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Andrii Sh., DevOps Engineer

Cherkasy, Ukraine
Last Updated: 4 Jul 2023

- 24 years of professional expertise in the IT industry; - 2+ years of work experience with Kubernetes; - 6+ years of experience with Docker; - Solid skills in working with AWS Cloud Platform; - Experience with blockchain projects on Ethereum and Polkadot; - Deep knowledge of building and supporting monitoring and alerting systems using Grafana and Prometheus; - Good understanding of work with Terraform. - Skilled in designing, building, and improvement of the IT infrastructure; - Experienced in the implementation of solutions on Microsoft\ Apple \ and Unix platforms - Deep understanding of building virtual and cloud environments; - Experience in building corporate backup systems;

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Roman F., PHP Engineer

Last Updated: 5 Mar 2024
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- Experienced Software Engineer with 8 years of commercial experience in demanding environments, focused on producing cutting-edge systems for businesses. - Skilled in infrastructure cost optimization, Kubernetes, and Terraform. - Proficient in PHP, JavaScript, Golang, and various databases such as MySQL, PostgreSQL, and MongoDB. - Extensive experience with Amazon Web Services (AWS) and containerization technologies like Docker. - Strong background in computer science with a Master's degree in Computer Science. - Familiar with Agile and Scrum methodologies, as well as software development practices and SDLC. - Excellent communication skills and fluent in Ukrainian with advanced English proficiency.

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Mykhaylo R., DevOps/SRE/Lead System Administrator

Last Updated: 19 Mar 2024
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- Over 20 years in IT with a master's degree in Cybernetics - Proficient in Ansible: Extensive experience in deploying and managing Ansible-driven infrastructure, particularly highlighted in roles as SRE/Architect (Aug 2018 – Present) and Senior DevOps Engineer/Lead Sysadmin (Aug 2020 – May 2021), where Ansible was pivotal in scaling a learning platform from 1,000 to over 100,000 students and in key migration projects. - Expertise in Windows Environments: Demonstrated strong skills in managing Windows environments, especially as an SRE/Architect (Aug 2018 – Present) and CTO (2013 – Mar 2022), involving Windows AD+MSSQL backoffice management and ITIL Service Management framework implementation on Windows platforms. - Versatile IT Roles with Ansible and Windows: Across various roles including IT Service Manager, Senior DevOps Engineer, and CTO, consistently applied Ansible and Windows technologies in large-scale infrastructure projects and day-to-day operations, showing versatility and depth in these areas. - Managing the growth of the learning platform from 1,000+ to 100k+ active students - ITIL v3 Foundations Certificate - More than 5 years of experience in leading ITIL Service Management capability and implementing end-to-end ITIL Service Management framework - Strong experience in using ServiceNow and Jira Service Desk for ITSM - Experienced IT/Telecom Specialist - UNIX and UNIX-Like OS (FreeBSD, Linux, SunOS, MacOS X) background - Over 20 years of Windows/windows server family. From NT4.0 /win3.1 up to Server2019. As well as upgrading Up to 15 years with server HW, and 13 years with storage solutions - Infrastructure problem-solver with a strong view on reliability, performance, and disaster recovery - Fluent English

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Bash   10 yr.

Shell Scripts

Shell Scripts   10 yr.


MySQL   10 yr.



Ansible Playbook

Ansible Playbook

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Daniel T., DevOps engineer

Last Updated: 26 Jul 2023

- 3+ years experience working as a DevOps engineer; - Good experience working in Azure Cloud, Azure Storage, and Azure Functions; - Good knowledge of AWS, and AWS ElasticSearch; - Deep abilities with CI/CD, automation, and deployment of HA systems; - Experience with Python, and PHP; - Good skills working with Jenkins, Docker, Kubernetes (K8s), and Helm; - Experience with Terraform, Grafana, and Prometheus; - Good skills with PostgreSQL, SQL, MySQL, and NoMySQL; - Deep abilities with Centos, and Radhat; -Upper-Intermediate English.

