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OpenShift Development Services
We've built and scaled container platforms for startups to Fortune 500s. Work with vetted nearshore OpenShift engineers. Kick off projects in as little as 2 weeks.
Custom Red Hat OpenShift development services
You've probably used products running on platforms our OpenShift engineers built.
For over a decade, we've helped teams build and scale container platforms that meet real-world demands, uptime, compliance, and complex integration included. We bring that same rigor to Red Hat OpenShift.
OpenShift Platform Setup & Cluster Administration
For over a decade, we've helped teams build and scale container platforms that meet real-world demands, uptime, compliance, and complex integration included. We bring that same rigor to Red Hat OpenShift.
Application Modernization & Containerization
Legacy applications are containerized and re-platformed on OpenShift using Operators and Helm, so releases ship faster and workloads scale without a full rewrite. Monoliths can move as-is or be broken into services incrementally, with Source-to-Image builds and OpenShift Pipelines automating the path from code to running container. The result is modernized apps that run alongside your existing systems, with less maintenance overhead and a clear route off aging infrastructure.
CI/CD with OpenShift Pipelines & GitOps
Automated delivery is built on OpenShift Pipelines (Tekton) and OpenShift GitOps (Argo CD). Deployments stay repeatable and auditable, with fewer manual release steps.
Cluster Security, Compliance & Governance
Clusters ship hardened out of the gate, with Advanced Cluster Security (ACS), image scanning, RBAC, and the Compliance Operator built in to keep workloads audit-ready for enterprise and regulated industries.
Multi-Cluster & Hybrid Cloud Management
Fleets across ROSA, ARO, IBM Cloud, and on-prem remain under a single consistent policy through Advanced Cluster Management (ACM). Delivery looks the same wherever your workloads run.
OpenShift AI & MLOps
OpenShift AI handles model training, serving, and GPU workloads, giving data science teams a governed path from experiment to production.
Service Mesh, Serverless & Cloud-Native Networking
We implement OpenShift Service Mesh (Istio) and OpenShift Serverless (Knative), with routes and ingress tuned for scale. You get resilient traffic management and event-driven services.
Storage, Observability & Day-2 Operations
OpenShift Data Foundation, monitoring, logging, and upgrades keep the platform reliable long after go-live.
Their engineers perform at very high standards. We've had a strong relationship for almost 7 years."
The best partnerships are the ones you don't have to worry about. We deliver the kind of technical execution and reliability that builds long-term trust. It's why clients consistently praise our work quality and performance.
Our OpenShift Development Team
Backed by 4,000+ devs
Why tech leaders choose our OpenShift development teams
Why tech leaders choose our OpenShift development teams: We deliver predictability at enterprise scale and integrate cleanly with your internal platform teams. Deliverability is predictable at enterprise scale, and we operate within your controls, workflows, and change process, not around them.
Speak With Our Team
Top 1% Senior OpenShift Talent
We vet over 2.5 million applicants a year and hire the top 1% of Red Hat certified engineers with deep Kubernetes and container-platform experience.
Teams Deployed in 2 Weeks
Onboard senior OpenShift engineers in weeks, not months.
Proven OpenShift Delivery That Scales
We scale from a single engineer to teams of 300+, and with 96% client retention, the people who build your platform are still there to run it.
Red Hat OpenShift case studies
Hundreds of container-platform projects delivered.
Our track record means you get software that meets the highest technical and business standards.
- LOGISTICS & TRANSPORTATION
Solutions for Making Freight Faster and Easier
DAT Freight & Analytics needed to modernize its infrastructure to support faster software delivery, improve platform reliability, and simplify operations across its freight marketplace. We helped migrate legacy systems to a cloud-native platform, automated infrastructure provisioning, and streamlined CI/CD workflows. By strengthening Kubernetes-based orchestration and DevOps practices, we improved deployment speed, scalability, and operational resilience, enabling the platform to support continued growth while delivering a more reliable experience for carriers, brokers, and shippers.
- Red Hat OpenShift
- Kubernetes
- Docker
- DevOps
- Jenkins
- CONSULTING FIRMS
Developed an Encrypted Platform for Algorithms
Booz Allen Hamilton needed a secure, scalable platform for developing and managing sensitive algorithms in a highly regulated environment. We built a Kubernetes-based platform supported by modern DevOps practices, automating deployments while maintaining strict security and operational standards. Our team improved platform reliability, accelerated software delivery, and established a secure foundation for mission-critical workloads, enabling engineering teams to develop and deploy applications more efficiently without compromising compliance.
- Red Hat OpenShift
- Kubernetes
- DevOps
- HEALTHCARE & WELLNESS
Addressing scalability, UX, and site reliability through DevOps
Gennev needed to improve the scalability, reliability, and performance of its healthcare platform while supporting a growing user base. We implemented Kubernetes-based infrastructure on Google Cloud, strengthened DevOps and site reliability practices, and automated deployment workflows to reduce operational overhead. Our work improved application stability, accelerated releases, and increased platform resilience, providing a more reliable experience for patients while giving engineering teams the tools to scale confidently.
