
Ticketing & Live Auction Platforms
Most ticketing and auction operators already run a platform that does its job on an ordinary day. The real test comes in short peaks — a hot on-sale, the minutes around the hammer — and that is where a platform needs the most care. We build custom auction and ticketing software for exactly those moments, one bounded fixed-price step at a time, with every transaction traceable afterwards.
The Real Problem With Ticketing and Auction Platforms
Most operators we meet already have a platform, and on an ordinary day it works well. What makes this business demanding is that a large share of the year is decided in short peaks — and those peaks are exactly where a platform earns its keep:
The on-sale carries the day. The first minutes of a hot ticket drop bring more traffic than the platform sees in a normal month. If the queue collapses, the seat map lags or payment times out under peak, much of that day's revenue is hard to recover — and the peak is over before anyone can react.
Trust is earned at the hammer. A bid that registers late, an extension that fires at the wrong moment, a stream that drops at the hammer moment — each one turns a clean sale into a conversation with a buyer. Bidders forgive very little in those seconds, which is why those seconds deserve the most careful engineering.
The platform is rented. Many houses and operators sell through licensed platforms — a reasonable way to start. Over time, though, the fees grow with every ticket and every lot, the bidder and buyer data sits with the provider, and your process adapts to their product rather than the other way round.
The core system still sells, but is hard to change. It does its job, yet it cannot run on a tablet, few people can maintain it, and every change takes months.
Little of this shows up in normal operation — which is exactly why it is worth looking at calmly, before the ten minutes that decide the season.
What We Build for Auction Houses and Ticketing Operators
We do not arrive with one big replacement. We look at your flow with you, find the part that carries the most risk or the most fees, and fix that first — as one bounded piece of software that works alongside what you already run.
Live bidding and auction platforms
Real-time bidding engines with the details an auction back office depends on: bid integrity when hundreds bid at once, sniping protection with extension logic, and settlement you can reconcile lot by lot after the night ends. See our custom online auction portal development service and the real-time auction portal we took over, stabilized and grew.
Ticketing and hot on-sales
Ticket sales built with the drop in mind: interactive seat maps that stay responsive, queues your buyers experience as fair, and an architecture sized for the peak minute rather than the average day. For TodayTix, one of the largest theatre ticketing platforms, we built the seat map tooling behind their ticketing system.
Livestream for auction rooms and venues
When the room goes online, we add the video layer: low-latency streams that stay in sync with the bids and the seat inventory. This builds on our live streaming and video work.
Legacy platform rescue
When the system that sells your tickets or closes your lots has grown old, we modernize it in phases. The old and the new run side by side with live data between them, each phase is a controlled step, and you can fall back to the old system at every stage.
Where Real-Time Engineering Matters (and Where It Doesn't)
An honest answer first: most of a ticketing or auction platform is ordinary, careful software. Catalogues, accounts, invoicing, reporting. It has to be reliable, and almost none of it is hard real-time.
Real-time engineering matters in the few minutes when money moves: the on-sale, the live lot, the payment at peak. That is where we put the heavy engineering, the load modelling and the failover work. Spending it anywhere else makes the platform expensive without making it better.
And if a plain, well-built system covers your case, we will recommend exactly that. We would rather leave a feature out than add complexity you would pay to maintain.
How We Work
Proof before commitment. If your main question is "will it hold our peak", the first step can be a paid, bounded feasibility phase: we model your on-sale or your auction night, put the critical path under load and show you the numbers. You decide about the build after you have seen them.
You choose where it runs. EU servers, your own cloud or on-prem. You always know where the platform and your customer data live, and your bidder and buyer base stays yours.
A small first step. We propose one bounded piece with clear value. You can review what it delivered after the first step, before deciding what comes next.
Fixed price, fixed scope, warranty. You know the cost before we start. No open-ended billing.
The code is 100% yours. Including the git repository. There are no licence fees and no per-ticket or per-lot charges, and you can continue with your own team or another supplier at any time, with everything in hand.
Your process stays your process. We first map how your box office or auction operation actually runs, and the system follows it. You are never asked to adopt ours.
Named engineers. You know who works on your platform and what they have built before, and you can talk to the clients they built it for.
Numbers Our Clients Can Check
63% of our clients come back with a next project. 100+ satisfied customers. 4.9/5 rating on Clutch. 14 years in business. Every one of these can be verified.
Projects in This Industry
TodayTix — seat map tooling for one of the largest theatre ticketing platforms; the client reports savings of about $100,000 a year from the new seating workflow.
Auction Portal (NDA) — a real-time auction platform with live audio and video that we took over in poor condition, stabilized and grew.
Stardio — live fitness streaming platform; adjacent proof for the video layer of live events.
Frequently Asked Questions

Jakub Bílý
Head of Business Development