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Microsoft Azure

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Vladyslav M., Senior DevOps Engineer

Last Updated: 4 Jul 2023

- A highly skilled DevOps specialist with 15+ years of experience and with a track record of successfully designed CI/CD architectures. - 5+ years experience with AWS; - 5+ years experience with Kubernetes; - 7+ years experience with Docker; - Deep skills with Terraform; - Good understanding of work with databases; - Experience with migration; - Good knowledge of working with Prometheus and Grafana monitoring; - Experience of more than 6 years working with Jenkins; - Achieved great improvement in deployment efficiency via script automation and use of the latest deployment frameworks for client projects; - English: Upper-Intermediate;

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Kubernetes (K8s)

Kubernetes (K8s)

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Amazon Web Services (AWS)

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Our journey starts with a 30-minute discovery call to explore your project challenges, technical needs, and team diversity. Meet Carefully Matched Prometheus Talents. Within 1-3 days, we’ll share profiles and connect you with the right talents for your project. Schedule a call to meet engineers in person. Validate Your Choice. Bring a new Prometheus developer on board with a trial period to confirm that you’ve hired the right one. There are no termination fees or hidden costs.

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Table of Contents

Pros & cons of Prometheus

7 Pros of Prometheus

  • Prometheus is an open-source monitoring and alerting system designed for cloud-native environments. It provides a wide range of features and flexibility for monitoring and managing applications and infrastructure.
  • One of the key advantages of Prometheus is its powerful querying language, PromQL, which allows users to perform complex queries and aggregations on collected data. This makes it easier to analyze and gain insights from the monitoring data.
  • Prometheus has a highly scalable and distributed architecture, making it suitable for large-scale deployments. It supports horizontal scaling and federation, allowing users to collect and aggregate metrics from multiple Prometheus instances.
  • With Prometheus, you can easily define and configure custom alerting rules based on the collected metrics. It provides a flexible and robust alerting system that can send notifications through various channels like email, Slack, PagerDuty, etc.
  • It has a wide range of integrations with popular tools and platforms, making it easy to collect metrics from different sources. Prometheus supports various exporters, which are used to expose metrics from third-party systems and applications.
  • Prometheus provides powerful visualization capabilities through its integration with Grafana. Grafana allows users to create interactive dashboards and visualize the collected metrics in a customizable and user-friendly manner.
  • Being an open-source project with a large and active community, Prometheus benefits from continuous development and improvement. It has a rich ecosystem of plugins, extensions, and community-driven integrations that enhance its functionality.

7 Cons of Prometheus

  • Prometheus has a relatively high resource consumption compared to other monitoring systems. It requires a significant amount of memory and storage for storing and processing the collected metrics.
  • While Prometheus provides powerful querying capabilities, the learning curve for PromQL can be steep for beginners. Users need to invest time in understanding the query language and its syntax.
  • When it comes to long-term storage, Prometheus has limitations. It is primarily designed for short-term storage of metrics and does not have built-in support for long-term retention or historical data analysis.
  • Although Prometheus supports federation for collecting metrics from multiple instances, setting up and managing a federated setup can be complex and time-consuming.
  • Backup and restore capabilities in Prometheus are limited. It relies on external storage systems or backup solutions for data backup and recovery.
  • While Prometheus has a large and active community, the availability of official support and enterprise-grade features might be limited compared to commercial monitoring solutions.
  • Prometheus has a specific data model and storage format, which may not be compatible with existing monitoring systems or tools. Migrating from other systems to Prometheus can involve some effort and changes in the monitoring infrastructure.

