Tournament organizers, game publishers, and competitive gaming communities running events on spreadsheets, Discord threads, and patched-together free tools hit a ceiling fast. Bracket errors cascade into disputed results. Prize payouts require manual calculation across dozens of teams. Player registration data sits in three different forms. When your events grow past 50 teams, the operational load grows faster than the community does.
Tournament bracket engines that auto-advance teams, handle seeding, and support single elimination, double elimination, and round-robin formats
Team and player registration portals with roster verification, eligibility checks, and real-time participant dashboards
Live match scoring and scheduling systems that keep players, coaches, and spectators updated without any manual broadcast
Automated prize pool distribution tied to verified match outcomes, cutting payout calculation from hours to minutes
The problem
Spending hours manually updating brackets and notifying teams every time a match result comes in?
Prize pool distribution calculated on a spreadsheet after the event, leaving winners waiting days for confirmation?
Player registration spread across Google Forms, Discord, and email with no single source of truth?
Short answer
RaftLabs builds custom esports platforms for tournament organizers, game publishers, and competitive gaming communities. We ship bracket management, team and player registration, live match scoring, automated prize pool distribution, and match scheduling tools. A focused v1 launches in 12 to 16 weeks at a fixed cost so you can validate it with a real event, then grows as you add formats and titles.
Trusted by
01 Diagnosis
Basically every tournament uses Google Sheets
Tournament administrators spend time they don't have manually advancing brackets, updating seeding, and notifying teams after each match. A full volunteer staff plus paid sheeting and GFX work, and the de facto tournament operating system is a spreadsheet. When results come in across Discord, email, and in-person check-ins simultaneously, one missed update creates a cascade. Teams show up to matches at the wrong time. Future rounds display the wrong opponents. The bracket a spectator sees doesn't match what the admin is working from. A custom bracket engine auto-advances teams the moment a verified result is submitted, updates all downstream scheduling in real time, and pushes match notifications to teams without any admin intervention between rounds. The outcome is a bracket that runs itself.
Finding scrims is a solved problem in the worst possible way
The solution is a human being, usually the team captain, sitting in three different regional Discord servers at 8pm copy-pasting looking-for-match messages and refreshing until someone bites. Player registration split across Google Forms, Discord, and email means player data is never fully in one place: roster changes made in Discord don't update the bracket, eligibility records live in a spreadsheet the admin cross-references by hand. A unified registration portal with roster management, game account linking, eligibility checks, and a live participant dashboard gives admins one source of truth from sign-up through the final match. The outcome is no more refresh-until-someone-bites.
Saving face beats running an honest competition
When a tournament platform knows its faulty API is hurting competitive integrity and responds with an offhand we'll look into it, organizers learn the hard lesson: platform trust is not guaranteed. Prize payouts calculated on a spreadsheet after the event create delays, disputes, and trust problems with the community. When winners wait days for confirmation, and staff have waited months for wages at badly-run events, the post-event experience undercuts everything the competition built. Automated prize pool distribution tied to verified match outcomes calculates placements, applies the payout formula, and triggers disbursement at the moment the final result is confirmed, not the morning after. The outcome is payouts the community trusts.
The biggest invisible revenue leak in modern sport
Orgs know roughly a quarter of their fanbase by name and contact. The rest are anonymous, and the fan data that does exist is scattered across Twitch followers, Discord members, and third-party platform registrations the org doesn't own. Fans prefer to follow their favorite pro player rather than the whole team, so the org's audience is rented, not owned. A platform that captures fan registration, ties it to event participation and viewing, and keeps the data with the organizer turns the anonymous majority into a reachable audience. The outcome is a fanbase the org actually owns.
02 What we ship
We build bracket engines that support single elimination, double elimination, round-robin, and Swiss format tournaments. Seeding logic handles manual seeding, random draw, and ranking-based placement. Bracket progression is automatic. The moment a verified result is submitted, the next round updates and match notifications go out to both teams without the admin touching anything between rounds.
Admin override tools handle the edge cases every live event produces: team withdrawals mid-tournament, disputed results that need manual resolution, and format changes forced by no-shows. Every override is logged with a timestamp and admin identifier for audit purposes. The outcome is a bracket the admin doesn't have to babysit.
Registration portals handle the full pre-event flow: team creation, roster submission, game account linking via OAuth or API (Riot Games, Steam, Battle.net), eligibility verification against age or rank requirements, and payment collection for entry fees via Stripe. Teams manage their own rosters through a participant dashboard, with substitution requests subject to admin approval rules you define.
Duplicate detection catches players registered on multiple teams before the bracket is built. Real-time registration status gives admins a live count against capacity limits and a clear view of which teams are confirmed, pending, or disqualified. The outcome is registration without the pre-event data cleanup.
Live scoring systems receive results from multiple sources: in-game API data where the title supports it (Riot Games API, Steam Web API, Battlenet API), admin result entry, or verified team self-reporting with screenshot submission. All three paths feed a single match state engine so bracket, schedule, and spectator views stay synchronized without separate updates.
