PayMyAnnuity Full-Stack Website Build
Budget: ₹12,500 – ₹37,500 INR
About the Startup:
PayMyAnnuity.com is a new fintech startup focused on simplifying annuity payments and digital financial services.
The design prototype is ready in Figma and currently published on a temporary Figma domain. We are now moving into the development and pre-launch phase before investor presentations.
⸻
Scope of Work
We are looking for a freelance full-stack web developer or small team (preferably based in Delhi NCR) to:
1. Convert the Figma prototype into a live web application
• Translate all front-end designs (landing pages, dashboards, etc.) to responsive code.
• Maintain design fidelity and performance optimization.
2. Set up Hosting and Deployment
• Shift from Figma’s published domain to a real hosting environment.
• Assist in purchasing or connecting our main domain (paymyannuity.com).
• Recommend a tech stack (e.g., React + Node.js + Firebase / AWS / Vercel).
3. Develop Core Interactive Pages:
• User Login / Signup System
• Payment Integration Page (Razorpay / Stripe / Paytm Gateway)
• User Dashboard & Messaging Module
• Contact / Inquiry Forms
4. Basic Admin Controls & Analytics Integration
• For managing users, viewing payments, and monitoring traffic.
5. Testing, Security, and Go-Live Support
• Ensure the site runs smoothly and is ready for investor demo.
⸻
Deliverables
• Fully functional, hosted version of PayMyAnnuity.com
• Source code repository (GitHub or similar)
• Documentation for maintenance
• Integration with payment and messaging APIs
⸻
Ideal Freelancer
• Based in Delhi / NCR (preferred)
• Experience converting Figma to production websites
• Skilled in React / Next.js / Node.js / Firebase / AWS
• Strong understanding of UI performance and security
• Previous fintech or payment-gateway experience a plus
⸻
Timeline & Budget
• Timeline: 3–4 weeks (ready before investor pitch)
• Budget: Open to discussion based on scope and speed
⸻
How to Apply
Please share:
• Portfolio or sample projects (especially Figma-to-live conversions)
• Brief description of your proposed stack
• Estimated timeline and cost
PayMyAnnuity.com is a new fintech startup focused on simplifying annuity payments and digital financial services.
The design prototype is ready in Figma and currently published on a temporary Figma domain. We are now moving into the development and pre-launch phase before investor presentations.
⸻
Scope of Work
We are looking for a freelance full-stack web developer or small team (preferably based in Delhi NCR) to:
1. Convert the Figma prototype into a live web application
• Translate all front-end designs (landing pages, dashboards, etc.) to responsive code.
• Maintain design fidelity and performance optimization.
2. Set up Hosting and Deployment
• Shift from Figma’s published domain to a real hosting environment.
• Assist in purchasing or connecting our main domain (paymyannuity.com).
• Recommend a tech stack (e.g., React + Node.js + Firebase / AWS / Vercel).
3. Develop Core Interactive Pages:
• User Login / Signup System
• Payment Integration Page (Razorpay / Stripe / Paytm Gateway)
• User Dashboard & Messaging Module
• Contact / Inquiry Forms
4. Basic Admin Controls & Analytics Integration
• For managing users, viewing payments, and monitoring traffic.
5. Testing, Security, and Go-Live Support
• Ensure the site runs smoothly and is ready for investor demo.
⸻
Deliverables
• Fully functional, hosted version of PayMyAnnuity.com
• Source code repository (GitHub or similar)
• Documentation for maintenance
• Integration with payment and messaging APIs
⸻
Ideal Freelancer
• Based in Delhi / NCR (preferred)
• Experience converting Figma to production websites
• Skilled in React / Next.js / Node.js / Firebase / AWS
• Strong understanding of UI performance and security
• Previous fintech or payment-gateway experience a plus
⸻
Timeline & Budget
• Timeline: 3–4 weeks (ready before investor pitch)
• Budget: Open to discussion based on scope and speed
⸻
How to Apply
Please share:
• Portfolio or sample projects (especially Figma-to-live conversions)
• Brief description of your proposed stack
• Estimated timeline and cost