Copyright Urolime 2022. All rights reserved.
Help development teams deploy, scale, and innovate with confidence. Urolime designs and builds scalable Internal Developer Platforms that simplify developer workflows, automate infrastructure operations, and establish standardised engineering practices across your organisation.
Platform Engineering is the discipline of designing and operating internal platforms that give developers self-service access to the infrastructure, tooling, and operational capabilities they need — without requiring deep cloud expertise.
Modern enterprises face constant pressure to deliver software faster while maintaining security, reliability, and compliance. As cloud environments grow in complexity, development teams spend more time managing infrastructure and tooling than creating business value.
Platform Engineering solves this by shifting infrastructure complexity away from development teams and into a centralised, well-governed internal platform — so developers can focus on what they do best: building products.
Rather than requiring developers to navigate complex cloud environments, platform engineering delivers standardised "golden paths" — pre-approved, well-paved workflows for common tasks that encode best practices and security controls by default.
End-to-end platform engineering — from strategy and architecture through to implementation, developer onboarding, and continuous platform improvement.
Build centralised developer platforms that enable teams to provision environments, deploy applications, and manage services through intuitive self-service interfaces.
CapabilitiesCreate a roadmap for building a scalable platform ecosystem aligned with your business objectives and engineering maturity.
CapabilitiesTransform Kubernetes into a developer-friendly platform that abstracts infrastructure complexity while maintaining operational excellence.
CapabilitiesAutomate the complete infrastructure lifecycle through reusable templates, policies, and deployment workflows.
CapabilitiesBuild cloud-native platforms that standardise operations across AWS, Azure, Google Cloud, and hybrid environments.
CapabilitiesEnable AI and data teams with self-service infrastructure, scalable compute resources, and standardised workflows for model development and deployment.
CapabilitiesProvide developers with built-in visibility into applications, infrastructure, and business services from day one.
CapabilitiesIntegrate security directly into the platform lifecycle to ensure compliance without slowing down delivery.
CapabilitiesUrolime's Platform Engineering practice is built on the leading cloud-native and open-source toolchain — giving you battle-tested, vendor-supported technology choices.
Backstage, originally developed by Spotify and now a CNCF graduated project, is the most widely adopted open-source developer portal platform. Urolime implements, customises, and extends Backstage with plugins, software templates (golden paths), service catalog integration, and CI/CD pipeline visibility — giving your teams a unified developer experience without building from scratch.
A structured six-phase engagement that takes you from platform discovery to a continuously improving internal developer platform — with developer adoption at every step.
We assess your current infrastructure, development processes, operational challenges, and engineering maturity. This produces a clear picture of where you are and what a target platform must solve — before a single line of platform code is written.
Our experts define the target operating model, platform roadmap, governance framework, and adoption strategy — aligned with your business objectives, team structure, and engineering culture. Technology choices are made in this phase based on maturity and fit.
We design scalable platform architectures focused on developer experience, security, reliability, and automation. This includes golden path design, self-service interface specification, IaC module structure, and observability integration blueprints.
Our engineers build reusable platform components, self-service capabilities, deployment workflows, and automation frameworks. Every platform capability is delivered as code — versioned, tested, and auditable from day one.
We onboard development teams onto the platform, establish engineering best practices, create internal documentation, and drive adoption across engineering organisations. Platform success is measured by developer usage, not just deployment.
We continuously optimise platform capabilities based on developer feedback, operational metrics, and evolving business requirements. Platforms are products — they require ongoing investment to remain relevant and trusted by development teams.
Platform engineering is an investment in engineering productivity. These are the outcomes enterprises consistently achieve when internal developer platforms are built and adopted well.
Reduce deployment bottlenecks through standardised workflows and self-service capabilities. Teams ship faster when infrastructure no longer blocks delivery.
Enable developers to focus on innovation rather than infrastructure management. Reduced cognitive load translates directly to better code quality and higher team retention.
Create repeatable deployment and operational patterns across teams and environments — eliminating the snowflake configurations and tribal knowledge that slow organisations down.
Implement security controls and governance policies directly within the platform so compliance is automatic, not a bottleneck. Security-by-default rather than security-by-checkbox.
