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Platform Engineering

Platform Engineering

Give engineering teams a platform to build on.

Turn infrastructure, environments, delivery and standards into self-service capabilities, so teams move without waiting and the enterprise keeps control.

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Platform Engineering
Build Internal Developer Platform Improve developer experience Enable self-service Standardize Kubernetes Engineer golden paths Govern the platform

Enterprise Reality

Your engineers can build software faster. But can the organization scale that velocity?

Every new team adds environments, pipelines and tools, and at some point the system costs more to run than it returns. Developers want autonomy, platform teams want standards, security wants controls and leadership wants visibility. All four are reasonable, and most organisations end up trading one for another.

The goal isn’t to hide complexity. It’s to standardise the repeatable work and expose it through controlled self-service.

What can you transform?

From fragmented engineering infrastructure to a platform teams can build on.

The objective isn't to hide complexity blindly. It is to standardize the repeatable parts and expose them through controlled self-service.

01

Internal Developer Platforms

Build an internal platform that gives development teams a consistent interface to provision environments, create services, deploy applications and consume engineering capabilities.

Technical Scope

  • Developer Portals
  • Platform APIs
  • Service Catalogs
  • Application Templates
  • Self-Service Workflows
  • Environment Provisioning
  • CI/CD Integration
  • Infrastructure Automation
  • Secrets & Configuration
  • RBAC

How It Works

Platform capabilities are exposed through reusable workflows and APIs while the underlying infrastructure, security and operational policies remain centrally managed.

Cars24’s self-service platform returned 500+ developer hours and 165+ BAU hours every month.
02

Developer Experience

Engineer the workflows developers use across the software lifecycle.

Technical Scope

  • Developer Portals
  • CLI / API Workflows
  • Service Discovery
  • Repository Templates
  • Environment Access
  • Deployment Workflows
  • Documentation
  • Engineering Toolchain Integration
  • Developer Productivity

How It Works

Connect fragmented engineering tools behind consistent workflows so developers don't need to understand every underlying platform implementation to perform common engineering tasks.

Adda247 onboards a new microservice in 24 minutes.
03

Developer Self-Service

Move recurring infrastructure and engineering requests from manual tickets to governed, repeatable workflows.

Technical Scope

  • Environment Provisioning
  • Application Scaffolding
  • Pipeline Creation
  • Database Provisioning
  • Configuration Management
  • Secrets
  • Access Requests
  • Deployment Workflows
  • Infrastructure Requests

How It Works

Teams select an approved capability, provide required parameters and trigger an automated workflow. Policies, permissions and validation are applied automatically.

Typical Transformation

  1. A payments platform gave developers Terraform-backed self-service, removing the ticket queue that gated every environment.
04

Kubernetes & Container Platforms

Engineer Kubernetes and container platforms as a standardized runtime for enterprise workloads.

Technical Scope

  • Kubernetes
  • Amazon EKS
  • Cluster Lifecycle Management
  • Namespaces
  • Ingress
  • Networking
  • Secrets
  • Autoscaling
  • Workload Management
  • Multi-Cluster Management
  • Container Security
  • Observability

How It Works

Standardize cluster configuration, workload deployment, networking, security and operational patterns so application teams can consume Kubernetes without managing the entire platform themselves.

A payments platform runs 23+ Amazon EKS clusters under one managed operating model.
05

Cloud Platforms

Turn cloud infrastructure into reusable platform capabilities that application teams can consume consistently.

Technical Scope

  • Cloud Landing Zones
  • Infrastructure as Code
  • Compute
  • Networking
  • Storage
  • IAM
  • Resource Provisioning
  • Environment Templates
  • Cloud APIs
  • Configuration Management
  • Policy Controls

How It Works

Codify infrastructure patterns and expose approved cloud capabilities through reusable modules and automated provisioning workflows.

A fintech runs 500+ resources on Terraform and GitOps at 99.9% uptime for two years.
06

Platform Automation

Automate the infrastructure and delivery workflows that repeatedly consume engineering capacity.

