0 world and assess how adopting open source software can help bridge the gap.

We are proud to introduce SUSE Edge 2.0, which will empower customers to accelerate and scale edge infrastructures and transform edge operations.

Playbooks aim to be a super-powered checklist for repetitive tasks. Before you can get to the “super-powered checklist,” though, you need to identify the process that you’ll use to build your first playbook and create a structured process as a Playbook checklist. Let’s go on that journey today.

Chrome revolutionized the way to extend browsers with new features. Back in the day, extensions were annoying toolbars (remember the Ask toolbar?) and related spam-like additions. Today, I couldn't live without extensions. Here's a list of our favorite extensions used while developing elmah.io. Let's jump right into the extensions. All extensions are sorted alphabetically so make sure to go through the entire list for the best extensions for Chrome (and mostly Edge too).

To make the developer experience as smooth as possible, we are simplifying the onboarding process. Howso? By making the Platform.sh configuration files optional (zero configuration!). Due to popular demands, we’re also giving you a simple way to control custom DNS entries directly in the YAML configuration files (see below). Previously, if you started from one of our many ready-to-use templates, those YAML files were automatically included.

Part of a successful reliability program is being able to monitor and review your progress toward improving reliability. Being able to run tests on services is a big part of it, but how can you tell you're making progress if you can only see your latest test results? There should be a way to track improvements or regressions in your reliability testing practice across your organization in a way that's easy to digest. That's where the Reliability Dashboard comes in.

Every organization has business objectives (BO). These objectives can focus on numerous areas across the company and be related to almost anything within the organization: Identifying core objectives is important for the ongoing success of organizations. Objectives help keep organizations focused on what is deemed important for the future, which, of course, differs for each organization.

The most important part of disk usage monitoring is to check the utilization of each filesystem and each mount point which can reveal existing or impending issues with the storage space on your infrastructure.

Just consider how much of your day relies on online digital technologies. Perhaps you hopped on an app to pre-order your morning coffee and then logged onto a platform to book a car to work. Or, perhaps you stayed home to work, using digital tools to connect with your colleagues and exchange information.

DNS resolution is the first step taken to form an internet connection. This includes when any device is being used to access a website or any type of internet-enabled application, such as e-commerce, CRM, or food delivery. These applications are connected to the internet via IP-backbone, which is typically controlled by a protocol named BGP (Border Gateway Protocol). Each application has a unique numbering schema on the internet, referred to as IP address.

Cloud-native infrastructure has become the standard for deploying applications that are performant and readily available to a globally distributed user base. While this has enabled organizations to quickly adapt to the demands of modern app users, the rapid nature of this migration has also made cloud resources a primary target for security threats.

We are thrilled to announce you can now scan your environment variables for secrets with the new env-variable-secrets-scanner-policy in Kubewarden! This policy rejects a Pod or workload resources such as Deployments, ReplicaSets, DaemonSets , ReplicationControllers, Jobs, CronJobs etc. if a secret is found in the environment variable within a container, init container or ephemeral container. Secrets that are leaked in plain text or base64 encoded variables are detected.

One of my favourite features in incident.io is Decision Flows. With it, you can create a series of questions which eventually lead to a decision based on what you’ve answered. You can pull up this flow during an incident and it’ll guide you through the questions. It’s like having an experienced on-caller calmly guide you through what to do when a crisis hits. This is complementary to incident.io’s Workflows feature.

Today, I am happy to see the public release of Helm-Dashboard, Komodor’s second open-source project, after ValidKube, and my first since joining the team as Head of Open Source. It’s a compelling challenge to try and solve the pain points of Helm users, but more than anything it’s a labor of love. So it is with love that we’re now sharing this project with the community, and I’m excited to imagine where it will go from here.

Here at Civo, we have created over 50 free video guides and tutorials to help you navigate Kubernetes: from understanding the basic need for and function of containers, to launching and scaling your first clusters. You can start learning everything you need to know to get started with Kubernetes today with our nine modules which were created by in-house experts at Civo!

