Deployments That Don't Wake Anyone Up at 3am
We fix the infrastructure problems that are slowing down your engineering team — and then automate them so they stay fixed.
Friday
Deploys should be boring, even then
IaC
Every infrastructure change in version control
MTTR
Mean time to recovery — our primary metric
Your deployments take two hours, require a specific person to babysit them, and occasionally take the production environment down. Your engineers are scared to deploy on Fridays. Your infrastructure costs are growing faster than your user base.
The infrastructure problems that create 3am incidents are almost always caused by the same things: manual deployment steps that require tribal knowledge, infrastructure that was never documented, and monitoring that tells you something is wrong thirty minutes after users already know. We've inherited enough of these environments to recognise them in the first audit.
We work with engineering teams who have a product worth protecting but infrastructure that doesn't match its ambition — and with teams building greenfield systems who want to get the infrastructure right from the first deployment, not refactor it after the first incident.
Engineering teams whose deployment process requires a specific person and takes more than 30 minutes
Startups with a production system but no monitoring, no runbooks, and infrastructure nobody fully understands
CTOs who got a cloud invoice they didn't expect and need someone to find where the money is going
Teams adopting Kubernetes for the first time and needing a guided implementation, not a tutorial
Engineering leads who want CI/CD but their team doesn't have the bandwidth to implement it
The problems we solve
CI/CD Pipelines
Build, test, and deploy pipelines that run in under 10 minutes and require no human intervention for standard releases. Branch protection, automated rollbacks, and deployment gates for production.
Kubernetes Setup & Management
Cluster design, namespace strategy, resource limits, horizontal pod autoscaling, and ingress configuration. Not a tutorial-followed setup — a production-grade cluster with operational runbooks.
Infrastructure as Code
Terraform modules for every infrastructure component. Every change is a PR, every PR has a plan output, and the infrastructure state is never modified manually. Reproducible environments from dev to production.
Observability Stack
Prometheus metrics, Grafana dashboards, structured logging, and distributed tracing. Alerting configured to page the right person with the right context — not a wall of noise.
Security & Secrets Management
IAM least-privilege configuration, secrets rotation with Vault or AWS Secrets Manager, vulnerability scanning in CI, and CIS benchmark compliance checking for cloud accounts.
Cost Optimisation
Right-sizing compute, reserved instance planning, spot instance strategies for non-critical workloads, and unused resource cleanup. Most teams we audit find 20–35% savings they didn't know existed.
The stack — and why
We prefer AWS for most engagements — the widest managed service coverage and the best-documented operational patterns. GCP for teams heavily invested in Google's data stack. Azure for enterprises with Microsoft licensing. We manage all three.
Discuss your tech requirementsCloud
Orchestration
Infrastructure as Code
Configuration Management
CI/CD
GitOps
Monitoring
Logging
Secrets
Alerting
From infrastructure audit to automated pipeline
Infrastructure Audit
Week 1We review your current setup: deployment pipeline, cloud architecture, monitoring coverage, IAM configuration, and infrastructure documentation. We produce a written audit with a prioritised list of risks and improvements.
Quick Wins
Week 2–3The top 3–5 changes that reduce risk or friction immediately — typically monitoring gaps, manual deployment steps, and the most obvious security issues. These are addressed before any larger projects begin.
Pipeline & Infrastructure Build
Week 4–10CI/CD pipeline implementation, Terraform module development, Kubernetes configuration, and observability stack deployment — with pull request reviews so your team understands what's being built.
Runbooks & Knowledge Transfer
Final 2 weeksOperational runbooks for every system we build, on-call playbooks for incident response, and a knowledge transfer session with your engineering team. Your team can operate the infrastructure without us.
What a broken DevOps setup is actually costing you
We leave runbooks, not tribal knowledge
Every system we implement comes with an operational runbook: how to deploy, how to roll back, how to diagnose the three most likely failure modes, and who to call if the runbook doesn't cover it. If we get hit by a bus, your infrastructure keeps working.
We don't overbuild
A 10-person startup doesn't need a Kubernetes cluster with Istio service mesh and a multi-region active-active setup. We match infrastructure complexity to your actual scale requirements — and tell you when the simpler option is the right one.
Infrastructure changes are reviewable
Every infrastructure change is a Terraform PR with a plan output. Your engineering team can review what's changing before it changes — not discover it in a post-incident review.
Cost is a feature
We track your cloud spend during and after every engagement. Most teams we audit find 20–35% savings through right-sizing and unused resource cleanup. Your infrastructure costs should scale with your users, not with your team's comfort zone.
Sectors we've delivered for
When did you last deploy without stress?
Share your current deployment process and we'll identify the top three changes that would make it boring. Free, written, no obligation.
Questions we get before every devops services project
We don't have any DevOps infrastructure right now. Where do we start?
Do you only work with AWS, or other cloud providers too?
How does Kubernetes actually help us — is it worth the complexity?
Our cloud costs are too high. Can you help with that?
We've had a security incident before. How do you approach security?
What's the difference between your DevOps service and hiring a DevOps engineer?
Can you help during an active incident?
What does a typical DevOps engagement cost?
Related services
Cities we serve
About our devops services services
Spacelinkers is an IT services company based in Noida, India, providing devops services to clients across India, the United Kingdom, the United States, Canada, Australia, and the UAE. Our devops services practice covers ci/cd pipelines, kubernetes setup & management, infrastructure as code, and is delivered by engineers who have production experience with the relevant technology stack.
We work with engineering teams who have a product worth protecting but infrastructure that doesn't match its ambition — and with teams building greenfield systems who want to get the infrastructure right from the first deployment, not refactor it after the first incident.
For businesses in the Delhi NCR region, we offer in-person discovery sessions at our Noida office. For clients in Bangalore, Mumbai, Hyderabad, and other Indian cities — and for international clients — all engagements run remotely with structured communication and weekly video syncs. Contact us to discuss your devops services project, or explore the areas we serve.
Comparison guides
- Offshore development company vs freelancersWhen each engagement model makes sense, and what to look for in either case.
Building a startup? Our end-to-end startup execution service combines devops services with legal setup, branding, and growth — all under one roof.
When did you last deploy without stress?
Share your current deployment process and we'll identify the top three changes that would make it boring. Free, written, no obligation.
Or email sales@spacelinkers.com — written quote within 48 hours.