.avif)
.avif)
%20(2).avif)
Testimonials
From my experience, working with MeteorOps brings high value to any company at almost any stage. They are uncompromising professionals, who achieve their goal no matter what.
Good consultants execute on task and deliver as planned. Better consultants overdeliver on their tasks. Great consultants become full technology partners and provide expertise beyond their scope.
I am happy to call MeteorOps my technology partners as they overdelivered, provide high-level expertise and I recommend their services as a very happy customer.
Working with MeteorOps was exactly the solution we looked for. We met a professional, involved, problem solving DevOps team, that gave us an impact in a short term period.
They are very knowledgeable in their area of expertise.
We were impressed with their commitment to the project.
They have been great at adjusting and improving as we have worked together.
Nguyen is a champ. He's fast and has great communication. Well done!
I was impressed at how quickly they were able to handle new tasks at a high quality and value.
Thanks to MeteorOps, infrastructure changes have been completed without any errors. They provide excellent ideas, manage tasks efficiently, and deliver on time. They communicate through virtual meetings, email, and a messaging app. Overall, their experience in Kubernetes and AWS is impressive.
We got to meet Michael from MeteorOps through one of our employees. We needed DevOps help and guidance and Michael and the team provided all of it from the very beginning. They did everything from dev support to infrastructure design and configuration to helping during Production incidents like any one of our own employees. They actually became an integral part of our organization which says a lot about their personal attitude and dedication.
You guys are really a bunch of talented geniuses and it's a pleasure and a privilege to work with you.
I was impressed with the amount of professionalism, communication, and speed of delivery.
⏳
❌
📉
💸
🏗️
💥
🔍
🐢
🤯
Free Project Planning: We dive into your goals and current state to prepare before a kickoff.
Pay-as-you-go: Use our capacity when you need it, none of that retainer nonsense.
Experts On-Demand: Get new experts from our team when you need specific knowledge or consultation.
We Don't Sleep: Just kidding we do sleep, but we can flexibly hop on calls when you need.
Ad-hoc Calls: When a video call works better than a chat, we hop on a call together.
How it works?
Linux is an open-source operating system kernel and ecosystem used to run reliable server, cloud, and container workloads. It is commonly used by platform, DevOps, and infrastructure teams to host web applications, databases, CI/CD tooling, and internal services where security controls and operational flexibility matter. Linux is typically delivered through distributions such as Ubuntu, Debian, and Red Hat Enterprise Linux.
It runs on bare metal and virtual machines and is a standard host OS for containers and Kubernetes nodes, making it a practical foundation for repeatable operations, automation, and production troubleshooting. For related infrastructure practices, see configuration management.
- Stable multi-user platform for long-running services
- Strong permissions model with hardening options such as SELinux and AppArmor
- Broad package ecosystem and distribution choices for diverse workloads
- Automation-friendly administration via shell scripting and configuration management tools
- Common runtime base for container hosts and cloud-native stacks
An operating system (OS) is a software program that manages computer hardware and software resources and provides common services for computer programs. It acts as an intermediary between computer applications and the computer hardware, enabling them to communicate and interact with each other. The OS performs tasks such as memory management, process scheduling, file management, and device control. Examples of popular operating systems include Microsoft Windows, macOS, Linux, and Android.
- An operating system manages hardware and software resources on a computer or device.
- It provides a user interface to interact with the device easily.
- An OS enables multitasking, allowing multiple applications to run simultaneously.
- It facilitates file management, organizing data and programs efficiently.
- The OS handles device drivers to communicate with hardware components.
- It ensures security through access controls and user permissions.
- Updates and patches are released to improve performance and fix vulnerabilities.
- An operating system optimizes hardware utilization, enhancing overall efficiency.
- It enables software developers to create applications compatible with a standardized platform.
- OS manages memory, allocating resources to different programs as needed.
Linux is an open-source operating system ecosystem used to run stable server, cloud, and container workloads. It is commonly selected for production platforms because it combines mature security controls, strong performance, and automation-friendly operations across diverse environments.
- Cost-efficient scaling because most distributions avoid per-server OS licensing, which simplifies fleet growth and budgeting.
- Proven uptime characteristics for long-running services, with mature process management, memory handling, and filesystem behavior.