Puppet Enterprise now offers Compliance Enforcement Modules aligned to DISA STIGs Benchmarks. The Defense Information Systems Agency (DISA) Security Technical Implementation Guides (STIGs) were built to safeguard our most critical security systems and data against a dynamic threat environment, yet monitoring and enforcing widely deployed infrastructure at the U.S. Department of Defense (DoD) scale is a formidable task.

FireHydrant has partnered with incredible companies to transform incident response inside their organizations, but our goal has always been to support the full incident lifecycle. That’s because we know that investing in good incident management can kickstart your reliability efforts when it includes both a streamlined incident response process that helps you recover faster and the ability to learn from incidents and then feed those insights back into your system.

Earlier this year, when Codefresh announced the first course in our GitOps for Argo certification program – GitOps Fundamentals – we had high hopes that the course would satisfy the community’s pent-up demand for practical GitOps knowledge. To meet this demand, we designed a course that features lab environments to dramatically improve the learning experience. Each student gets a lab environment pre-configured with everything they need to learn GitOps using Argo CD.

NOC, or network operation center, processes have been set in stone for decades. But it’s time for some of these processes to evolve. Digital transformation and the cloud era have led to the rise of DevOps, and with it, service ownership. Service ownership means that developers take responsibility for supporting the software they deliver at every stage of the life cycle. This brings development teams closer to their customers, the business, and the value they deliver.

OpenTelemetry (OTel), an open source project under the Cloud Native Computing Foundation (CNCF), is a collection of tools, APIs and SDKs for generating and collecting observability data (mainly trace, metrics and logs) from cloud-native applications. An industry-standard for distributed tracing and observability, OTel enables analyzing application health and performance to ensure production-readiness and support production monitoring.

The #1 KPI is not how fast a developer codes, but rather how long it takes from the time a developer starts to work on a new feature till it gets to production. In this blog I’d like to describe a few concepts and present a real life example, where we utilized a chain of open source tools to automate the entire software development process, from code to production.

Modern data centers are complex environments that often contain many thousands of individual cabling and port components. When the physical connectivity infrastructure is not properly organized, tracked, and managed, you can quickly run into serious problems.

With 96% of organizations either using or evaluating Kubernetes and over 7 million developers using Kubernetes around the world, according to a recent CNCF report, it’s safe to say that Kubernetes is eating up the world and has become the de-facto orchestrating system of cloud-native applications. The benefits of adopting K8s are obvious in terms of efficiency, agility, and scalability.

Ubuntu Desktop 22.10, codenamed Kinetic Kudu, is here! This is the first release after Ubuntu 22.04 LTS, which means that there are a number of changes in both the underlying technology and the user experience, as well as some previews of what might be on the horizon in future releases. Excited? Let’s jump straight into our highlights.

The life of a sysadmin or SRE is often difficult, but occasionally very simple things can make a huge difference. Basic monitoring of your systemd services is one of those simple things, which we sometimes overlook. The simplest question one would want to know is if the thing that’s supposed to be running is actually running at all. If you use systemd services, you can guarantee an answer to that question within minutes using Netdata.

Redis is designed to be fast. In most cases, it is. However, there are times when Redis may be slow, due to network issues, disk latency, or other factors. When this happens, it is important to be able to detect the slow down and investigate the cause. Latency is the maximum delay between the time a client issues a command and the time the reply to the command is received by the client. Redis has strict requirements on average and worst case latency.

GitOps modernizes software management and operations by allowing developers to declaratively manage infrastructure and code using a single source of truth, usually a Git repository. Many development teams and organizations have adopted GitOps procedures to improve the creation and delivery of software applications. For a GitOps initiative to work, an orchestration system like Kubernetes is crucial.

DevOps is an IT delivery concept that combines people, practices and tools with the shared goal of accelerating the development of applications and services. Adopting DevOps at enterprise level typically requires: The continuous development of DevOps practices, as well as other factors like the rapid pace of modern code changes, facilitates a need for DevOps monitoring: a set of tools and processes to support the entire software development lifecycle.

