What You Get From Our DevOps Services

Every DevOps engagement delivers measurable delivery acceleration and operational discipline, not pipeline tooling deployed without the engineering culture, governance, and observability that sustainable DevOps requires.

Our DevOps Capabilities Include:

  • CI/CD Pipeline Engineering automating build, test, and deployment through governed quality gates
  • Infrastructure as Code replacing manual provisioning with reproducible, auditable environments
  • Container Orchestration & Kubernetes delivering deployment consistency, auto-scaling, and operational portability
  • DevSecOps embedding SAST, DAST, secrets management, and policy as code at every pipeline stage
  • Platform Engineering & Developer Self-Service reducing toil through golden path templates and environment provisioning
  • Release Governance enabling canary, blue-green, and approval workflows for compliant production delivery

From pipeline design and IaC implementation to platform engineering and release governance, Kernshell helps enterprises build delivery infrastructure that improves release velocity, reduces deployment risk, and embeds engineering discipline across every team and environment.

End-to-End DevOps Services We Offer

DevOps Strategy & Maturity Assessment

Maturity assessment, pipeline audit, value stream mapping, and transformation roadmap, DORA-benchmarked baseline before implementation begins.

CI/CD Pipeline Engineering

End-to-end pipeline design covering branching strategy, automated testing, artefact management, and deployment automation, engineered for your stack and compliance requirements.

Infrastructure as Code (IaC)

Terraform, Bicep, Pulumi, or AWS CDK with peer review, automated validation, and CI/CD integration, manual infrastructure migrated to version-controlled code with drift detection.

Container Strategy & Docker Engineering

Dockerfile optimisation, base image governance, image scanning, and registry management, the containerisation foundation that Kubernetes and supply chain security require.

Kubernetes Platform Engineering

EKS, AKS, or GKE cluster architecture with Helm, GitOps, service mesh, auto-scaling, and namespace governance, enabling application teams to deploy independently.

GitOps Implementation

ArgoCD or Flux with Git as single source of truth, automated drift detection, state reconciliation, and deployment audit trail for production change governance.

DevSecOps Pipeline Integration

SAST, DAST, SCA, container scanning, secrets detection, and policy as code, security embedded as pipeline gates, not post-deployment findings.

Secrets Management & Configuration Governance

Vault, AWS Secrets Manager, Azure Key Vault, or GCP Secret Manager, secrets rotation, dynamic credentials, and audit logging replacing hardcoded and manually managed secrets.

Feature Flag & Progressive Delivery

LaunchDarkly, Unleash, or Flagsmith, canary releases, percentage rollouts, and instant rollback decoupling deployment from release.

Observability & Deployment Monitoring

Deployment frequency, failure rate, and MTTR dashboards, DORA metric instrumentation with automated rollback on error rate or latency breach.

Our Core Cloud Infrastructure Technology Stack

Cloud platforms, DevSecOps tooling, and observability infrastructure selected on your architecture requirements, compliance obligations, and operational maturity.

  • All
  • Languages
  • Gen AI platforms
  • Frameworks
  • Debugging & Tracing
  • Vector Databases
  • DBMS
  • Data Visualization

