At Aplima, we recognize that modern engineering teams face rising complexity - fragmented tooling, inconsistent environments, long delivery cycles, and increasing operational overhead. Cloud adoption alone is no longer enough.
To move at real velocity, organizations need a unified, automated, and secure‑by‑default platform that supports developers end‑to‑end.

We help engineering organizations design and implement platform foundations that eliminate friction, reduce cognitive load, and scale reliably. Our approach blends platform engineering, automation, SRE practices, cloud‑native architecture, and embedded security from day one.

We deliver platform capabilities that remove friction from software delivery. Our focus is on building secure, automated, and self-service platforms that standardize workflows, reduce cognitive load, and enable teams to operate efficiently at scale.

Internal Developer Platforms (IDP)

Create self‑service capabilities, golden paths, and standardized workflows to enhance developer experience and accelerate onboarding and deployment.

Automation & Infrastructure‑as‑Code

Deliver faster with GitOps workflows,  IaC automation, and policy‑driven infrastructure provisioning across your environments.

Cloud & HPC Engineering (AWS, GCP, Azure)

Design and optimize reliable, high‑performance cloud and compute platforms built for scale, security, and cost efficiency.

CI/CD Modernization

Transform delivery pipelines with automated builds, testing, governance, and progressive delivery patterns for consistent, secure releases.

SRE & Observability Foundations

Improve reliability through SLO frameworks, incident automation, and unified observability to ensure stability and actionable insights.

AI‑Driven Automation for Engineering

Leverage AI agents and intelligent automation to streamline ops, detect issues proactively, and eliminate repetitive engineering toil.

Our platform engineering engagements deliver measurable improvements in delivery speed, reliability, and developer experience by reducing friction and standardizing workflows.

Engineering Outcomes

• Faster, more reliable software delivery
• Reduced cognitive load and operational toil
• Consistent, secure workflows across projects
• Enhanced developer experience (DX)
• Shorter onboarding and deployment cycles

Business Outcomes

• Accelerated time‑to‑market and innovation velocity
• Lower operational and cloud costs through automation
• Improved reliability and uptime
• Secure‑by‑default delivery practices