Pulumi consulting and hands-on support

Pulumi is an infrastructure-as-code (IaC) tool for defining, provisioning, and managing cloud and Kubernetes resources using general-purpose programming languages such as TypeScript, Python, Go, and C#. It is commonly used by DevOps and platform engineering teams to standardize environments, reduce configuration drift, and apply software engineering practices to infrastructure changes across AWS, Azure, Google Cloud, and Kubernetes.

Pulumi is typically run from CI/CD pipelines to preview changes in pull requests, promote updates across accounts or clusters, and package reusable components for consistent patterns. It is often used alongside broader platform engineering initiatives focused on guardrails and repeatable delivery.

• Define infrastructure with familiar constructs like functions, modules, and packages
• Use previews and managed state to apply changes more safely
• Provision multi-cloud and Kubernetes resources via provider SDKs
• Create reusable components for standard networking, IAM, and application stacks
• Integrate policy and compliance checks into deployment workflows

Pulumi is an infrastructure-as-code (IaC) tool for provisioning and managing cloud and Kubernetes resources using general-purpose programming languages. It is used when teams want to apply software engineering practices like reuse, testing, and CI/CD to infrastructure delivery.

• Uses TypeScript, Python, Go, and C#, which lets teams build infrastructure with familiar languages, IDE support, and package ecosystems.
• Supports real programming constructs such as functions, classes, and modules, which makes complex patterns easier to model and maintain than purely declarative templates.
• Enables reusable components and internal libraries, which helps platform teams standardize “golden path” infrastructure and reduce copy-paste across services.
• Provides previews and diffs before applying changes, which improves review quality and reduces unintended modifications during deployments.
• Integrates cleanly with Git-based workflows and CI/CD pipelines, which supports repeatable environment promotion and controlled rollouts.
• Offers broad provider coverage across AWS, Azure, GCP, and Kubernetes, which supports consistent provisioning in multi-cloud and hybrid setups.
• Includes encrypted configuration and secrets handling, which helps keep sensitive values out of source control and simplifies secure automation.
• Supports policy-as-code with CrossGuard, which can enforce security, cost, and compliance guardrails during preview and update operations.
• Works with multiple state backends including the Pulumi Service and self-managed storage, which helps meet governance, audit, and data residency needs.
• Supports unit and integration testing for infrastructure logic, which helps catch errors earlier and aligns infrastructure changes with standard engineering quality gates.

Pulumi is a strong fit for internal developer platforms, shared infrastructure modules, and organizations that want infrastructure delivery to follow the same engineering conventions as application code. Because infrastructure is expressed as code, teams typically need conventions for dependency management, provider version pinning, and state organization to keep deployments stable at scale.

For implementation details and best practices, refer to the Pulumi documentation. Common alternatives include Terraform, AWS CloudFormation, and Azure Bicep.

Our experience with Pulumi helped us apply software engineering practices to infrastructure delivery—using real programming languages, shared libraries, reviews, and tests—to build repeatable patterns we could roll out safely across client environments.

Some of the things we did include:

• Standardized Pulumi project and stack conventions (naming, config layout, secret handling, and environment promotion) to support multi-account and multi-region deployments with predictable outcomes.
• Migrated production environments from legacy IaC and manually managed resources into Pulumi using imports, state reconciliation, staged cutovers, and rollback plans to reduce risk.
• Built reusable component libraries (TypeScript/Python/Go) for core building blocks like networking, IAM, Kubernetes clusters, databases, queues, and baseline observability to speed up delivery and reduce drift.
• Integrated Pulumi into CI/CD with previews, approvals, and automated promotions using GitHub Actions and GitLab, including drift detection and controlled rollouts.
• Provisioned and managed Kubernetes platforms and add-ons with Pulumi, integrating with Kubernetes and Helm for consistent bootstrap, upgrades, and lifecycle management.
• Implemented policy-as-code guardrails for security and compliance (tagging, encryption, network boundaries, approved SKUs) using Pulumi CrossGuard so unsafe changes were blocked before reaching production.
• Hardened IAM and secrets posture by enforcing least privilege, consistent secret storage, and auditable change workflows as part of provisioning rather than as a day-2 retrofit.
• Automated ephemeral environments for pull requests (create/preview/destroy) to accelerate feedback cycles while controlling cost and preventing orphaned resources.
• Implemented HA/DR patterns (multi-AZ design, backups, restore testing, and runbooks) and validated recovery objectives through repeatable Pulumi workflows.
• Coached teams through workshops and pairing on component design, safe refactors, preview debugging, and operational ownership (alerts, runbooks, and on-call readiness).

This delivery experience helped us accumulate significant knowledge across migrations, platform builds, and day-2 operations, and it enables us to deliver high-quality Pulumi setups that are maintainable, secure, and aligned with how engineering teams ship software.

Some of the things we can help you do with Pulumi include:

• Assess your current infrastructure-as-code posture and deliver a prioritized report covering reliability, security, and maintainability gaps.
• Define a Pulumi adoption roadmap (language choice, project/stack structure, environments, and workflows) aligned to delivery and governance needs.
• Implement Pulumi programs end-to-end, including stack configuration, state management, secrets handling, and repeatable environment provisioning.
• Migrate from legacy scripts or other IaC tools into Pulumi with clear cutover plans, validation steps, and minimal downtime.
• Build CI/CD automation for infrastructure changes (previews, policy checks, approvals, and promotions) using Git-based workflows.
• Establish security and compliance guardrails with policy-as-code, least-privilege IAM patterns, and secure secret management.
• Optimize cloud cost and performance by standardizing tagging, budgets, resource sizing, and safe rollout patterns across environments.
• Improve operational reliability with observability-friendly infrastructure patterns, drift detection/response practices, and actionable runbooks.
• Enable teams with hands-on training, pairing, and reference templates so developers can ship infrastructure confidently in TypeScript, Python, Go, or C#.