Live video auctions
WebRTC bidding with a sub-second feed, so a bidder sees the hammer fall as it happens. Low-latency HLS takes over automatically when a network blocks UDP.
Everything below is running in production today. This is not a roadmap.
WebRTC bidding with a sub-second feed, so a bidder sees the hammer fall as it happens. Low-latency HLS takes over automatically when a network blocks UDP.
Clocks that close when the catalogue says they close, with anti-sniping extensions and a bidding history that stands up to scrutiny.
Identity, AML and deposit gates sit inside the bidding engine, not beside it. A bid that should not be accepted cannot be accepted.
Every installation answers on your domain with your brand and your colours. Your customers never see our name.
Auction house and agency software that share a design language but keep their own databases, so one cannot break the other.
From valuation request to completion statement, the record lives in one place instead of in four spreadsheets and an inbox.
Bidders do not install anything. They register, pass their checks, and watch the auction in the same window they bid in. The feed is sub-second over WebRTC, and falls back to low-latency HLS automatically on networks that block it.
The video is an aid to a human, never a data channel — prices come from the bidding engine, so a bidder can never act on a stale figure.
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