- Red Hat OpenShift
- Kubernetes
Tell us more about your Red Hat OpenShift needs.
AI Experts
Work with AI-augmented developers.
Every developer we provide uses modern AI coding tools to ship faster than ever while producing cleaner, more consistent code.
Tools for Red Hat OpenShift development
The ecosystem we use for OpenShift projects:
We work within a stable, well-supported toolset across every engagement, with a focus on automation, visibility, and long-term maintainability.
Platform Foundations
The core platform every engagement runs on. OpenShift Container Platform gets deployed where you need it: managed on a public cloud (ROSA, ARO), fully hosted (OpenShift Dedicated), or self-run on-prem with OKD, so the foundation matches your infrastructure and compliance needs.
- OpenShift Container Platform
- OKD
- ROSA
- ARO
- OpenShift Dedicated
Compute & Containers
The runtime layer that keeps workloads portable and efficient. Applications run as Pods and Deployments on CRI-O, with Podman and Buildah handling rootless builds and image creation.
- Pods
- Deployments
- CRI-O
- Podman
- Buildah
Operators & Lifecycle
Automated day-2 operations for the software on your clusters. Operators managed through OLM keep applications self-healing and current, with the Operator SDK and Helm for custom and third-party workloads.
- Operator Lifecycle Manager (OLM)
- Operator SDK
- Helm
- OperatorHub
CI/CD & GitOps
A repeatable, auditable path from commit to cluster. OpenShift Pipelines (Tekton) builds and tests in-cluster, while OpenShift GitOps (Argo CD) syncs the desired state straight from Git, with Jenkins available for existing pipelines.
- OpenShift Pipelines (Tekton)
- OpenShift GitOps (Argo CD)
- Jenkin
Service Mesh & Serverless
Traffic control and scale-to-zero for cloud-native services. OpenShift Service Mesh (Istio) manages routing, security, and observability between services, and OpenShift Serverless (Knative) runs event-driven workloads that scale on demand.
- OpenShift Service Mesh (Istio)
- OpenShift Serverless (Knative)
- Kiali
- Jaeger
Security & Compliance
Security wired into the platform, not bolted on after. Advanced Cluster Security (ACS) covers runtime and vulnerability scanning, Quay stores signed images, and the Compliance Operator plus RBAC enforce policy across every cluster.
- Advanced Cluster Security (ACS)
- Quay
- Compliance Operator
- RBAC
Storage & Data
Persistent, resilient storage for stateful workloads. OpenShift Data Foundation provides software-defined block, file, and object storage, provisioned dynamically through Persistent Volumes and CSI drivers.
- OpenShift Data Foundation
- Persistent Volumes
- CSI drivers
Observability
Full visibility into cluster and application health. Prometheus and Alertmanager handle metrics and alerting, Grafana visualizes them, and OpenShift Logging aggregates logs across the platform.
- Prometheus
- Grafana
- OpenShift Logging
- Alertmanager
Multi-Cluster & Hybrid
One control plane for many clusters. Advanced Cluster Management (ACM) governs policies, apps, and upgrades across all environments, and Submariner connects networks between clusters and clouds.
- Advanced Cluster Management (ACM)
- Submariner
Virtualization
Run virtual machines and containers side by side on one platform. OpenShift Virtualization (KubeVirt) brings existing VM workloads onto the cluster, easing migration off legacy hypervisors without a full rewrite.
- OpenShift Virtualization (KubeVirt)
Infrastructure as Code
Every environment is defined, versioned, and reproducible. Terraform provisions clusters and cloud resources, Ansible handles configuration, and GitOps manifests keep the platform's desired state in source control.
- Terraform, Ansible
- GitOps manifests
The core platform every engagement runs on. OpenShift Container Platform gets deployed where you need it: managed on a public cloud (ROSA, ARO), fully hosted (OpenShift Dedicated), or self-run on-prem with OKD, so the foundation matches your infrastructure and compliance needs.
- OpenShift Container Platform
- OKD
- ROSA
- ARO
- OpenShift Dedicated
Our top 1% tech talent.
Work with vetted senior software engineers.
With a decade of experience and dozens of complex builds under their belts, our software engineers raise the bar on every project they work on.
Federico S.
Buenos Aires, AR
Engineering Manager
Manuel C.
Buga, CO
Sr. Software Engineer
Lucas G.
Rio de Janeiro, BR
Sr. Full-Stack Engineer
Bruno S.
São Paulo, BR
Sr. Back-End Engineer
Ricardo A.
Buenos Aires, AR
Sr. QA Engineer
André P.
São Paulo, BR
Sr. Front-End Engineer
Gustavo A.
Marília, BR
Sr. DevOps Engineer
Javier V.