Cases when Prometheus does not work

  1. Prometheus does not work when the system architecture does not support scraping. Prometheus relies on a pull-based model, where it scrapes metrics from targets at regular intervals. If the target system does not expose metrics in a format that Prometheus can scrape, it will not work effectively. This can happen when the target system does not provide an HTTP endpoint or does not follow the Prometheus exposition format.
  2. Another case when Prometheus may not work is when there is a network connectivity issue between Prometheus and its targets. Since Prometheus needs to scrape metrics from various targets, any interruption or network misconfiguration can cause the scraping process to fail. If Prometheus cannot establish a connection with the targets, it will not be able to collect metrics and provide meaningful insights.
  3. Prometheus may face challenges when dealing with high cardinality data. If the number of unique time series or labels is very large, it can lead to increased memory usage and longer query response times. Prometheus is designed to handle a moderate number of time series efficiently, but if the cardinality exceeds its capacity, it may struggle to perform optimally.
  4. In some cases, the storage capacity of Prometheus may become a limitation. Prometheus stores all collected metrics in its local storage for querying and analysis. However, if the volume of data surpasses the available storage capacity, Prometheus may start evicting old data or fail to store new metrics. This can result in data loss and incomplete monitoring information.
  5. If the Prometheus configuration is not optimized or properly tuned, it may lead to performance issues. Configuring retention periods, scrape intervals, and alerting rules incorrectly can impact the overall performance of Prometheus. Inadequate resource allocation or misconfigured storage can also affect its functionality.
  6. Lastly, Prometheus heavily relies on the reliability and availability of its exporters. If the exporters responsible for exposing metrics from various systems and applications are not functioning correctly or are not kept up to date, Prometheus will not be able to collect comprehensive and accurate metrics.

TOP 14 Facts about Prometheus

  • Prometheus is an open-source monitoring and alerting toolkit originally built at SoundCloud in 2012.
  • It was accepted into the Cloud Native Computing Foundation (CNCF) as the second hosted project, after Kubernetes.
  • Prometheus is written in the Go programming language, which makes it highly performant and efficient.
  • It follows a pull-based model, where the Prometheus server periodically scrapes metrics data from configured targets.
  • Prometheus provides a powerful query language called PromQL, which allows users to analyze and extract valuable insights from collected metrics.
  • It supports multi-dimensional data model, allowing users to add labels to metrics and create powerful queries based on these labels.
  • Prometheus offers various client libraries and integrations, making it easy to instrument applications and services to expose metrics.
  • It has a built-in time series database that stores collected metrics, allowing users to analyze historical data.
  • Prometheus comes with a powerful alerting system that allows users to define alert rules based on metric thresholds and send notifications via various channels.
  • It provides a web-based user interface called the Prometheus Expression Browser, which allows users to explore and visualize metrics data.
  • Prometheus is highly scalable and can handle millions of metrics, making it suitable for large-scale deployments.
  • It has a robust ecosystem with various exporters available for popular technologies like Kubernetes, Apache Kafka, MySQL, and many others.
  • Prometheus supports service discovery mechanisms, which allows it to automatically discover and monitor new instances of services as they come online.
  • It offers long-term storage options through integration with other systems like Thanos and Cortex, allowing users to retain metrics data for extended periods.

Soft skills of a Prometheus Developer

Soft skills are essential for a Prometheus Developer to excel in their role, as they involve interpersonal and communication abilities that complement their technical expertise. Here are the soft skills required for a Prometheus Developer at different career levels:


  • Adaptability: Ability to quickly learn and adapt to new technologies and tools.
  • Teamwork: Capacity to collaborate effectively with team members to achieve project goals.
  • Problem-solving: Aptitude for identifying and resolving issues in Prometheus monitoring configurations.
  • Time management: Skill to prioritize tasks and deliver results within deadlines.
  • Communication: Strong verbal and written communication skills to effectively convey information and ideas.


  • Leadership: Ability to take ownership of tasks and guide junior team members.
  • Mentoring: Skill to mentor and support less experienced developers in understanding Prometheus concepts.
  • Analytical thinking: Capacity to analyze complex monitoring data and draw meaningful insights.
  • Collaboration: Aptitude for fostering collaboration between cross-functional teams.
  • Client management: Ability to understand client requirements and provide appropriate Prometheus solutions.
  • Presentation skills: Proficiency in delivering clear and concise presentations to stakeholders.
  • Conflict resolution: Skill to resolve conflicts and maintain a positive team environment.


  • Strategic thinking: Ability to align Prometheus monitoring strategies with overall business objectives.
  • Project management: Skill to manage and oversee multiple Prometheus projects simultaneously.
  • Innovation: Aptitude for exploring and implementing innovative solutions using Prometheus.
  • Decision-making: Capacity to make informed decisions based on Prometheus metrics and data.
  • Technical leadership: Ability to provide technical guidance and mentorship to the team.
  • Client relationship management: Skill to build and maintain strong relationships with clients.
  • Continuous learning: Commitment to staying updated with the latest Prometheus developments and best practices.
  • Conflict resolution: Ability to handle conflicts and disagreements among team members.