Languages

C#

C#

Rust

Rust

Python

Python

JavaScript

JavaScript

Java

Java

R

R

Gen AI platforms

LangChain

LangChain

Hugging Face

Hugging Face

Apache Spark

Apache Spark

Gemini

Gemini

Phi

Phi

Frameworks

LangChain

LangChain

LlamaIndex

LlamaIndex

PyTorch

PyTorch

Kedro

Kedro

TensorFlow

TensorFlow

Keras

Keras

Debugging & Tracing

Langsmith

Langsmith

Langfuse

Langfuse

Vector Databases

PostgreSQL

PostgreSQL

Chroma

Chroma

Milvus

Milvus

Qdrant

Qdrant

Pinecone

Pinecone

DBMS

PostgreSQL

PostgreSQL

MySQL

MySQL

MongoDB

MongoDB

CouchDB

CouchDB

Cassandra

Cassandra

Neo4j

Neo4j

Data Visualization

Power BI

Power BI

Tableau

Tableau

Languages

C#

C#

Rust

Rust

Python

Python

JavaScript

JavaScript

Java

Java

R

R

Gen AI platforms

LangChain

LangChain

Hugging Face

Hugging Face

Apache Spark

Apache Spark

Gemini

Gemini

Phi

Phi

Frameworks

LangChain

LangChain

LlamaIndex

LlamaIndex

PyTorch

PyTorch

Kedro

Kedro

TensorFlow

TensorFlow

Keras

Keras

Debugging & Tracing

Langsmith

Langsmith

Langfuse

Langfuse

Vector Databases

PostgreSQL

PostgreSQL

Chroma

Chroma

Milvus

Milvus

Qdrant

Qdrant

Pinecone

Pinecone

DBMS

PostgreSQL

PostgreSQL

MySQL

MySQL

MongoDB

MongoDB

CouchDB

CouchDB

Cassandra

Cassandra

Neo4j

Neo4j

Data Visualization

Power BI

Power BI

Tableau

Tableau

Ready to Turn Software Delivery into a Competitive Advantage?

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Image

Where DevOps Delivers Enterprise-Grade Impact

DevOps Solutions We Design, Build & Deploy

Proven DevOps solution patterns engineered for enterprise delivery complexity, compliance obligations, and platform scale.

Images_of_cloud_infrastructure_u…_202606161253
CI/CD Pipeline Implementation Programme
CI/CD Pipeline Implementation Programme

End-to-end CI/CD delivery with automated build, test, quality gates, artefact management, environment promotion, and deployment automation. DORA baselines established to measure delivery improvements.

Infrastructure as Code Migration Programme
Infrastructure as Code Migration Programme

Migration of manually provisioned infrastructure to Terraform or Bicep IaC, including codification, state management, CI/CD integration, peer review workflows, and drift detection for governed, auditable cloud operations.

Kubernetes Platform Engineering Programme
Kubernetes Platform Engineering Programme

Enterprise Kubernetes platform delivery including cluster architecture, Helm, GitOps, service mesh, auto-scaling, observability, and self-service namespaces - enabling teams to deploy independently without per-release infrastructure support.

DevSecOps Pipeline Integration Programme
DevSecOps Pipeline Integration Programme

DevSecOps controls embedded across CI/CD pipelines, including SAST, DAST, SCA, container, secrets, and IaC scanning. Security issues identified at commit time, remediated pre-deployment, with automated compliance evidence generated for audits.

GitOps Implementation Programme
GitOps Implementation Programme

GitOps implementation with ArgoCD or Flux, establishing Git as the single source of truth for infrastructure and applications. Automated reconciliation, drift detection, and auditable deployments ensure governed, traceable production changes at scale.

Internal Developer Platform
Internal Developer Platform

Backstage developer portal with self-service deployments, environment provisioning, service catalogues, golden paths, and reliability guardrails - reducing platform toil while standardising engineering excellence.

Progressive Delivery & Feature Flag Programme
Progressive Delivery & Feature Flag Programme

Feature flag platforms, trunk-based development, canary releases, percentage rollouts, and instant rollback—enabling controlled feature delivery, safer releases, and reduced production deployment risk.

DevOps Transformation Programme
DevOps Transformation Programme

End-to-end DevOps transformation covering maturity assessment, value stream mapping, CI/CD, IaC, DevSecOps, Kubernetes, observability, and team enablement—driving measurable DORA metric improvements across engineering.

Our Delivery Process for DevOps Engagements

Six stages from DevOps assessment to governed production delivery and ongoing engineering maturity advancement.

DevOps Assessment & Transformation Strategy

Current delivery pipeline audit · value stream mapping · DORA metric baseline measurement · bottleneck and waste identification · tooling inventory · security posture assessment · organisational model review · transformation roadmap · quick wins identified for early velocity demonstration · programme design approved before implementation begins

Architecture Design & Tooling Blueprint

CI/CD platform selection · IaC toolchain · container and Kubernetes strategy · DevSecOps tooling selection · GitOps workflow design · secrets management architecture · observability stack selection · feature flag strategy · branching model · tooling blueprint approved by engineering leadership and security stakeholders before build begins

Foundation Build – Pipeline, IaC & Security

CI/CD pipeline implementation for pilot service · Terraform or Bicep IaC foundation · DevSecOps tool integration (SAST · DAST · SCA · secrets detection) · secrets management deployment · container base image governance · artefact registry configuration · branching strategy implementation · pipeline validated with real deployment before rollout to additional services

