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Enterprise Infrastructure as Code Services Version-controlled. Reproducible. Scalable.
Kernshell designs, implements, and governs enterprise Infrastructure as Code using Terraform, Pulumi, AWS CDK, Azure Bicep, and GitOps workflows. Eliminating manual provisioning, configuration drift, and environment inconsistency while improving reproducibility, auditability, and governance at scale.
What You Get From Our Infrastructure as Code Services
Eliminate manual infrastructure provisioning and configuration drift with Infrastructure as Code solutions engineered for consistency, scalability, and enterprise governance.
Our Infrastructure as Code Capabilities Include:
- Terraform-based Infrastructure Automation for provisioning and managing scalable cloud resources across environments
- Cloud-Native IaC Development using AWS CloudFormation, AWS CDK, Azure Bicep, and equivalent frameworks
- Multi-Cloud & Hybrid Cloud Infrastructure Provisioning ensuring consistent delivery across AWS, Azure, and hybrid environments
- GitOps-Driven Infrastructure Delivery enabling version-controlled, auditable, and automated infrastructure changes
- Policy-as-Code & Governance Implementation enforcing compliance, security standards, and operational controls at scale
- Infrastructure Modernisation & Migration transforming manual, script-based, or legacy infrastructure into fully automated IaC ecosystems
From infrastructure strategy and architecture design to implementation, governance, and continuous optimisation, Kernshell helps enterprises operationalize Infrastructure as Code practices that reduce operational risk, improve deployment consistency, and enable scalable cloud operations built for growth and reliability.
End-to-End Infrastructure as Code Services We Offer
IaC Strategy & Toolchain Selection
Current infrastructure assessment covering provisioning fragmentation, drift, IaC maturity, and tool sprawl – defining a grounded IaC strategy aligned to cloud estate, teams, and long-term maintainability.
Terraform Implementation & Module Development
Terraform architecture with remote state backends, workspace strategy, modular design, version pinning, and tagging standards – enforcing reusable, tested infrastructure modules and consistent environment provisioning with embedded security and compliance controls.
Pulumi Infrastructure Development
Pulumi program design using TypeScript, Python, Go, or .NET with structured stacks, remote state management, component resources, and provider integration – enabling programmable infrastructure with full test coverage for unit and integration validation, suited for complex, logic-driven IaC use cases.
AWS CDK & Cloud-Native IaC
AWS CDK construct development with L1–L3 constructs, stack composition, aspects, and CI/CD integration, alongside Azure Bicep modules using template specs, parameterisation, and What-If validation – enabling cloud-native IaC aligned to provider-specific capabilities and governance needs.
IaC CI/CD Pipeline Integration
Infrastructure pipeline implementation with plan generation, cost estimation (Infracost), security scanning (Checkov/tfsec), OPA policy validation, peer review gates, and automated apply with post-deployment drift detection – delivering fully auditable, governed infrastructure changes from commit to cloud.
Drift Detection & Remediation
Continuous infrastructure drift detection using scheduled plan comparisons between declared IaC state and live cloud resources, with alerting, ownership routing, and remediation workflows – preventing configuration drift, security gaps, and compliance issues caused by unauthorized or manual changes.
IaC Policy as Code & Compliance Enforcement
Infrastructure policy enforcement using CI-based scanning (Checkov, tfsec), Sentinel policy sets, OPA/Conftest rules, and cloud-native policies (AWS Config, Azure Policy) – automatically blocking non-compliant infrastructure and enforcing security and governance standards before deployment.
Module Library & Infrastructure Platform
Reusable infrastructure module library covering networking, compute, data, IAM, and security services – tested, versioned, and published to a private registry – so teams deploy standardized, governed infrastructure through approved modules instead of writing raw resource definitions.
State Management & Remote Backend Architecture
Terraform state backend design using S3+DynamoDB, Azure Blob leasing, or GCS versioned storage with encryption, locking, and workspace isolation – preventing state corruption, concurrent apply conflicts, and sensitive data exposure while enabling safe state migration from legacy setups.
Multi-Cloud & Multi-Account IaC
Multi-cloud IaC architecture with AWS Organizations account vending, Azure Management Groups, and GCP Organization policies—standardizing landing zones with network, identity, logging, and security baselines so every new account or subscription is provisioned consistently through automated governance.
Our MLOps Technology Stack
Production-proven platforms selected based on your cloud environment, existing data infrastructure, and compliance requirements – not our defaults.
