Book stays instantly, manage guests effortlessly.
Sathiya Tour is a premium hotel website for online room discovery, live availability, secure booking, and guest engagement. It is designed for hotel owners who need a conversion-focused web presence and for travelers who want a fast, trustworthy, mobile-first booking experience.
Traveler Asha, 31 - Asha is planning a family weekend stay and wants to compare room options, prices, and availability on her phone. She values quick booking, clear policies, and social proof before paying.
Hotel Manager Raj, 44 - Raj manages front-desk operations and online enquiries. He needs a simple dashboard to monitor bookings, update offers, and respond quickly to guests without technical complexity.
Mobile Guest Neha, 27 - Neha often books from WhatsApp or social media and expects fast responses, map access, and minimal form friction. She is likely to abandon a slow site.
Asha is planning a family trip and finds Sathiya Tour on her phone. Instead of calling multiple times, she checks live availability, compares rooms, and sees the exact total price with taxes included. The booking widget gives her confidence because the site shows reviews, nearby attractions, and clear cancellation rules in one place.
She completes payment in a few taps and gets an instant confirmation on screen, by email, and on WhatsApp. The hotel team receives the booking in the admin dashboard immediately, inventory is reduced automatically, and the risk of double booking disappears. Sathiya Tour turns a manual enquiry process into a direct revenue channel with less staff effort and a better guest experience.
Team & resourcing - Small delivery team: 2 full-stack engineers, 1 UI/UX designer, part-time QA, and part-time product owner.
Paste this into Cursor, Bolt, Lovable, or v0 to start building.
Build a premium hotel website called Sathiya Tour using Next.js 14 with TypeScript, Tailwind CSS, and a NestJS or Express.js backend with PostgreSQL and Prisma. Primary goals: display hotel information, support live room availability search, enable secure online booking and payments, handle WhatsApp and email notifications, and provide an admin dashboard for room, booking, offer, review, and content management. Create these screens and flows: Homepage with hero booking widget, featured rooms, special offers, reviews, gallery preview, nearby attractions, Google Maps embed, and WhatsApp CTA. Room listing and room detail pages with availability calendar, pricing, amenities, policies, gallery, and book now actions. Booking flow with date selection, guest details, policy acceptance, booking lock creation, payment initiation, payment success/failure states, and confirmation page. Contact and enquiry form with validation and spam protection. Admin dashboard with login, bookings table, room management, availability management, offers, reviews moderation, enquiry inbox, and content editing. Static pages for About Hotel, Privacy Policy, Terms and Conditions, and SEO-focused nearby attractions. Data model should include users, roles, rooms, room_images, room_rates, availability_inventory, bookings, booking_items, payments, refunds, enquiries, reviews, offers, notifications, content_pages, audit_logs, and website_settings. Implement REST APIs for auth, rooms, availability, bookings, payments, reviews, offers, enquiries, admin content, and notifications. Include JWT auth with refresh tokens, RBAC for admin roles, webhook verification for payment provider callbacks, request validation, pagination, filtering, sorting, rate limiting, and standardized error responses. Use PostgreSQL, Redis for caching and booking locks, Amazon S3 or compatible object storage for images, and a CDN for assets. Integrate Razorpay or Cashfree, WhatsApp Business API, Google Maps Platform, SendGrid or Amazon SES, and Google Analytics 4. Make the UI mobile-first, SEO-friendly, accessible, and production-ready. Include reusable components, clean folder structure, tests for booking and payment logic, structured data, sitemap generation, image optimization, and deployment configuration for development, staging, and production.
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.
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