ClimsTech

Capabilities

Start from the problem, not the service list.

Design, build, secure, optimise and operate — across AWS, Azure and GCP. Six disciplines, one accountable senior team.

“Traffic spikes break the platform — or the bill”

Kubernetes & platform

“Releases are slow, manual and feared”

DevOps & CI/CD

“A migration is looming and nobody trusts the map”

Cloud architecture & migration

“Incidents recur and recovery depends on heroes”

SRE & operations

“Cloud spend grows faster than usage”

FinOps & cost

“Security arrives late, in bulk, before deadlines”

DevSecOps

The four disciplines we're known for.

wave 1 — donewave 2 — movingwave 3 — plannedrollback proven per wavenew platformold estate1 · map dependencies2 · reversible waves3 · progressive cutover

Cloud architecture & migration

Secure, scalable cloud foundations — and safe ways to move onto them.

76 VMs and ~38 TB moved in staged waves — final cutover disruption under 90 minutes.

Moving a live travel platform to AWS without betting everything on one cutover — anonymised client

Review my migration sequence
before — releases wait at the human gatemanual gateafter — the same path, automated end to endcommitbuildtestdeployoperategates run inline · rollback is part of the pipeline

DevOps & CI/CD

Repeatable, automated delivery your team can actually trust.

Database releases from 50 to 14 minutes; failed production releases down 60%.

Coordinating application and database change as one release system — anonymised client

Map my release bottlenecks
shared — one signaleach on its own signalcapacity follows demanddemandworkload separation is what makes autoscaling honest

Kubernetes & platform

Container platforms that scale under real load — and stay affordable.

Load-tested beyond 120,000 concurrent users.

Built for traffic that does not arrive gradually — CricRadio

Assess platform readiness
slo thresholdincidentrecoverydetectrespondlearnpreventevery incident buys a structural improvement — or it was wasted

SRE & operations

We run what we build — reliability owned, not hoped for.

Mean time to recovery from 2h 20m to 38 minutes across 92 standardised workloads.

Turning fragmented monitoring into an operating system for reliability — anonymised client

Review my reliability operating model

FinOps & cost

Monthly cloud spend 31% lower with availability preserved (verified Azure scope).

DevSecOps

Critical findings reaching production down 72% after inline pipeline controls.

Not sure where to begin?

Start with a fixed-scope assessment — each ends in a concrete, prioritised plan you own.

Cloud Cost & FinOps Audit

A cost baseline with a prioritised rightsizing and savings roadmap.

~2 weeks, typical

View scope

Kubernetes Production-Readiness Review

Reliability, security and scalability assessment with a prioritised remediation plan.

~2–3 weeks, typical

View scope

Cloud / DevOps Maturity Assessment

Current-state review across architecture, delivery, reliability and cost, with a 12-month roadmap.

~3 weeks, typical

View scope

Migration Readiness Assessment

Dependency mapping, target architecture and a staged migration plan with rollback and risk analysis.

~3 weeks, typical

View scope

Every assessment is fixed-fee, agreed at a 30-minute scoping call.

Not ready to talk? Run the instruments.

Each capability has a matching Reality Check — a two-minute, in-browser read on where your platform actually stands.

Scoped by the people who deliver it.

No handoff between the people who promise and the people who build.

  • Shekhar Yaduvanshi

    Co-Founder

  • Anuj Gupta

    DevOps Tech Lead

  • Gaurav Joshi

    Head of Deliveries · Principal Architect

Stress-test your architecture