Platform Engineering & Kubernetes Deployment

Kubernetes cluster deployment · Helm chart development · GitOps implementation (ArgoCD · Flux) · service mesh configuration · auto-scaling configuration · observability integration · developer self-service namespace management · internal developer platform foundations · golden path template development · DORA metric instrumentation · iterative rollout across application portfolio

Progressive Delivery, Governance & Compliance

Feature flag infrastructure deployment · canary and blue-green deployment configuration · deployment approval workflow integration · change management system integration · compliance documentation automation · audit trail validation · regulated industry release control implementation · rollback capability validation · DORA metric dashboard delivery · production governance sign-off

Capability Build, Optimisation & Ongoing Governance

Engineering team DevOps capability programme · pipeline performance optimisation · IaC refactoring and module library development · DevSecOps policy maturation · DORA metric trend review · quarterly programme maturity assessment · backlog prioritisation for next maturity advancement phase · ongoing advisory for tooling evolution and engineering practice development

Why Enterprises Choose Us As Their DevOps Partner

The difference between a DevOps tooling implementer and an enterprise DevOps engineering partner is accountability for delivery outcomes, not just tooling deployment.

  • Value stream-led DevOps transformation with bottlenecks identified and prioritised by business impact.
  • DORA metrics established from day one to measure deployment frequency, lead time, change failure rate, and MTTR.
  • DevSecOps embedded into pipelines from inception, ensuring security is built into delivery workflows.
  • Infrastructure as Code migration executed with governance and operational continuity.
  • Platform engineering focused on developer adoption, productivity, and standardisation.
  • End-to-end ownership across DevOps strategy, CI/CD, IaC, Kubernetes, GitOps, observability, and capability development.
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Client Triumphs: Success Stories

Discover how our team of domain specialists have addressed industry-specific challenges and mission-critical needs. Turning your Vision into Victory, One Success Story at a time!

FAQs on DevOps Services

Have a question? We’re here to help.

What is DevOps and how does it differ from traditional software delivery?

DevOps combines development and operations practices to accelerate software delivery through automation, CI/CD, Infrastructure as Code (IaC), observability, and shared ownership. Unlike traditional delivery models with separate development and operations teams, DevOps enables faster releases, improved reliability, and reduced deployment risk.

What are DORA metrics and why should enterprises track them?

DORA metrics measure software delivery performance through four key indicators: deployment frequency, lead time for changes, change failure rate, and mean time to restore (MTTR). They provide a proven framework for evaluating engineering effectiveness, delivery speed, and operational reliability.

How do you approach DevOps transformation without disrupting existing delivery operations?

We use a phased, pilot-first approach, starting with a selected application or service before scaling across the organisation. CI/CD, IaC, and DevSecOps practices are introduced incrementally, allowing teams to adopt new workflows while maintaining business continuity and compliance requirements.

What is GitOps and when does an enterprise need it?

GitOps uses Git as the single source of truth for infrastructure and application configuration. Automated tools continuously reconcile deployed environments with approved configurations, improving consistency, auditability, security, and change management. It is particularly valuable for Kubernetes-based platforms and regulated environments.

How do you integrate DevSecOps without slowing delivery velocity?

DevSecOps embeds security into the development lifecycle through automated code analysis, dependency scanning, container security, and policy enforcement within CI/CD pipelines. Security issues are identified early, reducing remediation effort while maintaining delivery speed and compliance standards.

How do feature flags improve delivery and when should enterprises implement them?

Feature flags separate deployment from release, allowing teams to deploy code safely while controlling feature visibility through configuration. They support canary releases, A/B testing, progressive rollouts, and instant rollback, reducing release risk and increasing deployment frequency.

How long does a DevOps transformation programme take?

A focused CI/CD implementation typically takes 4–8 weeks. Mid-sized DevOps programmes involving CI/CD, IaC, DevSecOps, and Kubernetes usually take 4–6 months, while enterprise-wide transformations can span 9–18 months depending on scope, complexity, and organisational change requirements.

Still Have Questions?

Can’t find the answer you’re looking for? Please get in touch with our team.

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Our Locations

101 E Park Blvd, Plano,
TX 75074, USA

1304 Westport, Sindhu Bhavan Marg,
Thaltej, Ahmedabad, Gujarat 380059, INDIA

Phone Number

+1 817 380 5522

 

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