Distributed computing platform spanning AWS and Google Cloud
A technology company developing a distributed computing platform that enables users to dispatch computational workloads across multiple cloud providers, including AWS, Google Cloud, and specialized compute environments.
A full MVP frontend in two weeks
The client needed to deliver a fully functional MVP within an extremely tight two-week timeline.
The frontend had to not only present a modern and intuitive interface but also integrate seamlessly with backend systems and external services such as authentication and payments.
At the same time, the platform introduced complex workflows related to dispatching computation jobs across multiple cloud providers. These workflows had to be simplified into an interface that users could navigate easily, without compromising functionality or performance.
Requirements for job dispatch, authentication, and payments
To meet the deadline and product expectations, the solution needed to:
- deliver a fully functional frontend within two weeks
- provide an intuitive interface for complex job dispatch workflows
- integrate with authentication and payment systems
- ensure seamless communication with backend APIs
- maintain performance and responsiveness across devices
The goal was to create a usable, investor-ready product without sacrificing quality despite the tight timeline.
Focused frontend build with close backend API integration
A focused frontend development approach was implemented, prioritizing usability, performance, and integration. The interface was built using modern web technologies and aligned closely with design specifications to ensure a consistent and polished user experience.
Close collaboration with the client’s backend team enabled smooth API integration and ensured that all workflows functioned correctly from the start. External services for authentication and payments were integrated into the user experience, allowing users to interact with the platform in a secure and seamless way.
Technology stack:
- Next.js / React / TypeScript for frontend development
- AWS Cognito for authentication
- Stripe for payment processing
- Figma for UI/UX design
How users configure and dispatch jobs across clouds
Users access the platform through a responsive interface that allows them to configure and dispatch computational jobs across multiple cloud providers. The workflow guides users through job setup, execution, and monitoring, simplifying complex processes into clear and manageable steps.
Authentication and payment handling are integrated directly into the platform, ensuring that users can securely manage access and transactions without leaving the application.
Key capabilities:
- Intuitive interface for multi-cloud job dispatching
- Seamless integration with authentication and payment systems
- Responsive design across devices
- Real-time interaction with backend APIs
- User-friendly workflows for complex operations
- Scalable frontend architecture for future features
A working product for stakeholders within weeks
The rapid delivery of the MVP enabled the client to validate their product concept and present a working platform to stakeholders within a very short timeframe. The frontend provided a clear and accessible way to interact with complex backend capabilities, improving usability and reducing friction for end users.
At the same time, the integration of external systems ensured that the platform was ready for real-world use cases from the outset.
Results: investor-ready MVP delivered in two weeks
The solution delivered measurable improvements across key areas:
- Accelerated time to market, with MVP delivered in two weeks
- Improved user experience, through intuitive interface design
- Seamless integration, with authentication and payment systems
- Investor-ready product, supporting funding and growth
- Scalable foundation, for future platform expansion
- Reduced complexity, for end users managing compute workloads
The MVP serves as a foundation for further development, with the architecture supporting additional features such as advanced job tracking, expanded cloud integrations, and enhanced reporting. The platform is well-positioned to scale as user demand grows.
Frequently asked questions
How can complex multi-cloud job dispatch workflows be simplified in a frontend?
A guided workflow that walks users through job setup, execution and monitoring turns multi-cloud job dispatch into clear, manageable steps. In this project, InTechHouse aligned the responsive interface closely with Figma design specifications so users can configure and dispatch computational jobs across multiple cloud providers, with real-time interaction with the backend APIs.
How do you integrate authentication and payments into an MVP for a distributed computing platform?
Managed external services handle both: AWS Cognito for authentication and Stripe for payment processing. In this project, InTechHouse integrated both services directly into the platform, so users can securely manage access and transactions without leaving the application, which made the MVP ready for real-world use cases from the outset.
What makes a two-week frontend MVP a sound base for further platform development?
A scalable frontend architecture lets a fast MVP serve as the foundation for later features. In this project, InTechHouse delivered an architecture that supports additional features such as advanced job tracking, expanded cloud integrations and improved reporting, while the working platform let the client validate the product concept with stakeholders.
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