- All
- Languages
- Gen AI platforms
- Frameworks
- Debugging & Tracing
- Vector Databases
- DBMS
- Data Visualization
Languages
C#
Rust
Python
JavaScript
Java
R
Gen AI platforms
LangChain
Hugging Face
Apache Spark
Gemini
Phi
Frameworks
LangChain
LlamaIndex
PyTorch
Kedro
TensorFlow
Keras
Debugging & Tracing
Langsmith
Langfuse
Vector Databases
PostgreSQL
Chroma
Milvus
Qdrant
Pinecone
DBMS
PostgreSQL
MySQL
MongoDB
CouchDB
Cassandra
Neo4j
Data Visualization
Power BI
Tableau
Languages
C#
Rust
Python
JavaScript
Java
R
Gen AI platforms
LangChain
Hugging Face
Apache Spark
Gemini
Phi
Frameworks
LangChain
LlamaIndex
PyTorch
Kedro
TensorFlow
Keras
Debugging & Tracing
Langsmith
Langfuse
Vector Databases
PostgreSQL
Chroma
Milvus
Qdrant
Pinecone
DBMS
PostgreSQL
MySQL
MongoDB
CouchDB
Cassandra
Neo4j
Data Visualization
Power BI
Tableau
Where Infrastructure as Code Delivers Enterprise-Grade Impact Across Functions
Engineering & Product Development
On-demand environments provisioned via IaC modules, ensuring production parity and eliminating environment-related deployment defects.
IT Operations & Cloud Infrastructure
Manual provisioning removed; IaC pipelines govern, secure, and drift-detect infrastructure for reliable, consistent ops.
Security & Risk
Security controls embedded in IaC with policy gates enforcing compliance, blocking non-compliant infrastructure before production.
Finance & Cost Management
CI-based cost estimation and lifecycle automation embedding cost governance into IaC and preventing non-production overspend.
Regulatory Affairs & Compliance
End-to-end IaC audit trails and policy-as-code enforcement ensuring continuous compliance for SOX, ISO 27001, and FedRAMP.
Legal & Risk Management
Infrastructure defined as code as the single source of truth for configuration, security, and compliance across cloud estates.
HR & Workforce
IaC-driven onboarding enabling self-service environments and democratized infrastructure knowledge with built-in governance and guardrails.
Executive & Senior Leadership
IaC dashboards tracking change rate, drift, cost, and compliance, quantifying impact through faster provisioning, fewer incidents, and reduced technical debt.
Infrastructure as Code Solutions We Can Design, Build & Integrate
Proven IaC solution patterns – purpose-engineered for enterprise cloud governance, multi-account environments, and regulated infrastructure delivery.
Enterprise IaC Programme
End-to-end IaC programme covering toolchain selection, reusable modules, state backend design, CI/CD integration, policy-as-code, and enablement—governed, reproducible, auditable via Git. across org!s
Cloud Landing Zone
Landing zone implementation with account vending, hub-spoke networking, security baselines, identity federation, logging, compliance, and cost tagging—IaC-driven, auto-applied to all new accounts.
Terraform Module Library
Reusable IaC module library for networking, compute, data, IAM, and security—tested (Terratest), documented, and published to private registry. Modules encode compliance and security baselines by default.
IaC CI/CD Pipeline
Infrastructure pipeline with Terraform plan, Infracost, Checkov, OPA policies, peer review, automated apply, and drift checks integrated into CI/CD—ensuring every change is costed, secured, and governed.
Policy as Code Programme
CI-integrated Checkov and tfsec, OPA/Conftest policies, Sentinel for Terraform Cloud, and AWS/Azure policy enforcement—ensuring security and compliance from commit to runtime, blocking non-compliant infrastructure pre-deployment.
Multi-Account IaC Governance
IaC for AWS Organizations, Azure Management Groups, and GCP Org structure with account vending, shared services, and org-level policies—ensuring consistent governance across all accounts automatically.
Legacy Infrastructure Codification
Import and codify existing cloud resources using Terraform import, Terraformer, and scripts—migrating CloudFormation, ARM, and shell-based infra to Terraform/Pulumi for governed, reproducible delivery.
IaC Drift Detection & Remediation Programme
Scheduled drift detection using Terraform plan, state comparison, and alerting with remediation workflows integrated into change management. Console changes detected early and remediated to prevent drift and compliance gaps.
Our Process For Infrastructure as Code Delivery
A six-stage delivery process – from infrastructure assessment through governed, tested, and continuously validated production IaC.
