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Cyberbeak
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Global Auction Platform Scale

Achieved a 40% decrease in operational overhead through dynamic real-time bid processing and microservices architecture.

Industry
Auctions & Asset Liquidation, Marketplaces
Location
United States
Global Auction Platform Scale

The Challenge

A leading global auction provider faced significant operational bottlenecks and high latency during multi-million dollar bidding events. Their legacy infrastructure couldn't scale horizontally under heavy traffic peaks, resulting in bid delays, critical system slowdowns, and lost revenue during high-stakes live events.

Our Solution

Cyberbeak architected and deployed a highly responsive microservices-based bidding engine. Utilizing high-frequency WebSockets for instant state sync and a distributed caching layer on AWS, we enabled real-time concurrent bid synchronization across thousands of bidders globally. The new architecture auto-scaled horizontally during peak events without manual intervention.

The Results

The platform achieved 99.99% uptime during high-value live events. Real-time operations reduced manual operational overhead by 40%, and bidding responsiveness improved from 1.5s to under 50ms — a 30x speed improvement — facilitating significantly higher overall sales volume per event.

Stack & Expertise

Next.jsNode.jsGraphQLWebSocketsAWS
Our platform was hemorrhaging revenue every time a bid timed out during a live event. Cyberbeak rebuilt our entire bidding infrastructure in weeks. The 30x speed improvement was measurable within hours of going live — and we haven't had a single critical incident since.
J
James Whitfield
CTO, AuctionBridge Group

Frequently Asked Questions

What scalability problems was the existing auction platform experiencing?
The legacy infrastructure couldn't scale horizontally during peak bidding events, causing bid delays of up to 1.5 seconds and critical system slowdowns during high-value live auctions. These performance failures resulted in direct revenue loss and damaged client trust during multi-million dollar sales.
What technology did Cyberbeak use to rebuild the bidding engine?
Cyberbeak built a microservices-based bidding engine using Next.js, Node.js, GraphQL, and high-frequency WebSockets for instant bid state synchronisation. The platform was deployed on AWS with a distributed caching layer that auto-scales horizontally during peak traffic without manual intervention.
How much did bid response time improve after the rebuild?
Bid response time improved from 1.5 seconds to under 50 milliseconds — a 30x speed improvement. The platform also achieved 99.99% uptime during all subsequent high-value live events following deployment.
How much did the new auction platform reduce operational overhead?
Real-time automated operations reduced manual operational overhead by 40%, eliminating the need for human intervention during live bidding events. This directly contributed to significantly higher sales volume per event.
Can Cyberbeak build a real-time bidding platform for an auction house?
Yes — real-time auction and bidding platforms are one of Cyberbeak's core specialisms. We design systems that handle thousands of concurrent bidders globally using WebSocket technology and distributed cloud infrastructure, engineered for zero downtime during live high-value events.