Expert/Team Lead

  • Strategic planning: Capacity to develop long-term Prometheus monitoring strategies for the organization.
  • Team management: Skill to lead and manage a team of Prometheus Developers effectively.
  • Business acumen: Ability to understand the business context and align Prometheus solutions accordingly.
  • Thought leadership: Aptitude for driving innovation and industry-leading practices in Prometheus monitoring.
  • Stakeholder management: Skill to engage and influence key stakeholders at different levels.
  • Quality assurance: Capacity to ensure high-quality Prometheus configurations and monitoring practices.
  • Risk management: Ability to identify and mitigate risks associated with Prometheus monitoring.
  • Performance optimization: Skill to optimize Prometheus configurations for improved performance.
  • Strategic partnerships: Capacity to establish and maintain strategic partnerships with relevant organizations.
  • Change management: Ability to lead and manage organizational change related to Prometheus adoption.
  • Emotional intelligence: Skill to understand and manage emotions in oneself and others for effective teamwork.

TOP 10 Prometheus Related Technologies

  • Go (Golang)

    Go, also known as Golang, is a statically typed, compiled language designed for simplicity and efficiency. It offers robust support for concurrency, making it ideal for building scalable and reliable systems. With its strong community support and extensive standard library, Go is widely used for developing Prometheus software.

  • Prometheus

    Prometheus is an open-source monitoring and alerting toolkit. It provides a flexible and powerful platform for collecting, storing, and querying time series data. With its built-in query language, PromQL, Prometheus allows developers to gain insights into their systems’ performance and troubleshoot issues effectively.

  • Python

    Python is a versatile and beginner-friendly language widely used in Prometheus software development. It offers a large ecosystem of libraries and frameworks, such as Flask and Django, which enable rapid application development. Python’s simplicity and readability make it a popular choice for writing exporters and integrations with Prometheus.

  • Java

    Java is a widely adopted programming language known for its performance, scalability, and cross-platform compatibility. Many enterprise-level Prometheus deployments rely on Java for building robust and high-performance systems. Java’s vast ecosystem, including popular frameworks like Spring Boot, provides developers with powerful tools to integrate Prometheus into their applications.

  • JavaScript/Node.js

    JavaScript, along with its runtime environment Node.js, is a popular choice for web-based Prometheus software development. With libraries like express.js and node-prometheus-client, developers can easily build HTTP exporters and dashboards. JavaScript’s event-driven nature and extensive package ecosystem make it well-suited for creating dynamic and interactive monitoring solutions.

  • Docker

    Docker is a widely adopted containerization platform that plays a crucial role in Prometheus software development. It allows developers to package their applications and dependencies into lightweight, isolated containers. With Docker, deploying and scaling Prometheus instances becomes more manageable, enabling efficient resource utilization and easier management of complex systems.

  • Kubernetes

    Kubernetes is an open-source container orchestration platform that provides a scalable and resilient infrastructure for Prometheus deployments. With its dynamic scaling and service discovery capabilities, Kubernetes simplifies the management of Prometheus instances and ensures high availability. Prometheus integrates seamlessly with Kubernetes, making it an excellent choice for monitoring containerized environments.

Hard skills of a Prometheus Developer

Hard skills of a Prometheus Developer


  • Prometheus Monitoring: Proficient in setting up and configuring Prometheus monitoring system.
  • PromQL: Solid understanding of PromQL, the query language used by Prometheus, to retrieve and analyze metrics.
  • Grafana: Familiarity with Grafana for creating dashboards and visualizing Prometheus metrics.
  • Prometheus Exporters: Knowledge of Prometheus exporters to collect metrics from various systems and services.
  • Alerting and Alertmanager: Basic knowledge of setting up alerts and using the Alertmanager component in Prometheus.