Prevent over-provisioning through automated governance, enforce resource tagging and rightsizing, and integrate FinOps controls into the provisioning workflow itself.
Reduce cognitive load by automating repetitive operational tasks. Platform automation gives engineering time back — time that goes directly into product development.
Platform engineering requires deep expertise across cloud, Kubernetes, DevOps, and developer experience — a combination few partners bring together under one roof.
With years of experience across Kubernetes, DevOps, CloudOps, and Infrastructure Automation, Urolime builds scalable platforms grounded in real production engineering — not theoretical architecture.
From platform strategy and architecture through to implementation, operations, and continuous optimisation — we provide complete platform engineering coverage across the entire lifecycle.
Every platform is designed with governance, compliance, observability, and operational resilience as foundational principles — not afterthoughts added at the end of the project.
Our expertise in cloud automation, Kubernetes, DevOps, and managed services enables enterprises to accelerate platform adoption while reducing operational complexity at the same time.
Supporting startups, enterprises, and regulated industries across multiple geographies — with platform solutions designed specifically for each business's engineering culture and operating context.
Certified engineers in Dubai, aligned to Gulf business hours, with experience delivering platform engineering engagements for UAE-based enterprises across BFSI, SaaS, and government sectors.
Platform engineering delivers value across every sector where engineering velocity, compliance, and operational consistency matter.
Accelerate developer productivity, standardise cloud operations, and create scalable self-service platforms with Urolime's Platform Engineering Services. Talk to our Platform Engineering experts today to transform your infrastructure into an efficient, developer-centric platform.
Platform engineering works best when combined with the broader DevOps and cloud infrastructure practice.
Platform Engineering is the discipline of designing and operating internal platforms that provide developers with self-service access to infrastructure, deployment pipelines, observability, and security controls. It reduces cognitive load on developers and improves engineering productivity across the organisation by shifting infrastructure complexity into a centralised, well-governed platform team.
An Internal Developer Platform is a self-service layer built on top of cloud infrastructure that enables development teams to provision environments, deploy applications, and manage services without needing deep infrastructure expertise. Examples include platforms built on Backstage, Port, or Humanitec — connected to Kubernetes, Terraform, ArgoCD, and your cloud provider of choice.
DevOps is a cultural and process philosophy that emphasises collaboration between development and operations teams. Platform Engineering is the practical, scalable implementation of that philosophy — building the tools, automation, and self-service capabilities that make DevOps practices consistent and scalable across large engineering organisations with many teams.
Urolime works with Backstage, Port, and Humanitec for developer portals; Crossplane, Terraform, OpenTofu, and Pulumi for infrastructure automation; Kubernetes, EKS, AKS, and GKE for container platforms; ArgoCD and FluxCD for GitOps; Prometheus, Grafana, OpenTelemetry, Loki, and Jaeger for observability; and HashiCorp Vault, OPA, Kyverno, and Falco for platform security.
A foundational IDP with self-service environment provisioning, a service catalog, and basic golden paths can typically be delivered in 8–12 weeks. Full-featured platforms with AI/data capabilities, advanced security controls, multi-team onboarding, and mature observability take 3–6 months depending on organisational size and existing infrastructure complexity.
Yes. Urolime implements and customises Backstage as the developer portal layer for Internal Developer Platforms, including plugin development, service catalog configuration, software templates (golden paths), TechDocs setup, and integration with existing CI/CD pipelines and cloud infrastructure.
A Golden Path is a pre-approved, standardised workflow for a common developer task — such as creating a new service, deploying to production, or provisioning a database. Golden paths encode security controls, compliance requirements, and operational best practices into the platform so developers get a fast, reliable, compliant experience without needing to understand the underlying infrastructure.
Yes, significantly. By standardising resource provisioning, enforcing tagging policies, integrating FinOps controls, preventing over-provisioning through automated governance, and implementing resource lifecycle management, platform engineering consistently reduces cloud spend while improving utilisation. Organisations that build mature internal developer platforms typically see 20–40% reductions in cloud waste within the first year.
Copyright Urolime 2022. All rights reserved.