Technical Scope

  • Infrastructure as Code
  • GitOps
  • CI/CD Integration
  • Workflow Orchestration
  • Configuration Management
  • Automated Provisioning
  • Deployment Automation
  • Policy Automation
  • Environment Automation

How It Works

Infrastructure, configuration and application delivery are represented as code and executed through repeatable workflows, reducing manual configuration and environment drift.

A leading bank reached up to 100% non-production cost reduction through automated dynamic environments.
07

Environment Management

Create consistent development, testing, staging and production environments.

Technical Scope

  • Environment Templates
  • Infrastructure as Code
  • Configuration Management
  • Ephemeral Environments
  • Kubernetes Environments
  • Application Dependencies
  • Environment Promotion
  • Drift Detection

How It Works

Define environments as reusable configurations, provision them through automation and maintain consistency across application lifecycle stages.

GreytHR cut environment creation to minutes and deployments by 300%.
08

Service Catalogs

Create a discoverable engineering inventory of applications, services, APIs, ownership and dependencies.

Technical Scope

  • Service Catalog
  • Service Ownership
  • Application Metadata
  • API Discovery
  • Dependency Mapping
  • Repository Links
  • Deployment Information
  • Documentation
  • Operational Links

How It Works

Connect engineering metadata from source repositories, delivery systems, runtime environments and operational tooling into a common service view.

09

Golden Paths & Engineering Blueprints

Create reusable engineering patterns for common application architectures.

Technical Scope

  • Application Templates
  • Repository Templates
  • CI/CD Templates
  • Infrastructure Blueprints
  • Kubernetes Manifests
  • Security Controls
  • Deployment Patterns
  • GitOps
  • Policy-as-Code

How It Works

Teams start from approved templates that already contain the required infrastructure, delivery, security and governance patterns, while retaining the ability to extend them where necessary.

A leading bank gave 150+ microservices one-click delivery through a shared pipeline library.
10

Platform Governance

Embed enterprise security, compliance and engineering standards into the platform.

Technical Scope

  • Policy-as-Code
  • RBAC
  • Security Policies
  • Compliance Controls
  • Audit Trails
  • Deployment Policies
  • Resource Policies
  • Cost Controls
  • Governance Rules
  • Centralized Reporting

How It Works

Platform workflows enforce approved policies during provisioning and delivery, creating guardrails without turning every engineering action into a manual approval process.

A travel platform moved change control to GitOps with IAM and IP whitelisting, creating a clean audit trail.
11

Platform Intelligence

Make the platform measurable — from developer adoption and delivery performance to infrastructure usage.

Technical Scope

  • DORA Metrics
  • Platform Usage
  • Deployment Analytics
  • Engineering Metrics
  • Developer Productivity Signals
  • Environment Utilization
  • Delivery Insights
  • Operational Telemetry
  • AI-Assisted Engineering

How It Works

Aggregate signals from development, delivery, infrastructure and operations to identify friction, measure platform adoption and continuously improve engineering workflows.

Platform accelerator

The platform underneath the platform.

Most of what an internal developer platform needs already exists in BuildPiper: self-service onboarding, pipeline templates, Kubernetes management and delivery governance. We start there rather than building it from scratch, then shape it around how your teams actually work.

  • 5M+deployments
  • 10xfaster rollout
  • $10M+in customer cost savings

Engineer the platformaround how teams actually build software.

Discover → Architect → Build → Enable → Govern → Optimize

“The goal isn't to build another platform. It's to make engineering easier to scale.”

01 / 06

  1. Discover

    Understand engineering workflows, toolchains, environments, dependencies and developer friction.

  2. Architect

    Define platform architecture, capabilities, golden paths and the operating model.

  3. Build

    Engineer platform services, automation, portals, environments and integrations.

  4. Enable

    Move teams from manual processes to self-service workflows.

  5. Govern

    Embed security, compliance, policies and engineering standards into the platform.

  6. Optimize

    Measure adoption, developer experience, delivery performance and platform economics.

What does it look like?

One platform. Multiple engineering capabilities.

OpsTree's platform engineering approach brings together Platform Engineering, DevSecOps, governance, environment management, observability and AI capabilities into a connected operating model.