Codenamed “Kinetic Kudu”, this interim release improves the experience of enterprise developers and IT administrators. It also includes the latest toolchains and applications with a particular focus on the IoT ecosystem.

Do you have an application built with Django and PostgreSQL that you’d like to run on Kubernetes? If so, you’re in luck! In this tutorial, you’ll learn how to orchestrate your Django application with Kubernetes. Since we’re working with multiple microservices, it can be difficult to ensure all parts work together. This tutorial will demystify all that.

Measuring and improving the reliability of technical systems has always been challenging. As an industry, we've developed several practices to try and address reliability concerns, such as incident response, observability, and Chaos Engineering. This led SREs and service owners to measure reliability in a handful of ways.

Organizations around the globe recognize the importance of digital transformation to respond to the demands of the modern world. Organizations can advance their business by adapting technology, processes and tools. By doing so, they can increase flexibility, efficiency, security and improve customer experiences to boost success and gain competitive advantage. However, digital transformation is not always easy.

Containerization is a type of virtualization in which a software application or service is packaged with all the components necessary for it to run in any computing environment. Containers work hand in hand with modern cloud native development practices by making applications more portable, efficient, and scalable.

DevOps is the combination of software development and IT operations. It is a set of tools and methodologies designed to speed up the development of a product and facilitate efficiency throughout its lifecycle. DevOps can increase the rate at which applications and updates are delivered by managing and automating the monotonous and repetitive tasks that plague the development and deployment process.

SD-WAN has been making waves in the networking world thanks to its ability to provide dependable edge-to-cloud connectivity. Here’s how it works, and how it could help you.

As defined by Amazon Web Services, DevOps is the integration of cultural concepts, practices, methods, and tools which allow an organization to provide services and applications at high speed: advancing and improving their products at a much faster rate than those using traditional software process for infrastructure management and development. This allows organizations to serve clients more effectively and compete in the market.

Testing early and often in the development cycle is a must for ensuring that your application meets user expectations. Poor performance and errors can alienate users and prevent you from meeting crucial benchmarks and OKRs. Additionally, having to constantly implement fixes after new, under-tested features are added can fatigue developers and strain your resources, making your organization less nimble overall.

Remote collaboration tools have transformed how remote and hybrid teams work synchronously. But while the current popular chat forum and video conferencing solutions are inarguably helpful, few were created with software development and operations in mind. CoScreen is the only real-time collaboration tool designed specifically for remote and hybrid engineering teams that integrate both interactive screen sharing and video conferencing features.

Customer-facing applications request and process many types of sensitive data, such as API keys, credit card numbers, and email addresses. As your application scales in size and complexity, it becomes harder to keep track of this sensitive data moving across more services, increasing the risk of data leaks.

For any organization that stores, processes, or transmits cardholder data, monitoring can pose a particular set of challenges. The Payment Card Industry (PCI) Data Security Standard (DSS) dictates rigorous monitoring and data security requirements for the cardholder data environments (CDEs) of all merchants, service providers, and financial institutions.

To optimize its cloud investments, your organization needs internal stakeholders to act on shared knowledge about its cloud costs and cloud usage. But in practice, it’s difficult for organizations to gain a high degree of clarity about their cloud spending. The factors contributing to cost data are not normally visible to all stakeholders, and it’s often impossible to attribute costs to the teams, services, and applications that incurred them.

Today at Dash 2022, we announced new products and features that enable your teams to break down information silos, shift testing to the left, monitor cloud and application security, and more. Now, you can analyze cloud cost data alongside other telemetry, create synthetic tests for your mobile applications, and prevent malicious activity in your environment by blocking IPs directly from Datadog. We expanded Sensitive Data Scanner to include APM, RUM, and Events stream data.

