AI assistant for safe, reliable productivity with code, collaboration, and integrations.
StayPe
$1999Starting price
0Popularity
About StayPe
StayPe is an AI-powered property management platform designed for operators of residential PGs, co-living spaces, hostels, student housing, commercial properties, coworking spaces, hotels and homestays. It centralizes rent collection, tenant management, inventory tracking, complaint handling, expense recording and utility billing into a single system. The platform automates routine tasks such as payment reminders and maintenance tracking while providing real-time analytics on occupancy, collections and dues. Operations are managed primarily through WhatsApp via an AI assistant that handles collections, resident queries and daily workflows 24/7. Tenant onboarding is digitized with KYC verification and digital agreements, and the system supports room or unit assignments, booking management and housekeeping coordination. Data is stored securely in the cloud with encryption, and owners incur no recurring software fees, paying only a one-time tenant onboarding charge or activation fee.
Key features
- AI-driven rent collection automation
- Real-time inventory and occupancy tracking
- Digital tenant onboarding with KYC verification
- Centralized complaint and maintenance management
- WhatsApp-based AI assistant for 24/7 operations
- Expense tracking and real-time P&L dashboard
- Utility billing generation and collection
- Booking and room allocation management
Use cases
- Managing co-living spaces with automated rent collection and occupancy tracking
- Running hostels with digital tenant onboarding and maintenance coordination
- Operating coworking spaces with booking management and utility billing
Pros
- AI-powered 24/7 operations via WhatsApp
- No recurring software fees for property owners
- Supports multiple property types including PGs, hostels, coworking and hotels
- Real-time tracking of occupancy, collections and maintenance
- Digital tenant onboarding with KYC and automated agreements
Cons
- One-time tenant onboarding fee of ₹199 per tenant
- One-time activation fee of ₹1,999 if less than 10 tenants are onboarded
- Limited to property management operations
- No free tier for owners who do not meet tenant thresholds
Frequently asked questions about StayPe
What is StayPe and who is it designed for?
StayPe is an AI-powered property management platform designed for operators of residential PGs, co-living spaces, hostels, student housing, commercial properties, coworking spaces, hotels, and homestays. It centralizes rent collection, tenant management, inventory tracking, complaint handling, expense recording, and utility billing into a single system.
How does StayPe handle rent collection and tenant interactions?
StayPe automates rent collection with payment reminders and online payments, while tenant interactions are managed 24/7 through a WhatsApp-based AI assistant. The AI handles collections, resident queries, and daily workflows without requiring users to open a dashboard.
What types of properties can StayPe manage?
StayPe supports a wide range of property types, including residential PGs and co-living spaces, campus hostels and student housing, commercial shops and coworking spaces, as well as hospitality properties like hotels and homestays.
Does StayPe offer tenant onboarding and KYC verification?
Yes, StayPe digitizes tenant onboarding with KYC verification and digital agreements. This process is streamlined to complete in minutes, reducing paperwork and manual effort for operators.
How does StayPe ensure data security?
StayPe stores all data securely in the cloud with encryption, minimizing the risk of data loss compared to manual or spreadsheet-based tracking. The platform is designed to protect sensitive information while providing real-time access to operational data.
What is the pricing model for StayPe?
StayPe operates on a one-time tenant onboarding charge or activation fee model, with no recurring software fees for owners. This pricing structure is designed to be cost-effective for property operators of all scales.
