Car service mobile APP
Budget: $250 – $750 USD
Mobile app (Android + iOS) for car workshop — diagnostics, vehicle intake & electronic acceptance protocol, communication, parts & job tracking (MVP)
Budget
$300 fixed-price (MVP). Monthly hosting/API costs paid separately.
Project overview
We need an MVP cross-platform mobile app to streamline vehicle intake, manual diagnostics, mechanic ↔ office ↔ client communication, parts list sharing, time tracking and vehicle history. Core feature: electronic vehicle intake / acceptance protocol with multiple photos, checklist and dual signatures (mechanic + client) captured on the mechanic’s device and exported as a PDF with company header/logo. App should auto-translate UI/messages to the device language where possible.
Target users
• Workshop admin / office staff
• Mechanics
• Clients (vehicle owners)
Platforms
• Android and iOS (cross-platform: Flutter or React Native preferred)
MVP scope (deliverable for $300)
• Authentication & roles: admin, mechanic, client (email/password; OTP optional)
• Job & vehicle intake:
• Create job: VIN/registration, make/model, mileage, client info
• Intake screen with checklist (client will supply checklist/template)
• Capture multiple photos (exterior/interior/odometer) with timestamps and uploader metadata
• Capture signatures for mechanic and client on the mechanic’s device
• Generate & store PDF acceptance protocol (fields + photos + signatures + company header/logo/legal text) in job history; option to share/send PDF (email/share link)
• Offline capture and sync when online
• Diagnostics (MVP minimal): manual entry/import of fault codes and parameters
• AI decoding: cloud AI endpoint decodes fault codes into plain-language descriptions + inspection checklist (cached)
• Mechanic workflow & time tracking:
• Start/stop timer per job; basic labor cost calculation (default placeholder “xxxxx”; admin-configurable)
• Parts list & ordering:
• Create parts list; share via WhatsApp/system share or export CSV
• Messaging:
• In-app text messaging per job between workshop and client; auto-translation to device language (via translation API; cache translations)
• Media & documents:
• Photos and short videos (≤20s) upload; basic compression before upload
• Store invoices/docs (PDF/images)
• Vehicle history: consolidated timeline of jobs, media, PDFs, dates, mileage
• Admin: assign mechanics, configure labor rate
• Security: HTTPS, secure storage, basic role access control
Out of scope for $300 (can be phased later)
• Native OBD-II hardware integration (Bluetooth/Wi‑Fi)
• Payments/subscriptions / marketplace
• Complex offline conflict resolution or heavy AI hosting
• Extensive custom backend beyond recommended serverless setup
Recommended tech (developer to justify)
• Mobile: Flutter or React Native (cross-platform)
• Backend: Firebase (recommended for rapid MVP) or Supabase
• PDF generation: client-side library or serverless function
• AI/translation: OpenAI / Google Translate / Azure Translate (cache results)
• Media storage: Firebase Storage or S3-compatible storage with lifecycle rules
Deliverables
• Android + iOS app source code and build instructions
• Backend configuration notes (Firebase or chosen)
• Documentation: setup, how to configure AI/translation, how to use intake protocol template
• Example generated PDF from a sample intake
• Short demo screenshots/video of main flows
Timeline
Suggested 4–7 weeks. Milestones example:
1. Requirements confirmation, intake template & UX screens — 15%
2. Core: auth, job creation, intake UI, photo & signature capture, PDF generation & storage — 50%
3. Timer, manual fault entry, AI decoding integration, parts share, messaging, history — 25%
4. QA, docs, final builds — 10%
What to include in your proposal (required)
1. Confirm if you can deliver the MVP for $300 (yes / no). If no, state minimum price.
2. Preferred cross-platform framework (Flutter or React Native) and why.
3. Recommended backend (Firebase or Supabase) and why.
4. Estimated monthly hosting/API costs for light usage (Firebase/Supabase, storage, translation/AI).
5. Timeline and milestone breakdown fitting the budget.
6. What exactly will and will not be delivered for $300.
7. Portfolio / links to similar apps or relevant work.
8. Communication cadence, availability, and post-delivery support terms.
Assets I will provide to the selected developer
• Intake protocol template (form fields & checklist)
• Company details and logo for PDF
• Default labor rate placeholder (“xxxxx”)
Payment terms
• $300 fixed for the MVP (paid per agreed milestones). Monthly hosting/API costs billed separately (developer should list estimated monthly costs).