01 / 02
Platform Engineering

Modernising Application & Platform Engineering for Cars24 with AWS and OpsTree

A unified AWS platform standardized infrastructure, CI/CD, security and developer self-service while reducing multi-cloud complexity.

What OpsTree engineered

  • AWS platform engineering
  • Jenkins CI/CD
  • Terraform
  • BuildPiper self-service
  • Kubernetes
  • $45K+Recurring cloud savings
  • 500+Developer hours saved monthly
  • 72%Risk reduction
Explore More
Platform Engineering

Onboarding a Microservice in Just 24 Minutes

A production-grade Kubernetes platform and self-service delivery workflow made microservice onboarding faster, repeatable and more reliable.

What OpsTree engineered

  • AWS EKS
  • BuildPiper
  • Self-service onboarding
  • CI/CD automation
  • Observability
  • 24 minMicroservice onboarding
  • 60 minKubernetes setup
  • 15 minPipeline setup
Explore More

Connected Ecosystem

Platform Engineering doesn't operate alone.

The platform connects the engineering ecosystem. Applications, Cloud, Data, AI, DevSecOps and SRE all consume the platform.

  • Data Engineering & Analytics

    Engineer the data backbone that powers AI, analytics and business decisions, from fragmented sources to governed, AI-ready intelligence.

    Explore more

  • Cloud Security 

    Find what’s exposed, fix it continuously and stay audit-ready, with security engineered into the pipeline rather than reviewed after it.

    Explore more

  • Applied AI 

    Move AI from pilots into production with the validation, governance, security and cost control that enterprise scale actually requires.

    Explore more

  • SRE & Observability

    Connect telemetry, reliability objectives and incident response into one system, with AI doing the correlation work your engineers currently do by hand.

    Explore more

  • Technology Modernization

    Transform legacy applications, databases, middleware and infrastructure into scalable, AI-ready foundations, with AI accelerating the work and engineering keeping control.

    Explore more

  • Dev & Quality Engineering

    AI is changing how software gets designed, built and tested. We combine product engineering, AI-augmented development and quality engineering so velocity doesn’t cost you confidence.

    Explore more

  • Devsecops

    Standardise delivery, automate the workflows around it and put security and policy inside the pipeline, across cloud, hybrid and on-prem.

    Explore more

  • Cloud Transformation

    Migrate, modernise and operate cloud environments that hold under load, pass audit and stay affordable, with the foundation AI workloads actually need.

    Explore more

FAQ

Questions we hear most.

Direct answers from engineers building platforms.

01 / 06

What is Platform Engineering?

Platform Engineering is the practice of building internal platforms that provide developers with reusable, self-service capabilities for infrastructure, environments, delivery and operations.

02 / 06

How is Platform Engineering different from DevOps?

DevOps focuses on collaboration, automation and software delivery practices. Platform Engineering packages these capabilities into reusable internal services and workflows that engineering teams can consume through self-service.

03 / 06

What is an Internal Developer Platform?

An Internal Developer Platform provides developers with a curated set of tools, workflows and services for building, deploying and operating applications without requiring them to manage every underlying infrastructure detail.

04 / 06

What are Golden Paths?

Golden Paths are supported, reusable engineering patterns that provide teams with a recommended way to build and deliver common application types while retaining appropriate flexibility.

05 / 06

Does Platform Engineering require Kubernetes?

No. Kubernetes can be an important platform component, but Platform Engineering can also encompass cloud infrastructure, CI/CD, environments, service catalogs, security, governance and developer workflows.

06 / 06

How does Platform Engineering improve developer experience?

By reducing repetitive infrastructure and operational work, providing self-service capabilities, standardizing common workflows and making engineering services easier to discover and consume.

Build the platform your engineers build on.

Talk to Our Platform Engineers

Ready to engineer what's next?

Build the platform your engineers build on.

Create a self-service engineering foundation that gives teams autonomy without losing enterprise control.

Talk to Our Platform Engineers Explore Engineering Capabilities
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Possibilities ReImagined