Ship faster without breaking production
RiT Global designs and operates CI/CD pipelines, infrastructure-as-code, and release automation so your engineering team spends time building — not fighting deployments.
Overview
Manual deployments and hand-configured servers don't scale, and they fail unpredictably under pressure. RiT Global's DevOps practice builds repeatable, automated pipelines — from code commit to production deployment — backed by infrastructure defined as code, so every environment is reproducible and every change is auditable.
We work with existing engineering teams as an extension of their capability, not a replacement: designing the pipeline architecture, implementing it, and then either handing it off with documentation or continuing to operate it as a managed service.
Business Challenges We Solve
- Manual, error-prone deployments. Releases depend on one engineer's tribal knowledge, and fail differently each time.
- No infrastructure reproducibility. Environments drift from each other because servers were configured by hand, not defined in code.
- Slow release cycles. Without automated testing and deployment gates, releases happen monthly instead of daily.
- Limited observability. Teams find out about production issues from customers, not from monitoring.
- Security bolted on at the end. Vulnerability scanning happens after deployment instead of inside the pipeline.
Technical Solutions
CI/CD Pipeline Engineering
Automated build, test, and deployment pipelines with quality gates and rollback capability.
Infrastructure as Code
Terraform/CloudFormation-defined environments that are versioned, reviewed, and reproducible.
Containerization & Orchestration
Docker and Kubernetes architecture for portable, scalable application deployment.
Observability & Monitoring
Centralized logging, metrics, and tracing so issues are caught before customers notice.
CI/CD Pipeline Architecture
A typical pipeline we implement moves code from commit to production through automated, auditable stages:
Features
- CI/CD pipelines built in GitHub Actions, GitLab CI, or Jenkins
- Infrastructure as code with Terraform or CloudFormation, version-controlled
- Containerized application deployment with Docker and Kubernetes
- Automated security scanning (SAST/DAST) inside the pipeline
- Blue/green and canary deployment strategies to reduce release risk
- Centralized observability with metrics, logs and distributed tracing
- GitOps workflows for auditable, reviewable infrastructure changes
Benefits
Faster, safer releases
Automated pipelines with quality gates let teams ship daily instead of monthly, with fewer rollbacks.
Reproducible environments
Infrastructure as code eliminates configuration drift between dev, staging, and production.
Reduced operational risk
Automated rollback and canary deployment limit the blast radius of any bad release.
Technologies Used
Service Process
Assess
Environment & risk audit
Design
Target architecture & roadmap
Implement
Deployment & controlled cutover
Secure
Hardening & policy enforcement
Monitor
24/7 NOC/SOC observability
Optimize
Quarterly reviews & tuning
DevOps Engagement SLA
| Item | Target | Description |
|---|---|---|
| Pipeline Incident (build/deploy broken) | 1 hour response | Blocking issue in CI/CD pipeline for a production branch |
| Infrastructure Change Request | 2 business days | Standard IaC change reviewed, tested, and applied |
| Production Deployment Support | On-call during release window | Engineer available during agreed deployment windows |
Deliverables
Pipeline Architecture Doc
CI/CD design & tooling decisions.
IaC Repository
Versioned infrastructure definitions.
Runbook
Deployment & rollback procedures.
Observability Dashboard
Metrics, logs, and alerting setup.
Security Scan Reports
SAST/DAST findings per release.
Monthly DevOps Review
Velocity, reliability, and roadmap.
Service Tier Comparison
| Capability | Essential | Advanced | Enterprise |
|---|---|---|---|
| Pipeline Management | Build only | Build + Deploy | Full CI/CD + GitOps |
| Infrastructure as Code | Guided setup | Fully managed | Fully managed + multi-env |
| Observability | Basic monitoring | Full stack | Full stack + SLO tracking |
| On-call Support | Business hours | Extended hours | 24/7 |
FAQs
Yes, we typically embed alongside existing developers to design and implement pipelines, then either hand off or continue operating them.
GitHub Actions, GitLab CI, Jenkins, and Azure DevOps are our most common platforms, chosen based on your existing toolchain.
Yes, this is one of our most common engagements — typically delivered incrementally, starting with the highest-risk manual process.
Yes, we can design a containerization and orchestration roadmap as part of the engagement, not just operate an existing cluster.
Get a DevOps maturity assessment
We'll review your current release process and show you exactly where automation removes risk and saves time.