  • Prometheus Federation: Experience in setting up and managing Prometheus federation to aggregate metrics from multiple instances.
  • Prometheus High Availability: Proficient in configuring Prometheus in a highly available setup for improved reliability.
  • Prometheus Storage and Retention: Understanding of storage options and retention policies to efficiently store and manage metrics data.
  • Prometheus Scaling: Ability to scale Prometheus to handle large-scale deployments and high volumes of metrics.
  • Prometheus Service Discovery: Knowledge of service discovery mechanisms to automatically discover and monitor new services.
  • Prometheus Alerting Rules: Proficiency in creating and managing alerting rules for proactive monitoring and issue detection.
  • Prometheus API: Familiarity with Prometheus API for querying metrics programmatically and integrating with other systems.


  • Prometheus Performance Optimization: Expertise in optimizing Prometheus performance for efficient metric collection and storage.
  • Prometheus Security: In-depth knowledge of securing Prometheus and implementing authentication and authorization mechanisms.
  • Advanced PromQL: Mastery of advanced PromQL functionalities and techniques for complex metric analysis.
  • Prometheus Customization: Ability to customize Prometheus configurations, rules, and exporters for specific use cases.
  • Prometheus Cluster Management: Experience in managing Prometheus clusters and handling distributed architectures.
  • Prometheus Ecosystem: Familiarity with related tools and technologies in the Prometheus ecosystem, such as Thanos and Cortex.
  • Prometheus Best Practices: Awareness of best practices for designing, deploying, and maintaining Prometheus in production environments.
  • Prometheus Troubleshooting: Proficiency in troubleshooting and resolving issues related to Prometheus setup and configuration.

Expert/Team Lead

  • Prometheus Architecture Design: Expertise in designing scalable and resilient Prometheus architectures for enterprise-level deployments.
  • Prometheus Monitoring Strategy: Ability to devise comprehensive monitoring strategies using Prometheus for complex infrastructures.
  • Prometheus Performance Tuning: Mastery of advanced techniques for fine-tuning Prometheus performance and optimizing resource utilization.
  • Prometheus Data Analysis: Advanced skills in analyzing Prometheus metrics data to identify trends, anomalies, and optimization opportunities.
  • Prometheus Custom Integrations: Proficiency in developing custom integrations with Prometheus using its APIs and extension points.
  • Prometheus Training and Mentoring: Experience in training and mentoring junior and mid-level Prometheus developers.
  • Prometheus Community Contribution: Active participation in the Prometheus community, contributing to its development and improvement.
  • Prometheus Project Management: Ability to lead Prometheus projects, set technical direction, and collaborate with cross-functional teams.
  • Prometheus Monitoring Strategy: Ability to devise comprehensive monitoring strategies using Prometheus for complex infrastructures.
  • Prometheus Performance Tuning: Mastery of advanced techniques for fine-tuning Prometheus performance and optimizing resource utilization.
  • Prometheus Data Analysis: Advanced skills in analyzing Prometheus metrics data to identify trends, anomalies, and optimization opportunities.

What are top Prometheus instruments and tools?

