AI-Ghar Processes 50,000 Property Searches in India, Achieves 98.4% AI Match Accuracy
India's first AI-powered property search engine surpasses 50,000 buyer searches and 500 verified builder projects — with zero brokerage model disrupting traditional property discovery
HYDERABAD, INDIA, May 8, 2025 — AI-Ghar (https://www.ai-ghar.com), India's first natural language AI property search engine, today announced crossing 50,000 property search queries and listing 500+ RERA-verified builder projects across 8 major Indian cities.
The platform, which allows home buyers to find properties using plain English descriptions like "3BHK in Kondapur under ₹1.2 crore, ready in 18 months," has achieved a 98.4% match accuracy rate — measured by user feedback confirming the AI's top result matched their actual requirements.
Key Milestones
- 50,000+ property searches completed since launch
- 500+ RERA-verified builder projects across Hyderabad, Bangalore, Mumbai, Pune, Chennai, Delhi NCR, Kolkata, and Ahmedabad
- Average search-to-results time: 3.2 seconds
- Zero brokerage charged to home buyers
- 98.4% AI match accuracy
"The Indian property market has operated on information asymmetry for decades. Brokers control what buyers see, and they show projects with the highest commission — not the ones that best fit the buyer. AI-Ghar eliminates this entirely. Buyers describe what they want in plain English, and our AI ranks the best matching RERA-verified builder projects, with full cost transparency. No broker calls, no spam."
AI-Ghar's proprietary AI model processes 6 matching dimensions simultaneously: location score, budget compatibility, configuration match, timeline, amenities, and builder quality score — giving buyers an objective ranking rather than a paid listing feed.
About AI-Ghar
AI-Ghar Technologies is a Hyderabad-based proptech company building AI-powered tools to make property discovery transparent, fast, and broker-free for Indian home buyers. The platform is free for buyers and operates on a direct-to-builder partnership model.
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