Netdata just launched a Pandas collector. Pandas is a de-facto standard in reading and processing most types of structured data in Python so if you have some csv/json/xml data, either locally or via some HTTP endpoint, containing metrics you’d like to monitor, chances are you can now easily do this by leveraging the Pandas collector without having to develop your own custom collector as you might have in the past.

Cloud Service Providers (CSPs) offer an ever-expanding array of instance types, ensuring that for any given workload there exists the perfect hosting option that matches the exact needs of that app or business service. But with this expansion comes an ever-increasing challenge to match the workloads to the offerings – there are many things to consider.

Nowadays, the software development paradigm is based on containerizing applications to deploy on pods to let Kubernetes manage it. Containerized applications can then allow Kubernetes to manage its deployment, replication, high availability, metrics and other capabilities so that the application can focus on doing what it was designed to do. This technology is used for projects and by customers all over the globe.

Containers have long been used in the transportation industry. Cranes pick up containers and shift them onto trucks and ships for transportation. Container technology is handled in a similar vein in the software world. A container is a new and efficient way of deploying applications. A container is a lightweight unit of software that includes application code and all its dependencies such as binary code, libraries, and configuration files for easy deployment across different computing environments.

Cloud automation can do a lot for your organization, making it possible to automate resource creation, management, and housekeeping tasks. If you’ve thought that cloud automation is out of reach, or you’re curious to learn what it can do, we’re excited to announce a brand new webinar that can help! Discover cloud automation in action and walk away with code that you can get up and running within an hour.

In this article, we will look at what Puppet is and why it is important to monitor Puppet server metrics. We will also analyze the tools that help us monitor Puppet’s performance. Ultimately we will learn about the benefits of using Hosted Graphite by MetricFire to monitor Puppet server metrics. Sign up for MetricFire free trial today or book a demo with the MetricFire team to understand how you can take advantage of its monitoring solutions.

Productivity is one of the measures economists use when looking at the health of and growth (or lack thereof) of economies. Productivity growth is the ability of people to do more with the same or only marginally more effort. So, when Henry Ford introduced his assembly line to automobile manufacturing, he dramatically increased employee productivity. In the case of Henry Ford, the benefits of massive increases in productivity included.

Organizations are eagerly adopting containers and Kubernetes, investing in cloud-native to foster innovation and growth. According to the CNCF and Slashdata, nearly 5.6 million developers use Kubernetes. That’s 31% of all backend developers. We all know that Kubernetes is a great container management platform.

For most organizations, GitHub is mission critical. Your GitHub repositories likely also contain some of your organization’s most sensitive data. GitHub provides tools to help you protect and govern this data, with tools such as audit logs, code scanning alerts, and secret scanning alerts. However, analyzing these logs and alerts through GitHub’s UI can be challenging. For example, looking for trends in your code scanning alerts over time through GitHub’s UI is just not possible.

Autonomous vehicles are all over the media these days. But what of the technologies that make them possible? In a previous blog post, we covered the many fascinating use cases for digital twins and their applications for the development of self-driving cars. But with the race towards autonomy becoming fiercer, the costs to use these new enabling technologies are rising exponentially. Moreover, the need for talent and experts across the world is forcing companies to shift to remote work.

For server administrators tasked with ensuring the reliable operation of their web applications, the thought of a lurking cyberattack can be one to lose sleep over. An attack on your system and the services you provide could render your web applications unresponsive. What’s worse, important information that depends on privacy and the careful storing of data is put at risk.

Web servers are among the most important components in modern IT infrastructures. They host the websites, web services, and web applications that we use on a daily basis. Social networking, media streaming, software as a service (SaaS), and other activities wouldn’t be possible without the use of web servers. And with the advent of cloud computing and the movement of more services online, web servers and their monitoring are only becoming more important.

We’re fortunate enough to speak to a huge number of companies about their incident management processes. In doing so, we’ve noticed an emergent trend in how modern companies are using software to support their incident management processes, and a common set of challenges faced by them too.