  • Prometheus: Prometheus is an open-source systems monitoring and alerting toolkit originally built at SoundCloud in 2012. It is now a standalone open-source project and a part of the Cloud Native Computing Foundation (CNCF). Prometheus is widely used for monitoring and alerting in modern cloud-native environments. It offers a multi-dimensional data model, a flexible query language, and powerful alerting capabilities. Prometheus has become the de facto standard for monitoring Kubernetes and other containerized environments.
  • Grafana: Grafana is an open-source visualization and analytics software that works seamlessly with Prometheus. It provides a rich set of features for exploring, visualizing, and analyzing data from Prometheus and other data sources. Grafana allows users to create custom dashboards, set up alerts, and build interactive visualizations using a wide range of data sources. With its intuitive and user-friendly interface, Grafana has gained popularity among developers and operators for monitoring and visualizing Prometheus metrics.
  • Alertmanager: Alertmanager is a component of the Prometheus ecosystem that handles alerts sent by Prometheus and other monitoring systems. It provides a flexible and robust way to manage and route alerts to different receivers, such as email, Slack, PagerDuty, or other notification services. Alertmanager allows users to define sophisticated alerting rules and apply deduplication, inhibition, and grouping techniques to ensure efficient and reliable alert notifications.
  • PromQL: PromQL is the query language used by Prometheus to retrieve and manipulate time series data. It offers a powerful and expressive syntax for filtering, aggregating, and transforming metrics. PromQL supports a wide range of operators and functions, allowing users to perform complex queries and calculations on their monitoring data. Its simplicity and flexibility make PromQL a key feature of Prometheus, enabling users to gain deep insights into their system’s behavior.
  • Prometheus Operator: The Prometheus Operator is an open-source project that simplifies the deployment and management of Prometheus and related components in Kubernetes clusters. It provides a declarative way to define and manage Prometheus instances, alerting rules, and service monitors using Kubernetes manifests. The Prometheus Operator automates common operational tasks, such as scaling, configuration updates, and high availability, making it easier to run Prometheus in a Kubernetes environment.
  • VictoriaMetrics: VictoriaMetrics is a high-performance, cost-effective time series database that is compatible with Prometheus. It can store and query large amounts of time series data efficiently, making it suitable for long-term storage and analysis of Prometheus metrics. VictoriaMetrics is designed to be highly scalable and resource-efficient, allowing users to handle increasing workloads without sacrificing performance. It offers features like data retention policies, distributed querying, and efficient storage compression.
  • Prometheus Pushgateway: The Prometheus Pushgateway is a service that allows short-lived jobs or batch processes to push their metrics to Prometheus. It acts as an intermediary between the job and Prometheus, enabling metrics collection from non-service-based applications or systems without direct network access. The Pushgateway provides a simple HTTP API for pushing metrics, and it handles deduplication and expiration of metrics. It is a useful tool for monitoring ephemeral or transient workloads in a Prometheus-based monitoring system.
  • Prometheus Exporters: Prometheus Exporters are small, specialized applications or libraries that expose metrics from various systems and services in a format that can be scraped by Prometheus. They act as bridges between Prometheus and the target system, allowing the collection of specific metrics not natively supported by Prometheus. There are numerous Prometheus Exporters available for popular technologies, including databases, messaging systems, cloud platforms, and more. They enable users to monitor and collect metrics from a wide range of sources within their monitoring ecosystem.

Let’s consider Difference between Junior, Middle, Senior, Expert/Team Lead developer roles.

Seniority NameYears of experienceResponsibilities and activitiesAverage salary (USD/year)
Junior0-2 yearsAssisting senior developers in coding, debugging, and testing software applications. Learning new technologies and frameworks. Collaborating with the team to deliver high-quality code.40,000 – 60,000
Middle2-5 yearsDesigning, coding, debugging, and testing software applications. Collaborating with cross-functional teams to gather requirements and ensure timely delivery. Mentoring junior developers. Participating in code reviews and suggesting improvements.60,000 – 80,000
Senior5-8 yearsLeading the design and development of complex software systems. Providing technical guidance and mentoring to team members. Identifying and resolving technical challenges. Collaborating with stakeholders to define project requirements and deliverables. Conducting code reviews and ensuring high-quality code.80,000 – 100,000
Expert/Team Lead8+ yearsLeading a team of developers and coordinating project activities. Setting technical direction and making architectural decisions. Mentoring and coaching team members. Collaborating with stakeholders to define project goals and strategies. Ensuring the team delivers high-quality code and meets project deadlines.100,000+

TOP 14 Tech facts and history of creation and versions about Prometheus Development

  • Prometheus Development is an open-source monitoring and alerting toolkit, initially created by SoundCloud in 2012.
  • It was developed using the methodology of “Everything is a Time Series.” This means that Prometheus treats all data as time series, allowing for powerful querying and analysis.
  • Prometheus was created by a team of engineers at SoundCloud, led by Björn Rabenstein, Julius Volz, and Fabian Reinartz.
  • The first version of Prometheus was released in 2015, marking the official launch of the project to the public.
  • Prometheus introduced a new approach to monitoring called “pull-based monitoring.” Instead of relying on agents to push data to a central server, Prometheus scrapes metrics from the target systems periodically.
  • One of the key innovations of Prometheus is its powerful query language called PromQL. PromQL allows users to perform complex queries and aggregations on time series data.
  • Prometheus has a highly scalable architecture that allows it to handle millions of time series and high-frequency data ingestion.
  • Over the years, Prometheus has gained significant popularity and has become one of the de facto standards for monitoring in the cloud-native ecosystem.
  • Prometheus has a vibrant and active community of contributors who continuously enhance the project and develop new integrations and extensions.
  • Prometheus has inspired the creation of various related projects, such as Grafana, a popular visualization tool, and Thanos, a highly scalable Prometheus extension for long-term storage and global querying.
  • Since its inception, Prometheus has seen several major version releases, introducing new features, performance improvements, and bug fixes.
  • Prometheus 2.0, released in 2017, brought significant performance improvements and introduced a new storage engine, making it more efficient and scalable.
  • Prometheus 2.14, released in 2019, introduced remote read and write capabilities, allowing for federation and remote storage integrations.
  • The latest stable version of Prometheus as of October 2021 is 2.30, which includes various improvements and bug fixes over previous versions.

