Containerized application delivery
- Built Dockerfiles and Docker-Compose configurations to containerize both frontend and backend services.
- Packaged applications as portable, consistent containers for repeatable deployments across environments.
The Client
Overview
NIBE is a Sweden-based aftermarket spare parts company that needed a scalable digital sales platform backed by automated infrastructure, real-time monitoring, and high system availability to support expanding customer demand. FiftyFive Technologies was engaged to design, build, and deploy the customer portal from the ground up — delivering full-cycle custom software development and DevOps engineering. A dedicated team of cloud engineers, backend and frontend developers, and DevOps specialists ensured the platform was scalable, automated, and production-ready, with a clear focus on enabling business growth while minimizing manual operations and infrastructure costs.
The Need
Challenges
The client's portal had to scale reliably under growing, often spiky customer demand while keeping manual infrastructure work to a minimum. Meeting that goal meant solving several interlocking engineering challenges at once.
- Designing a scalable, fault-tolerant deployment foundation. The portal needed an infrastructure that could absorb traffic spikes and stay available without manual intervention.
- Automating recurring operational jobs. Daily operational tasks were handled manually, creating overhead and room for error — these had to run reliably on a schedule.
- Containerizing frontend and backend as deployable services. Both application layers needed to be packaged as portable, consistent containers to support repeatable, environment-agnostic deployments.
- Routing traffic securely and efficiently with real-time visibility. Incoming traffic had to be directed correctly and securely, with live monitoring to surface performance issues before they affected users.
- Cutting deployment time through CI/CD automation. Manual deployment steps slowed releases; the team needed an automated pipeline to shorten the path from code to production.
Our Approach
Solution
FiftyFive built and deployed the client's customer portal as a fully automated, production-ready platform on Azure. The architecture containerizes both the frontend and backend, deploys them through automated CI/CD pipelines, and orchestrates them on Kubernetes with secure, monitored traffic routing. Recurring operational jobs were automated to remove manual handling, and real-time monitoring was wired into the application gateway for continuous performance visibility. The result is infrastructure that scales with demand while keeping operational effort low.
Automated CI/CD pipelines
- Implemented multi-stage CI/CD pipelines in Azure DevOps for automated, repeatable deployments.
- Reduced the manual effort and time required to move code into production.
Kubernetes orchestration & traffic routing
- Created Kubernetes manifests for deployments, services, and Ingress routing.
- Enabled path-based routing in Ingress for optimized traffic distribution.
- Configured the Application Gateway Ingress Controller for secure, efficient request handling.
Infrastructure provisioning with Helm
- Configured PostgreSQL, the Application Gateway Ingress Controller, and Cert-manager using Helm within Azure pipelines.
- Standardized provisioning so environments could be reproduced consistently and securely.
Operational automation & real-time monitoring
- Automated daily scheduled jobs to eliminate manual operational handling.
- Integrated real-time traffic monitoring on the application gateway for continuous performance insight and proactive issue detection.
Technology
Tech Stack
Containerization
Database
CI/CD
Networking & Security
Provisioning
Orchestration
Experts
Team
2
Front-End Developer
1
Back-End Developer
The Impact
Results
Project Duration2022 - ongoing
The client gained a fully automated, production-ready portal that scales with demand while requiring far less manual operational work. The platform is live and supporting real customer transactions, directly contributing to increased sales and stronger customer trust.
70% faster deployments
Multi-stage CI/CD pipelines in Azure DevOps replaced manual deployment steps, cutting deployment time by 70% and shortening the path from code to production.
99.9% uptime
Kubernetes orchestration improved system availability to 99.9%, keeping operations stable even during high-traffic periods.
40% lower operational overhead
Automated scheduling eliminated manual job handling and the scalable infrastructure reduced operational overhead by 40%, freeing the team from routine maintenance.
Higher transaction capacity
The scalable infrastructure allowed the client to handle higher transaction volumes, while real-time traffic monitoring increased visibility into user behavior and enabled proactive performance management — delivering a faster, more reliable customer experience.