- Strong security primitives including permissions, capabilities, auditing, and widely adopted MAC options such as SELinux and AppArmor.
- First-class container foundations via namespaces and cgroups, enabling isolation and resource governance for Kubernetes and similar platforms.
- Broad virtualization support through KVM and related tooling, enabling efficient consolidation and private cloud patterns.
- Automation-friendly interfaces and packaging ecosystems that support repeatable provisioning, patching, and configuration management.
- Deep observability and troubleshooting tooling such as journald, procfs, perf, and eBPF for incident response and performance analysis.
- High-performance networking and storage stacks with tunable kernel parameters and strong driver support across common hardware and cloud instances.
- Distribution choice flexibility to match lifecycle and compliance requirements, including Ubuntu, Debian, and RHEL-derived options.
- Large upstream ecosystem and rapid patch availability, improving access to integrations and security fixes.
Linux is a strong default for Kubernetes nodes, CI/CD runners, data platforms, and general server estates in cloud and on-prem environments. Key trade-offs include distribution fragmentation, kernel and package drift across environments, and the need for disciplined baseline hardening and patch management to maintain consistency.
Common alternatives include Windows Server, FreeBSD, and commercial UNIX variants such as AIX and Solaris. Upstream releases and documentation are available at kernel.org.
Our experience with Linux helped us build repeatable operating practices, automation patterns, and troubleshooting playbooks that we used to support production workloads across cloud, on-prem, and container platforms.
Some of the things we did include:
- Standardized Linux server baselines (users/groups, SSH, sudo, time sync, storage layout, package repositories) to reduce configuration drift and speed up provisioning.
- Hardened Linux hosts with CIS-aligned settings, firewall rules, audit logging, and patching workflows, validating changes through staged rollouts and rollback plans.
- Implemented configuration management and golden images using Ansible and Terraform to keep Linux builds consistent across environments.
- Prepared Linux nodes for Kubernetes by tuning kernel parameters, setting container runtime prerequisites, and validating cgroup and networking behavior under load.
- Built CI/CD-driven change workflows for Linux configuration, including automated testing of system settings and controlled promotion between dev, staging, and production.
- Improved observability by shipping logs and metrics into Prometheus and Grafana, with alerting tied to practical SLOs and on-call runbooks.
- Diagnosed and resolved performance issues (CPU scheduling, memory pressure, I/O contention, filesystem behavior, network drops) using standard Linux tooling and targeted sysctl/kernel tuning.
- Designed high-availability and disaster-recovery patterns for Linux-based services, including backup/restore automation, replication strategies, and regular failover testing.
- Migrated legacy workloads to modern Linux distributions, refactoring packages and services (systemd units, dependency cleanup) with safe cutovers and validation steps.
- Improved security posture with least-privilege service accounts, secrets handling, vulnerability remediation routines, and incident response procedures aligned to CIS guidance.
- Created operational documentation and trained engineering teams on Linux day-2 operations, patching, incident triage, and routine maintenance to reduce escalations and shorten recovery times.
This experience helped us accumulate significant knowledge across multiple Linux use-cases, and it enables us to deliver high-quality Linux setups and operational support that hold up under real production constraints.
Some of the things we can help you do with Linux include:
- Assess your current Linux estate and deliver a clear report on reliability, security posture, operational maturity, and key risks.
- Create a standardization roadmap for distributions, package management, patching cadence, and lifecycle support to reduce drift and surprises.
- Design and implement repeatable Linux builds on bare metal, VMs, and cloud using IaC and configuration management to eliminate “snowflake” servers.
- Harden systems with secure baselines, least-privilege access, SSH/sudo guardrails, and audit-ready logging aligned to compliance needs.
- Improve performance and stability by tuning kernel/system settings, right-sizing resources, and resolving boot, service startup, and systemd issues.
- Reduce operating cost through automation of provisioning, patching, and image pipelines, and by improving fleet consistency and supportability.
- Implement observability (metrics, logs, alerting) for Linux fleets to shorten incident response and prevent recurring outages.
- Troubleshoot complex production problems across networking, storage, DNS, permissions, and resource contention with actionable remediation steps.
- Establish CI/CD and GitOps-friendly operational practices for configuration changes, safe rollouts, and controlled access to production.
- Enable your team with runbooks, troubleshooting playbooks, and hands-on training for day-2 operations at scale.
