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Testimonials
They are very knowledgeable in their area of expertise.
You guys are really a bunch of talented geniuses and it's a pleasure and a privilege to work with you.
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 have been great at adjusting and improving as we have worked together.
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.
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.
I was impressed at how quickly they were able to handle new tasks at a high quality and value.
Nguyen is a champ. He's fast and has great communication. Well done!
I was impressed with the amount of professionalism, communication, and speed of delivery.
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.
We were impressed with their commitment to the project.
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.
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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?
Linkerd is a Kubernetes-native service mesh that provides secure, reliable, and observable service-to-service communication without requiring application code changes. It is commonly used by platform and DevOps teams operating microservices on Kubernetes to reduce networking complexity, improve traffic resilience, and standardize service identity and encryption across clusters.
Linkerd is typically installed per cluster and injects lightweight proxies alongside workloads, enabling consistent policy and telemetry for east–west traffic. It is often evaluated alongside other meshes such as Istio when teams need mTLS, traffic control, and operational visibility while keeping the application layer unchanged.
- Mutual TLS (mTLS) for service-to-service encryption and identity
- Traffic shifting and routing controls to support safer rollouts
- Retries, timeouts, and load balancing to improve request reliability
- Metrics and tracing integrations for service-level observability
- Policy and access controls to standardize service communication
Service mesh technology is a networking layer that facilitates communication between services in a distributed system. It simplifies the task of managing the underlying network infrastructure, allowing developers to focus on building and deploying applications without worrying about the complexities of network management. Service mesh also provides advanced security features such as traffic monitoring and encryption, ensuring the system is resilient and safeguarded against malicious attacks.
Here are some reasons to use tools in the service mesh category:
- Simplifies the management of networking infrastructure in a distributed system.
- Provides advanced security features such as traffic monitoring and encryption.
- Enables features like service discovery, load balancing, and traffic routing.
- Enhances observability through detailed metrics and monitoring capabilities.
- Increases resilience by enabling fault tolerance and handling network disruptions seamlessly.
- Facilitates the adoption of microservices architecture and helps in deploying them at scale.
- Offers platform independence and works with various languages and platforms.
- Reduces development and maintenance costs by abstracting away the underlying infrastructure.
Linkerd is a lightweight, Kubernetes-native service mesh used to add secure, observable, and reliable service-to-service communication without requiring application code changes. It is commonly adopted to standardize traffic management and security controls across microservices.
- Mutual TLS by default to encrypt in-cluster traffic and authenticate workloads for stronger zero-trust posture.
- Low operational overhead due to a small control plane and efficient data plane, making it practical for many clusters.
- Uniform telemetry for service-to-service latency, success rates, and request volumes to improve debugging and SLO tracking.
- Automatic retries and timeouts to reduce transient failure impact and improve perceived reliability.
- Traffic splitting and progressive delivery support to enable safer canary releases and incremental rollouts.
- Per-service policy controls to restrict communication paths and reduce the blast radius of compromised services.
- Transparent proxying via sidecar injection so teams can add mesh capabilities without modifying application libraries.
- Compatibility with standard Kubernetes tooling and workflows, including namespaces, labels, and RBAC.
- Multi-cluster connectivity features to securely connect services across clusters when architectures outgrow a single cluster.
Linkerd is often a strong fit for teams that want core service mesh capabilities with minimal complexity. Trade-offs can include fewer advanced L7 routing features than heavier meshes, and the sidecar model still adds per-pod resource overhead that should be budgeted and monitored.
Common alternatives include Istio, Consul, and Kuma. For service mesh fundamentals and deployment patterns, see the upstream documentation at https://linkerd.io/.
Our experience with Linkerd helped us build repeatable rollout patterns, operational runbooks, and automation that let clients secure and observe Kubernetes service-to-service traffic while keeping performance predictable and day-2 operations practical.
Some of the things we did include:
- Performed Linkerd readiness assessments across clusters, validating CNI/network policies, ingress/egress patterns, and workload compatibility before rollout.
- Installed and upgraded Linkerd across multi-namespace and multi-cluster Kubernetes fleets, standardizing configuration, extensions, and upgrade sequencing to reduce risk.
- Implemented mTLS-by-default service communication, including policy-driven exceptions and staged adoption plans for legacy workloads and high-traffic services.
- Integrated Linkerd metrics with Prometheus and Grafana, shipping dashboards and alerting for golden signals at the service and route level.
- Hardened the control plane with RBAC, namespace scoping, certificate rotation practices, and audit-friendly configuration aligned to platform security requirements.
- Enabled progressive delivery workflows by combining Linkerd traffic shifting with Argo CD GitOps pipelines and automated verification gates.
- Standardized troubleshooting practices for application teams (tap usage guidelines, common failure modes, and incident playbooks) to reduce time-to-diagnosis.
- Optimized data-plane performance by tuning proxy resources, excluding non-mesh namespaces where appropriate, and validating overhead against SLOs using production-like load tests.
- Designed safe operational procedures for upgrades and rollbacks, including backup/restore steps for critical configuration and clear blast-radius controls for data-plane changes.
- Integrated service identity and secret management with Vault where required, aligning mesh trust and certificate handling with broader platform controls.
This experience helped us accumulate significant knowledge across Linkerd use-cases—from first-time mesh adoption to mature, observable, and secure operations—and enables us to deliver high-quality Linkerd setups that are reliable to run and straightforward to evolve.
Some of the things we can help you do with Linkerd include:
- Assess your current Kubernetes networking and service-to-service communication and deliver a practical findings report with prioritized recommendations.
- Create an adoption roadmap for rolling out Linkerd safely across teams, namespaces, and environments with clear success metrics.
- Implement and operate Linkerd on Kubernetes, including control plane installation, data plane injection strategy, and production-ready configuration.
- Establish mTLS, identity, and policy guardrails to improve security and support compliance requirements without application code changes.
- Integrate service mesh changes into CI/CD and GitOps workflows to make upgrades, policy changes, and rollbacks repeatable and auditable.
- Set up observability for golden signals (latency, traffic, errors, saturation) and incident-ready dashboards aligned to SLOs.
- Troubleshoot real-world issues such as sidecar injection failures, DNS/service discovery problems, traffic shifting, and opaque ports.
- Optimize performance and cost by tuning resource requests/limits, reducing mesh overhead, and right-sizing workloads based on telemetry.
- Design reliable traffic management patterns (retries, timeouts, circuit breaking) and validate them with load and failure testing.
- Enable your team with hands-on training, runbooks, and operational playbooks for upgrades, certificate rotation, and day-2 operations.