How and where is Prometheus used?

Case NameCase Description
Monitoring MicroservicesPrometheus is commonly used for monitoring microservices architectures. It can collect and store metrics from each individual microservice, providing real-time visibility into their performance and health. Prometheus allows developers to set up alerts based on specific metrics thresholds, ensuring that any issues or anomalies are detected and addressed promptly.
Infrastructure MonitoringPrometheus excels at monitoring the infrastructure layer, including servers, networks, and storage systems. With its extensive set of exporters and integrations, Prometheus can retrieve data from various sources, such as system resources, network devices, and cloud platforms. It enables administrators to monitor resource utilization, detect bottlenecks, and optimize the overall infrastructure performance.
Application Performance Monitoring (APM)Prometheus can be integrated with APM tools to provide comprehensive monitoring of application performance. By instrumenting the code or using compatible libraries, developers can collect detailed metrics about application behavior, response times, and error rates. Prometheus allows analyzing these metrics in real-time, identifying performance bottlenecks, and optimizing the application to deliver a better user experience.
Container OrchestrationWhen working with containerized environments, Prometheus plays a crucial role in monitoring and managing the containers. It can scrape metrics from container orchestration platforms like Kubernetes, allowing operators to monitor resource utilization, track the health of individual containers, and scale resources based on demand. Prometheus also integrates with container registries, enabling monitoring of container image vulnerabilities and ensuring secure deployments.
Distributed System MonitoringPrometheus is well-suited for monitoring distributed systems that consist of multiple components and services. It can collect and aggregate metrics from different components, providing a centralized view of the entire system’s performance. Prometheus allows developers and operators to trace requests across distributed systems, identify latency issues, and optimize the system’s overall performance and reliability.
Alerting and Incident ManagementPrometheus includes a powerful alerting system that can be configured to send notifications when specific conditions or thresholds are breached. This enables proactive incident management by alerting operators or on-call teams about potential issues or anomalies. Prometheus integrates with popular incident management tools, facilitating seamless collaboration and efficient incident resolution.
Capacity PlanningBy collecting and analyzing historical metrics, Prometheus assists in capacity planning for various resources. It allows administrators to identify usage patterns, forecast future resource demands, and allocate resources efficiently. With Prometheus, organizations can avoid resource shortages or overspending, ensuring optimal resource utilization and cost-effectiveness.
Log Monitoring and AnalysisIn addition to metrics, Prometheus can ingest and index logs, making it a versatile tool for log monitoring and analysis. It enables developers and operators to search and analyze logs in real-time, identify errors or anomalies, and gain insights into system behavior. Prometheus integrates with popular logging frameworks and tools, providing a unified monitoring and troubleshooting experience.
IoT Device MonitoringPrometheus can be utilized for monitoring Internet of Things (IoT) devices and ecosystems. By integrating Prometheus with IoT platforms or using compatible exporters, it becomes possible to collect and analyze metrics from IoT devices, ensuring their proper functioning and detecting potential issues. Prometheus enables real-time monitoring of device connectivity, performance, and health.
Custom Metrics and InstrumentationPrometheus allows developers to define and collect custom metrics specific to their applications or systems. By instrumenting the code or using client libraries, developers can track and monitor business-specific metrics, gaining insights into application behavior or system performance. Prometheus provides flexibility and extensibility, enabling tailored monitoring solutions for diverse use cases.

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