Support
FAQs
An aftermarket spare parts sales portal is a digital platform where customers, dealers, or distributors can search for replacement parts, view product information, check availability, and place orders online. It helps manufacturers and spare parts businesses simplify purchasing, reduce manual sales processes, and provide customers with faster access to the correct components.
A spare parts e-commerce portal should include an advanced product catalogue, part-number search, customer accounts, pricing, inventory visibility, order management, secure payments, and delivery tracking. B2B platforms may also need customer-specific pricing, bulk ordering, role-based access, ERP integration, automated workflows, and infrastructure capable of supporting high transaction volumes.
A digital sales portal improves spare parts sales by making products easier to find and purchase without relying on manual quotations, phone calls, or email-based orders. It gives customers continuous access to product information and ordering tools while helping businesses process transactions faster, reduce administrative work, and support a growing customer base.
Custom portal development allows a spare parts business to build workflows around its catalogue structure, pricing model, customer types, integrations, and operational processes. Unlike a standard e-commerce template, a custom spare parts portal can support complex part searches, B2B ordering rules, higher transaction volumes, and future functionality without restrictive platform limitations.
A scalable B2B spare parts portal is built using modular application services, containerization, cloud infrastructure, automated deployments, traffic management, and continuous monitoring. Technologies such as Docker, Kubernetes, and CI/CD pipelines allow the platform to handle increasing users and transactions while keeping releases consistent and reducing the need for manual infrastructure management.
A spare parts portal can handle sudden traffic spikes through scalable cloud infrastructure, container orchestration, load distribution, and real-time monitoring. Kubernetes can increase application capacity, restart failed services, and distribute workloads, while traffic-routing tools direct requests efficiently. This helps maintain stable performance during promotions, seasonal demand, or increased customer activity.
DevOps automation improves an e-commerce portal by making software builds, testing, deployments, infrastructure updates, and scheduled operations faster and more consistent. Automated CI/CD pipelines reduce manual errors and shorten release cycles, while monitoring and orchestration tools improve system availability. This enables businesses to launch improvements without creating unnecessary operational disruption.
CI/CD pipelines automate the process of building, testing, and deploying software updates. For a custom sales portal, this means new features, bug fixes, and security improvements can reach production faster and with fewer manual steps. A well-designed CI/CD process also creates repeatable deployments and reduces the risk of environment-related release failures.
Businesses can reduce portal management costs by automating deployments, recurring jobs, infrastructure provisioning, monitoring, and application recovery. Cloud-based orchestration reduces repetitive maintenance, while scheduled workflows replace manual tasks. In this type of project, automation and scalable infrastructure can significantly lower operational overhead while allowing a small team to manage a growing platform.
A cloud-based spare parts portal can be highly secure when it uses encrypted connections, managed certificates, controlled traffic routing, access policies, secure application gateways, and continuous monitoring. Kubernetes Ingress, Cert-manager, and cloud networking services can help protect customer requests while ensuring traffic reaches the correct frontend, backend, or database services securely.
The cost of building a custom spare parts portal depends on catalogue size, search complexity, customer roles, ordering workflows, payment requirements, integrations, security, and expected traffic. An enterprise platform with cloud infrastructure, Kubernetes, CI/CD automation, monitoring, and ERP connectivity will cost more than a basic portal. A discovery phase is required for a reliable estimate.
A basic spare parts portal may take a few months to design and develop, while a complex enterprise platform is usually delivered in phases. Timelines depend on product data, integrations, customer workflows, cloud architecture, security requirements, and testing. Ongoing development may continue as transaction volumes, markets, and business requirements grow.
Businesses should choose a spare parts portal development company with experience in custom software, B2B e-commerce, cloud engineering, DevOps, integrations, security, and production support. The provider should be able to build both frontend and backend systems, automate deployments, support high availability, monitor traffic, and scale the engineering team when required.
A business should hire DevOps engineers when its sales platform requires frequent deployments, high availability, automated infrastructure, traffic monitoring, cloud migration, or Kubernetes management. DevOps specialists help create reliable CI/CD pipelines, secure routing, repeatable environments, and operational automation, allowing development teams to release faster while reducing downtime and manual maintenance.
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