Book rooms and tours in one seamless guest journey.
Sathiya Stay is a premium hospitality website for Sathiya Tour that combines hotel room bookings, tour inquiries, live availability, secure payments, and guest engagement into one mobile-first platform. It is designed for travelers who want to research, compare, book, and contact the property quickly, while giving the hotel team a simple admin system to manage inventory, offers, reviews, and enquiries. The product matters because it increases direct bookings, reduces manual coordination, and presents the brand as trustworthy and modern.
Leisure Traveler Priya, 34 - Priya is planning a family weekend trip and wants a clean mobile experience to compare room options, check dates, and understand local attractions before booking.
Tour Planner Arjun, 41 - Arjun is booking a hotel stay plus local sightseeing for a small group and needs fast communication and clear package details.
Hotel Manager Meena, 38 - Meena manages availability, special offers, enquiries, and customer communication with a small team and needs a simple admin dashboard.
Priya searches for a weekend stay after seeing Sathiya Tour on Google. On the homepage, she checks dates, views available rooms, compares amenities, and reads nearby attraction suggestions without needing to call anyone.
She books a room on her phone, pays securely, and receives instant WhatsApp confirmation. The hotel team sees the reservation in the admin dashboard, updates inventory automatically, and avoids manual follow-up work.
A few weeks later, Priya returns to book a tour package through the same website because the brand feels trustworthy and convenient. The business gains a direct repeat customer, lower operational friction, and a more professional online presence.
Team & resourcing - Small delivery team - 2 full-stack engineers, 1 UI/UX designer, part-time QA, part-time PM/owner review
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Build a production-ready hospitality website called Sathiya Stay for a premium hotel and tour business. Tech stack: Frontend: Next.js with TypeScript, Tailwind CSS, React Hook Form, Zod Backend: NestJS with TypeScript and REST APIs Database: PostgreSQL ORM: Prisma Auth: JWT access tokens with refresh tokens, admin RBAC, OTP login for guests if needed Cache/queue: Redis with BullMQ Storage: Amazon S3 or compatible object storage CDN: CloudFront or equivalent Email: SendGrid or Amazon SES WhatsApp: Meta WhatsApp Cloud API Payments: Razorpay or Cashfree Monitoring: Sentry, PostHog or GA4, Prometheus-style logs if available Deployment: Docker, Nginx, CI/CD with GitHub Actions Core product: Create a mobile-first website for room booking and tour enquiries with homepage, room listing, room detail page, live availability calendar, booking checkout, payment confirmation, WhatsApp button, Google Maps embed, contact and enquiry forms, reviews, gallery, special offers, about page, nearby attractions, privacy policy, terms and conditions, and admin dashboard. Required data model: users, roles, rooms, room_images, room_inventory, bookings, booking_guests, payments, refunds, enquiries, reviews, offers, pages, attractions, notifications, audit_logs, availability_blocks. Primary flows: Search dates and guests, view available rooms, view room details, book a room, pay securely, receive confirmation, manage bookings in admin, update inventory, moderate reviews, publish offers, and handle enquiries. Implementation requirements: Use server-side rendering for SEO pages, responsive design, accessible forms, validation with clear errors, idempotent booking and payment creation, secure webhook verification, booking locks to prevent double booking, audit logs for admin actions, and analytics tracking for key funnel events. Create clean folder structure, reusable components, API routes/controllers, database migrations, seed data, role-based admin screens, and production-ready error handling. Include a polished UI with hotel branding, image gallery, trust badges, and fast performance on mobile. Generate the full app scaffold with realistic example content for hotel rooms, offers, nearby attractions, and reviews, and make it ready for deployment.
