May 09, 2023
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Service categories
Service Lines
Cloud Consulting
Design
Mobile Development
Web Development
Domain focus
Consumer Products & Services
Programming language
JavaScript
PHP
TypeScript
Frameworks
Angular.js
Laravel
Node.js
Subcategories
Cloud Consulting
SaaS
Design
User Experience
Mobile Development
Cross-platform
Challenge
The client based in Houston wanted to transform a legacy desktop application into a SaaS platform for mowing service providers. The platform needed to enable service providers to accept online bookings for mowing services from their customers, as well as include a reporting tool with real-time location tracking to monitor their crews during service.
The client based in Houston wanted to transform a legacy desktop application into a SaaS platform for mowing service providers. The platform needed to enable service providers to accept online bookings for mowing services from their customers, as well as include a reporting tool with real-time location tracking to monitor their crews during service.
Solution
We assisted the client in creating a cloud-based platform to convert their legacy desktop app to a SaaS platform for mowing service providers. The platform was designed using microservices architecture which involved separating functions into REST APIs, emails, notifications, and automated support ticketing. The system was distributed across three different portals and a mobile app. The admin portal was a web-based application that allows service providers to manage their service schedules. The customer portal was also web-based and allows customers to book mowing services. The SaaS portal was a web-based application that enables the system owner to manage SaaS customers. The crew app is used by crew members working in the field to monitor their tasks.
We assisted the client in creating a cloud-based platform to convert their legacy desktop app to a SaaS platform for mowing service providers. The platform was designed using microservices architecture which involved separating functions into REST APIs, emails, notifications, and automated support ticketing. The system was distributed across three different portals and a mobile app. The admin portal was a web-based application that allows service providers to manage their service schedules. The customer portal was also web-based and allows customers to book mowing services. The SaaS portal was a web-based application that enables the system owner to manage SaaS customers. The crew app is used by crew members working in the field to monitor their tasks.
Results
Our team successfully developed a cloud-based SaaS platform for mowing service providers that replaced the legacy desktop application. The microservices architecture allowed for the separation of functions and facilitated the development of three web portals and a mobile app. The platform has significantly improved the efficiency and productivity of mowing service providers by streamlining their workflow, reducing costs, and enhancing the customer experience.
Our team successfully developed a cloud-based SaaS platform for mowing service providers that replaced the legacy desktop application. The microservices architecture allowed for the separation of functions and facilitated the development of three web portals and a mobile app. The platform has significantly improved the efficiency and productivity of mowing service providers by streamlining their workflow, reducing costs, and enhancing the customer experience.
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