Cloud Platforms
Reliable backend platforms, secure APIs, and scalable cloud infrastructure.
- Reliable backend platforms
- Secure APIs
- Scalable cloud infrastructure
Software engineering · Portugal
Engineering reliable software systems for cloud, data and operations.
LipSoft designs and builds maintainable software platforms, APIs, mobile applications, data pipelines and cloud infrastructure for organisations with complex technical and operational requirements.
01Applications
02APIs & services
03Events & queues
04Operational data
Cloud operations
Designed to operate
ArchitectureSimple where possible, distributed where justified.
DeliveryTested, automated and documented from the start.
OperationsObservable, secure and cost-aware in production.
Core solutions
Engineering shaped around the problem
We connect product, platform and operations work so difficult systems become easier to change and run.
Event-Driven Systems
Asynchronous processing, queue-based workflows, and reliable event handling.
- Asynchronous processing
- Queue-based workflows
- High-volume event handling
Data Platforms
ETL pipelines, data ingestion, and analytics-ready datasets.
- ETL pipelines
- Data ingestion
- Data normalisation
Across the full system lifecycle
Architecture is only useful when it survives implementation, deployment and day-to-day operation.
How we engineerSoftware Engineering
Backend systems, APIs, microservices, modular monoliths, and distributed systems built with .NET, Node.js, PHP, and modern frameworks.
Cloud Architecture
AWS-native architecture, container platforms, serverless systems, autoscaling, and high-availability infrastructure.
Event-Driven Systems
Event-driven architecture, message queues, streams, async workflows, and reliable idempotent consumers.
Typical challenges
When systems become hard to trust
Slow or unreliable systems
Performance bottlenecks, scaling limits and outages that erode confidence.
Rising cloud costs
Over-provisioned resources, unclear ownership and weak cost visibility.
Legacy systems holding you back
Applications that are difficult to change, deploy or integrate safely.
Manual and fragile operations
Releases depend on manual steps and incidents are hard to diagnose.
Engineering principles
Built for the years after launch
Our decisions favour clarity, ownership and reliable operation over fashionable complexity.
- Build the simplest system that meets the real requirements.
- Use distributed architecture only when the problem justifies it.
- Prefer open standards and portable system boundaries.
- Treat security and observability as design inputs.
- Automate repeatable delivery and operational work.
- Make cost visible as an architectural constraint.
- Help clients understand and own their systems.
- Design software to be maintained for years.
Technology
A practical, actively used toolkit
Tools are selected for fit, maintainability and operational value—not to fill a logo wall.
Languages and Frameworks
- C#
- .NET Core
- TypeScript
- Node.js
- PHP
- Laravel
Cloud and Infrastructure
- AWS
- ECS
- Lambda
- S3
- CloudFront
- API Gateway
Messaging and Events
- SNS
- SQS
- EventBridge
- Kinesis
- Queues
- Streams
Insights
Technical thinking, made useful
Practical notes on architecture, reliability and operating software in production.
Architecture
Read all articlesWhen should you use microservices?
When distributed systems add value—and when a modular monolith is the stronger choice.
↗ReliabilityDesigning reliable event-driven systems
Queues, retries and failure handling for asynchronous workflows that must keep moving.
↗Software designBuilding maintainable APIs
Practical patterns that keep .NET and Node.js backends understandable as they grow.
↗Start a conversation
Start the conversationBring us the difficult part.
Tell us what is slow, expensive, fragile or difficult to change. We will help you find a practical path forward.