On-Demand Field Service Platform
Project overview
On-demand mobile app with real-time GPS tracking, service provider matching, and automated scheduling built on Azure.
Client information
Cut My Grass is an on-demand field service startup connecting homeowners with local lawn care and landscaping professionals.
Business challenge
To manage complex cases, our customer uses special technology solutions. Portfolio management is handled through modern, data-driven tools, and when cases go to litigation, these tools help Cut My Grass make the whole process faster, more transparent, and harder for assessors to ignore.
Creating a reliable two-sided marketplace for lawn service required instant geolocation matching, job status updates, and automated payments.
The second challenge involves an increase in operational risk. With no clear visibility into problem areas, every investment decision was made amid significant uncertainty.
The final challenge was to define a clear roadmap for modernization across all layers (infrastructure, frontend, backend, and database) to guide future improvements.
Technical challenge
One of the main technical challenges was assessing a complex multi-layer system without causing disruption, while also prioritizing findings across architectural, operational, and organizational vulnerabilities. Additionally, it was essential to present findings in an actionable format, rather than simply cataloging historical changes.
Solution delivered
Aridian Technologies conducted a comprehensive engineering & development program to address all challenge areas. We developed a React Native mobile application powered by Azure Logic Apps workflows and Google Maps API real-time tracking. Each finding was evaluated for severity and complexity, accompanied by actionable recommendations, and mapped into a phased modernization roadmap. This approach provided Cut My Grass with a solid foundation for a structured, evidence-based remediation program.
Key deliverables
Team processes and project management review
- >Definition of team structure, roles, and responsibilities
- >Description of current processes and project management practices
- >Recommendations for improvement
Back end and database architecture review
- >Real-time GPS tracking of service providers in transit
- >Automated job assignment based on provider proximity
- >Seamless in-app payment processing upon job completion
- >High user retention and positive app store ratings
Front end review
- >Project structure assessment and recommendations for refactoring
- >UI/UX improvement recommendations
- >High-level security review and recommendations for improvement
Infrastructure review
- >Infrastructure patterns review and recommendations for improvement
- >Cloud resource utilization, security compliance, and cost optimization audit
- >Disaster recovery, backup protocols, and high-availability configuration review
Value delivered
Actionable modernization roadmap
Developed a clear, phased plan for system improvements, enabling the client to address technical debt and scale efficiently.
Risk reduction
Provided visibility into critical vulnerabilities, empowering the client to proactively manage operational and security risks.
Improved decision-making
Equipped stakeholders with evidence-based insights to support informed investment and resource allocation decisions.
Enhanced operational resilience
Ensured recommendations were sequenced to avoid production disruptions, resulting in a more robust and dependable platform.
Our tech stack
On-Demand Field Service Platform
Project overview
On-demand mobile app with real-time GPS tracking, service provider matching, and automated scheduling built on Azure.
Client information
Cut My Grass is an on-demand field service startup connecting homeowners with local lawn care and landscaping professionals.
Business challenge
Creating a reliable two-sided marketplace for lawn service required instant geolocation matching, job status updates, and automated payments.
Technical challenge
One of the main technical challenges was assessing a complex multi-layer system without causing disruption, while also prioritizing findings across architectural, operational, and organizational vulnerabilities.
Solution delivered
Aridian Technologies conducted a comprehensive engineering & development program to address all challenge areas. We developed a React Native mobile application powered by Azure Logic Apps workflows and Google Maps API real-time tracking. Each finding was evaluated for severity and complexity, accompanied by actionable recommendations, and mapped into a phased modernization roadmap.
Key deliverables
Team processes and project management review
- >Definition of team structure, roles, and responsibilities
- >Description of current processes and project management practices
- >Recommendations for improvement
Back end and database architecture review
- >Real-time GPS tracking of service providers in transit
- >Automated job assignment based on provider proximity
- >Seamless in-app payment processing upon job completion
- >High user retention and positive app store ratings
Front end review
- >Project structure assessment and recommendations for refactoring
- >UI/UX improvement recommendations
- >High-level security review and recommendations for improvement
Infrastructure review
- >Infrastructure patterns review and recommendations for improvement
- >Cloud resource utilization, security compliance, and cost optimization audit
- >Disaster recovery, backup protocols, and high-availability configuration review
Value delivered
Actionable modernization roadmap
Developed a clear, phased plan for system improvements, enabling the client to address technical debt and scale efficiently.
Risk reduction
Provided visibility into critical vulnerabilities, empowering the client to proactively manage operational and security risks.
Improved decision-making
Equipped stakeholders with evidence-based insights to support informed investment and resource allocation decisions.
Enhanced operational resilience
Ensured recommendations were sequenced to avoid production disruptions, resulting in a more robust and dependable platform.
Our tech stack
Have a similar challenge?
Let's Talk