Quito, EC
Sr. Software Architect
Yuri B.
Blumenau, BR
Tech Lead
Diego N.
João Pessoa, BR
Sr. Mobile Engineer
Matheus C.
Rio de Janeiro, BR
Sr. Software Engineer
Client testimonials
Get Red Hat OpenShift results you can stand behind.
Our work holds up in reviews, in production, and in front of the board.
Flexible engagement models
Need extra Red Hat OpenShift expertise?
Plug us in where you need us most.
We customize every engagement to fit your workflow, priorities, and delivery needs.
- Need a couple of extra software engineers on your team?
Staff Augmentation
Get senior, production-ready developers who integrate directly into your internal team. They work your hours, join your standups, and follow your workflows—just like any full-time engineer.
- Need a few teams to deliver several projects simultaneously?
Dedicated teams
Spin up focused, delivery-ready pods to handle full builds or workstreams. Together we align on priorities. Then our tech PMs lead the team and drive delivery to maintain velocity and consistency.
- Want to offload everything to us, from start to finish?
Software outsourcing
Hand off the full project lifecycle, from planning to deployment. You define the outcomes. We take full ownership of the execution and keep you looped in every step of the way.
Kick off Red Hat OpenShift projects in 2-4 weeks.
We have reps across the US.
Speak with a client engagement specialist near you.
- Discuss solutions and decide team structure.
Tell us more about your needs. We'll discuss the best-fit solutions and team structure based on your success metrics, timeline, budget, and required skill sets.
- Onboard your team and get to work.
With project specifications finalized, we select your team. We're able to onboard developers and assemble dedicated teams in 2-4 weeks after signature.
- We track performance on an ongoing basis.
We continually monitor our teams' work to make sure they're meeting your quantity and quality of work standards at all times.
Our Awards
Global companies have trusted us to build and scale container platforms for over a decade.
Excellence.
Our minimum bar for client delivery.
Over 130 awards, accolades, and achievements showcase our quality and commitment to client success.
- 1,480+projects
delivered - 130+industry
sectors
America's Fastest-Growing Companies 2025 by Financial Times 
Top 100 U.S. IT Innovators 2025 by CIO100 Awards 
Nearshore North America Top Software Developers 2025 by Clutch 
Top 100 Global Outsourcing Providers 2024 by IAOP Global Outsourcing 100
Red Hat OpenShift FAQ
What tech leaders ask about OpenShift before pulling us in:
How fast can you start an OpenShift project?
Most engagements kick off in 2 to 4 weeks. We assemble and onboard senior OpenShift engineers in weeks, not months.
How do you recover a blocked or failed OpenShift upgrade?
We start by finding what's actually stuck: a degraded ClusterOperator (oc get co, oc adm upgrade status) or a MachineConfigPool that won't roll because of node drains or PodDisruptionBudgets. Since OpenShift doesn't support control-plane rollback, recovery is roll-forward: clear the blocking condition, let the Cluster Version Operator continue, and fall back to an etcd backup restore only if the control plane itself is compromised. For version jumps we use EUS-to-EUS paths to minimize worker reboots.
How do you run OpenShift in an air-gapped or disconnected environment?
We mirror the release payload, Operator catalogs, and supporting images into an internal registry (mirror-registry or Quay) with oc-mirror, then redirect pulls using an ImageDigestMirrorSet. Operators install from the mirrored OLM catalogs, and upgrades run through a local OpenShift Update Service so the cluster never needs outbound internet access.
What storage does VM live migration need on OpenShift Virtualization?
Live migration requires ReadWriteMany (RWX) volumes so the VM disk is reachable from both the source and target nodes during the move. That's typically served by OpenShift Data Foundation or another CSI driver that supports RWX; a VM sitting on ReadWriteOnce storage can't live-migrate and would need a cold migration instead.
How experienced are your engineers?
Senior by default, 8 to 10+ years on average, Red Hat certified, from the top 1% of 2.5 M+ annual applicants.
Will time zones or language barriers be an issue?
No. Our nearshore LATAM engineers work US hours with high English proficiency and join your calls in real time.
How do you handle security and compliance?
We harden clusters with Advanced Cluster Security, RBAC, and the Compliance Operator, and work within ISO 27001 and SOC 2-aligned practices.
How do your engineers integrate with internal teams?
They work within your tools, workflows, and controls, serving as an extension of your platform team.
How do you keep projects on track?
A dedicated project manager, mature delivery processes, and ongoing performance tracking against your quality and quantity standards.
What engagement models do you offer?
Staff augmentation, dedicated teams, and end-to-end software outsourcing.
Have you worked in our industry?
Almost certainly, 1,250+ projects across 130+ sectors, including regulated healthcare, finance, and government.
Useful Red Hat OpenShift resources
See why the biggest names in tech trust us with OpenShift development.
Let's Discuss Your Red Hat OpenShift Project