DevOps & Platform Engineering Services
GEM’s DevOps and platform engineering experts build the CI/CD pipelines, infrastructure automation, and platform practices that let your teams ship faster and more reliably – trusted by 300+ clients globally.
DevOps Services
Streamline your software delivery pipeline with our DevOps services that have empowered 300+ clients globally
Why DevOps & Platform Engineering by GEM Outperforms Traditional DevOps
Traditional DevOps often means each team stitches together its own tools and pipelines. Platform engineering builds those capabilities once, as a self-service platform every team can use – so consistency and speed do not depend on which team you are on.
Traditional DevOps
Tooling is stitched together ad hoc across teams
Infrastructure changes are made manually and inconsistently
CI/CD pipelines exist but are not standardized across projects
Platform capabilities are rebuilt project by project
Security and compliance are bolted on late in the pipeline
DevOps & Platform Engineering by GEM
A standardized internal platform gives every team the same self-service capabilities
Infrastructure as Code ensures every environment is consistent and reproducible
CI/CD pipelines are automated, standardized, and reused across the organization
Platform capabilities are built once and reused across every product team
Security and compliance are embedded throughout the development lifecycle
Enterprise Use Cases for DevOps & Platform Engineering
Our DevOps services are driving faster innovation and greater business agility.
Key Components of Our DevOps & Platform Engineering Approach
GEM builds platform engineering capabilities on top of proven DevOps practices, so every team gets the same self-service tools instead of rebuilding infrastructure and pipelines from scratch.
How We Deliver
Step 1: Assess & Design
Evaluate existing development and operations processes to identify bottlenecks, then design a platform and DevOps strategy that fits your organization.
Step 2: Build & Automate
Implement CI/CD pipelines, Infrastructure as Code, containerization, and the self-service platform layer.
Step 3: Operate & Scale
Monitor platform performance, security, and adoption; extend platform capabilities to more teams and projects.
Expected Business Outcomes
Accelerated software delivery
Reduce development and deployment times by up to 40%, enabling faster time-to-market for applications and features.
Cost efficiency and resource optimization
Experience up to a 45% reduction in infrastructure costs and maximize the efficiency of cloud and on-premise environments.
Enhanced system stability and reliability
Automated monitoring and error detection improve system uptime, stability, and overall reliability
Improved security and compliance
Security is embedded throughout the development lifecycle, with compliance to regulatory standards maintained.
Faster developer onboarding and velocity
A self-service internal platform lets new developers become productive faster, without waiting on infrastructure requests.
Consistent platform practices across teams
Every team works from the same standardized pipelines and infrastructure patterns, instead of reinventing them project by project.
Why Choose GEM?
FAQ About Our DevOps & Platform Engineering Services
1. What is the difference between DevOps and platform engineering?
DevOps focuses on practices and culture that connect development and operations. Platform engineering builds those practices into a reusable, self-service internal platform that every team can use, rather than each team implementing DevOps on its own.
2. What DevOps and platform engineering tools does GEM use?
GEM works with widely adopted tools such as Docker for containerization, Kubernetes for orchestration, and Terraform for Infrastructure as Code, selected based on your existing stack and requirements.
3. Can GEM help us adopt Infrastructure as Code?
Yes. GEM implements Infrastructure as Code practices so infrastructure is version-controlled, consistent, and reproducible, reducing manual configuration errors.
4. How do you implement CI/CD pipelines?
GEM designs and automates pipelines for building, testing, and deploying applications, so code is always in a deployable state and releases are faster and more reliable.
5. Can GEM containerize and orchestrate our existing applications?
Yes. GEM can containerize existing applications and implement orchestration with Kubernetes, making them more portable, scalable, and easier to manage across environments.
6. How do you embed security into the DevOps pipeline?
Security scanning and controls are built into the pipeline from the start, following DevSecOps practices aligned to guidance such as the OWASP Top 10, so vulnerabilities are caught before production rather than after.
7. Can GEM build an internal developer platform for us?
Yes. GEM designs and builds self-service internal platforms that let developers provision, deploy, and monitor their applications without waiting on infrastructure requests.
8. How do you monitor the platform once it is in production?
Performance, security, and adoption are monitored continuously after go-live, with reporting reviewed on an agreed cadence.
9. How does the platform scale as more teams and projects adopt it?
The platform is designed to extend to new teams and projects incrementally, reusing the same standardized pipelines and infrastructure patterns.
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