IaC Assessment & Strategy
Infrastructure provisioning audit · configuration drift analysis · environment inconsistency mapping · existing IaC maturity evaluation · toolchain selection · state management design · policy requirement mapping → IaC strategy, module architecture, and delivery roadmap approved before implementation begins.
Foundation Architecture & Design
State backend design · workspace and account structure · module taxonomy · variable and output conventions · tagging strategy · CI/CD pipeline design · policy-as-code framework selection → reviewed by engineering, security, cloud, and compliance stakeholders before module development commences.
Module Library Development
Core module development — networking, compute, data, IAM, security · module testing with Terratest or Terraform test framework · module documentation · private registry publication · example configuration authoring → modules validated against security and compliance policies before team adoption begins.
CI/CD Pipeline & Policy Integration
Infrastructure pipeline implementation · Infracost integration · Checkov and tfsec scanning · OPA policy validation · peer review gate configuration · automated apply · post-apply drift validation → every infrastructure change flowing through the governed pipeline before production access is enabled.
Legacy Import & Migration
Existing infrastructure import · state file consolidation · resource codification · environment parity validation · CloudFormation / ARM / shell script migration → full cloud estate under IaC management, manual provisioning eliminated, drift baseline established.
Governance, Drift Detection & Continuous Improvement
Scheduled drift detection · policy violation monitoring · module library evolution · IaC code review cadence · quarterly governance review · team enablement · compliance evidence reporting → infrastructure governance compounding as cloud estate, team scale, and regulatory requirements evolve.
Why Enterprises Choose Us As Their Infrastructure as Code Partner
The difference between an IaC tooling provider and an IaC partner is accountability for infrastructure reproducibility, compliance, and engineering adoption—not Terraform file volume.
- Architecture-led IaC design with state strategy, module taxonomy, and policy framework defined before coding begins.
- Standardised, tested modules using Terratest or Terraform test framework, with versioning and registry governance.
- Policy-as-code enforcement using Checkov, OPA, or Sentinel to prevent non-compliant infrastructure before deployment.
- Full estate coverage including legacy infrastructure migration and import to eliminate unmanaged drift domains.
- Continuous drift detection treated as an operational defect with active remediation, not periodic reporting.
- Compliance-ready IaC with audit trails and controls aligned to SOX, ISO 27001, FedRAMP, and GDPR from day one.
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FAQs on Infrastructure as Code Services
Have a question? We’re here to help.
What is Infrastructure as Code and what does Kernshell deliver?
Infrastructure as Code (IaC) manages cloud infrastructure using version-controlled configuration files instead of manual provisioning. Kernshell delivers end-to-end IaC including strategy, tool selection, module libraries, CI/CD integration, policy enforcement, drift detection, and governance to ensure infrastructure is reproducible, secure, and auditable.
Should we use Terraform, Pulumi, or AWS CDK?
Terraform is typically preferred for multi-cloud standardisation, Pulumi for programmatic flexibility using general-purpose languages, and AWS CDK for AWS-native environments. We recommend the tool based on your cloud strategy, team skills, and governance requirements.
How does Kernshell handle existing manually provisioned infrastructure?
We gradually import existing infrastructure into IaC using tools like Terraform import and Terraformer. Resources are validated, codified into modules, and transitioned under CI/CD and policy control without disrupting production systems.
How does Kernshell enforce security and compliance through IaC?
Security is enforced through reusable secure modules, CI pipeline policy checks, and cloud-native governance tools. This ensures encryption, access control, and compliance policies are consistently applied and continuously validated.
What is infrastructure drift and how does Kernshell detect and remediate it?
Infrastructure drift is the mismatch between declared IaC configuration and actual cloud state. We detect it through automated state comparisons and scheduled checks, then remediate it via controlled workflows integrated with change management.
How long does an IaC implementation take with Kernshell?
A core IaC setup typically takes 8–14 weeks, while full enterprise implementations including landing zones, policy-as-code, and migration of existing infrastructure usually take 16–28 weeks depending on complexity.
Does Kernshell implement IaC for regulated industries?
Yes. We implement IaC for regulated sectors with built-in compliance controls, audit trails, and policy enforcement aligned to standards such as SOC 2, ISO 27001, HIPAA, and GDPR, ensuring infrastructure is always audit-ready and traceable.
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1304 Westport, Sindhu Bhavan Marg, Thaltej, Ahmedabad, Gujarat 380059, INDIA
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