How to apply
Submit a short proposal answering points 1–8 above. Keep proposal concise and include any questions you need answered to start.
Budget
$300 fixed-price (MVP). Monthly hosting/API costs paid separately.
Project overview
We need an MVP cross-platform mobile app to streamline vehicle intake, manual diagnostics, mechanic ↔ office ↔ client communication, parts list sharing, time tracking and vehicle history. Core feature: electronic vehicle intake / acceptance protocol with multiple photos, checklist and dual signatures (mechanic + client) captured on the mechanic’s device and exported as a PDF with company header/logo. App should auto-translate UI/messages to the device language where possible.
Target users
• Workshop admin / office staff
• Mechanics
• Clients (vehicle owners)
Platforms
• Android and iOS (cross-platform: Flutter or React Native preferred)
MVP scope (deliverable for $300)
• Authentication & roles: admin, mechanic, client (email/password; OTP optional)
• Job & vehicle intake:
• Create job: VIN/registration, make/model, mileage, client info
• Intake screen with checklist (client will supply checklist/template)
• Capture multiple photos (exterior/interior/odometer) with timestamps and uploader metadata
• Capture signatures for mechanic and client on the mechanic’s device
• Generate & store PDF acceptance protocol (fields + photos + signatures + company header/logo/legal text) in job history; option to share/send PDF (email/share link)
• Offline capture and sync when online
• Diagnostics (MVP minimal): manual entry/import of fault codes and parameters
• AI decoding: cloud AI endpoint decodes fault codes into plain-language descriptions + inspection checklist (cached)
• Mechanic workflow & time tracking:
• Start/stop timer per job; basic labor cost calculation (default placeholder “xxxxx”; admin-configurable)
• Parts list & ordering:
• Create parts list; share via WhatsApp/system share or export CSV
• Messaging:
• In-app text messaging per job between workshop and client; auto-translation to device language (via translation API; cache translations)
• Media & documents:
• Photos and short videos (≤20s) upload; basic compression before upload
• Store invoices/docs (PDF/images)
• Vehicle history: consolidated timeline of jobs, media, PDFs, dates, mileage
• Admin: assign mechanics, configure labor rate
• Security: HTTPS, secure storage, basic role access control
Out of scope for $300 (can be phased later)
• Native OBD-II hardware integration (Bluetooth/Wi‑Fi)
• Payments/subscriptions / marketplace
• Complex offline conflict resolution or heavy AI hosting
• Extensive custom backend beyond recommended serverless setup
Recommended tech (developer to justify)
• Mobile: Flutter or React Native (cross-platform)
• Backend: Firebase (recommended for rapid MVP) or Supabase
• PDF generation: client-side library or serverless function
• AI/translation: OpenAI / Google Translate / Azure Translate (cache results)
• Media storage: Firebase Storage or S3-compatible storage with lifecycle rules
Deliverables
• Android + iOS app source code and build instructions
• Backend configuration notes (Firebase or chosen)
• Documentation: setup, how to configure AI/translation, how to use intake protocol template
• Example generated PDF from a sample intake
• Short demo screenshots/video of main flows
Timeline
Suggested 4–7 weeks. Milestones example:
1. Requirements confirmation, intake template & UX screens — 15%
2. Core: auth, job creation, intake UI, photo & signature capture, PDF generation & storage — 50%
3. Timer, manual fault entry, AI decoding integration, parts share, messaging, history — 25%
4. QA, docs, final builds — 10%
What to include in your proposal (required)
1. Confirm if you can deliver the MVP for $300 (yes / no). If no, state minimum price.
2. Preferred cross-platform framework (Flutter or React Native) and why.
3. Recommended backend (Firebase or Supabase) and why.
4. Estimated monthly hosting/API costs for light usage (Firebase/Supabase, storage, translation/AI).
5. Timeline and milestone breakdown fitting the budget.
6. What exactly will and will not be delivered for $300.
7. Portfolio / links to similar apps or relevant work.
8. Communication cadence, availability, and post-delivery support terms.
Assets I will provide to the selected developer
• Intake protocol template (form fields & checklist)
• Company details and logo for PDF
• Default labor rate placeholder (“xxxxx”)
Payment terms
• $300 fixed for the MVP (paid per agreed milestones). Monthly hosting/API costs billed separately (developer should list estimated monthly costs).
How to apply
Submit a short proposal answering points 1–8 above. Keep proposal concise and include any questions you need answered to start.