You are a Senior Solution Architect, Enterprise Software Architect, CTO, DevOps Engineer, Security Architect, Database Architect, Cloud Architect, and Technical Lead with over 20 years of experience building scalable SaaS platforms, hotel booking systems, and enterprise web applications. Your task is to produce a COMPLETE, CONSULTANCY-GRADE, IMPLEMENTATION-READY Technical Requirements Document (TRD) for a premium hotel website called "Sathiya Tour." The documentation must be suitable for handing directly to a professional development team and should justify a ₹25,000–₹50,000 software development project. Do not provide summaries. Do not skip details. Think step by step before writing. Explain every architectural decision. Whenever applicable, use tables, diagrams, flowcharts, code snippets, examples, best practices, and production recommendations. The hotel website includes: • Online Room Booking • Live Room Availability Calendar • Secure Payment Gateway • WhatsApp Integration • Google Maps Integration • Contact & Enquiry Forms • Admin Dashboard • Reviews • Gallery • Special Offers • About Hotel • Nearby Attractions • SEO Optimization • Mobile-first Responsive Design • Privacy Policy • Terms & Conditions ======================== OUTPUT FORMAT ======================== Generate professional Markdown. Include: - Table of Contents - Architecture diagrams - Mermaid diagrams - Tables - Technical notes - Decision explanations - API documentation - Security recommendations ======================== SECTION 1 SYSTEM ARCHITECTURE ======================== Explain: • High-Level Architecture • Client Layer • Frontend Layer • Backend Layer • Database Layer • Storage Layer • CDN • Cache • Queue • Notification Service • Payment Service • Third-party Integrations Include Mermaid architecture diagrams. ======================== SECTION 2 TECH STACK ======================== Recommend production technologies. Frontend Backend Database ORM Authentication Cloud Hosting Storage CDN Queue Email SMS WhatsApp Payment Gateway Monitoring Analytics CI/CD Explain WHY every technology was selected. ======================== SECTION 3 DATABASE DESIGN ======================== Design production schema. Tables Columns Data Types Indexes Primary Keys Foreign Keys Constraints Relationships Normalization Example Records ER Diagram Booking Relationships Payment Relationships ======================== SECTION 4 API DESIGN ======================== Design REST APIs. Authentication Rooms Booking Availability Payments Reviews Offers Admin Users Notifications Responses Errors Validation Pagination Filtering Sorting Rate Limiting Authentication Headers Response Examples ======================== SECTION 5 BOOKING ENGINE ======================== Explain: Inventory Availability Booking Lock Concurrency Double Booking Prevention Cancellation Refund Waitlist Business Rules Edge Cases ======================== SECTION 6 PAYMENT SYSTEM ======================== Design: Payment Flow Webhook Verification Refund Flow Failure Recovery Duplicate Payment Prevention Security PCI Considerations ======================== SECTION 7 AUTHENTICATION ======================== JWT Refresh Tokens OTP Login Admin Login Password Reset Session Management RBAC Permissions ======================== SECTION 8 SECURITY ======================== OWASP Top 10 SQL Injection XSS CSRF SSRF Clickjacking Rate Limiting Encryption HTTPS Secrets Management Secure Cookies Audit Logs ======================== SECTION 9 PERFORMANCE ======================== Caching Redis CDN Image Optimization Compression Lazy Loading Code Splitting Database Optimization API Optimization ======================== SECTION 10 SCALABILITY ======================== Horizontal Scaling Vertical Scaling Database Replication Load Balancer Caching Layer Microservices Roadmap ======================== SECTION 11 DEVOPS ======================== CI/CD Git Workflow Docker Nginx Deployment Rollback Health Checks Monitoring Logging Backup Disaster Recovery ======================== SECTION 12 SEO TECHNICAL ======================== Server Side Rendering Metadata Schema.org Sitemap Robots Canonical URLs Structured Data Core Web Vitals ======================== SECTION 13 ACCESSIBILITY ======================== WCAG Keyboard Navigation ARIA Contrast Focus States Alt Text ======================== SECTION 14 FOLDER STRUCTURE ======================== Provide production-ready folder structures for: Frontend Backend Shared Libraries Assets Database Configurations ======================== SECTION 15 CODING STANDARDS ======================== Naming Conventions Architecture Principles Clean Code SOLID Error Handling Logging Comments Testing Standards ======================== SECTION 16 DEPLOYMENT ======================== Cloud Architecture Production Staging Development SSL Domain Environment Variables ======================== SECTION 17 MONITORING ======================== Performance Monitoring Error Tracking Logs Analytics Alerts Crash Reports ======================== SECTION 18 IMPLEMENTATION CHECKLIST ======================== Create a detailed implementation checklist with over 300 actionable tasks. ======================== FINAL REQUIREMENTS ======================== The document should be approximately 60–80 pages. Do not summarize. Do not leave placeholders. Provide implementation-ready specifications suitable for a professional software engineering team. Think deeply before every section. Write like a senior enterprise software consultancy delivering documentation for a ₹50,000+ hotel website project. Same thing for tour business
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