Public-facing spectator dashboards show live bracket state, match scores, and round progression in real time. Twitch and YouTube stream embeds connect directly from the match page so viewers never leave the platform to watch a game. Match overlay data (team names, scores, round number) exports in formats compatible with OBS and broadcast production tools. The outcome is spectators who never leave your platform.
Scheduling engines build match slots from team availability windows, format rules, and organizer-defined time blocks. For online events with international participants, timezone preferences are collected at registration and factored into the slot assignment algorithm, reducing the number of scheduling conflicts that surface on match day.
When withdrawals or format changes affect downstream scheduling mid-tournament, the engine recalculates affected slots automatically and notifies impacted teams of their updated match times without requiring manual admin intervention for each affected match. The outcome is a schedule that survives the event.
Prize pool engines calculate final standings, apply the payout formula (percentage-based, flat placement tiers, or custom structures), reconcile entry fee totals against prize obligations, and trigger disbursement through Stripe or PayPal at the moment the final result is verified. Winners see their confirmed payout amount in their participant dashboard the same day the event closes.
For events with entry fees and sponsored prize pools, the reconciliation report breaks down total entry fees collected, platform fee deductions, sponsor contributions, and individual payout amounts by placement. Every transaction carries an audit trail linking payout to verified match outcome and placement confirmation. The outcome is payouts that close the books the same day.
Team portals give captains and players a single place to manage roster membership, review match history, track standing across a league season, and receive match notifications. Player profiles track event participation history, game account associations, and performance records across the organizer's event catalog.
Discord webhook integration sends match reminders, result confirmations, and bracket updates directly to team channels without requiring players to check the platform manually. Organizer-facing community tools cover announcement broadcasting, team communication, and moderation controls for result disputes. The outcome is a community that lives on your platform.
The esports platform decision is usually about control: of your bracket, your payouts, and your fans.
Stay on the platform
Start.gg, Battlefy, Toornament
When your format is standard and the platform's branding and business logic fit.
Build custom
When the platform's integrity isn't yours to verify
A faulty API hurting competition and an offhand we'll look into it. Build where you control the result pipeline.
When your format outgrows their configuration
Entry fees, sponsorship tiers, subscription leagues. Build the business logic the platform doesn't support.
When the fans stay anonymous
Rented audiences on third-party platforms. Build the platform that keeps the fanbase with you.
Bottom line
Stay on the platform while your format is standard. Build when you need to control integrity, payouts, and your own audience.
04 How we work
05 Track record
08 Why us
09 Questions
Off-the-shelf platforms work well for standard formats and generic branding. You need custom software when your event format, points system, or sponsor integration doesn't fit the platform's configuration. When you want your own branded environment rather than sending players to a third-party URL. Or when your monetization model (entry fees, sponsorship tiers, subscription leagues) requires business logic the platform doesn't support. Most organizers who commission custom platforms have already hit that ceiling on a white-label tool.
Yes. Online and LAN formats require different check-in flows, match scheduling logic, and admin tooling. Online events rely on automated result submission and anti-cheat verification hooks. LAN events need station assignment, on-site check-in, and admin overrides for hardware issues. We scope both formats during discovery and build whichever combination your event calendar requires.
A focused v1 covering bracket management, team registration, live scoring, and prize distribution launches in 12 to 16 weeks, so you can validate it with a real event and then iterate. We scope every project before pricing. Fixed cost, agreed before work starts.
Yes. Twitch and YouTube APIs connect for live stream embedding and viewer count data. Discord bots handle match notifications, result reporting, and team communication triggers. Stripe and PayPal handle entry fee collection and prize disbursement, with transaction records attached to verified match outcomes. We scope which integrations are required during discovery.
Yes. Result verification workflows cover screenshot submission, admin review queues, and dispute escalation paths. For titles with available APIs (Riot Games, Steam, Battlenet), we pull match data directly rather than relying on self-reported scores, which removes the most common source of result disputes. Anti-cheat integration depends on the game title and available third-party tooling.
Yes. Multi-title support is a first-class concern in the architecture. Organizer accounts can manage separate tournaments for different game titles, each with title-specific registration requirements (rank verification for League of Legends differs from CS2 team registration), format options, and API integrations, all from a single admin interface. Participant accounts can hold multiple game title profiles under one login.
That's the make-or-break question. Most amateur events are staffed by volunteers running on Google Sheets and three Discord servers, and the assumption that intuitive software needs no training is how teams show up hours early or late. We design the admin workflows with your crew: a 15-minute dry run before the event, check-in and result entry that work on a phone, and an admin surface simple enough that a volunteer can run a round without calling you. So organizers can focus on the game, not the admin.
Game backend development
Matchmaking, leaderboards, and live match state at scale
Mobile app development
Player and spectator companion apps: registration, alerts, live brackets
Game development
Backend, live-service, and player-facing systems for competitive titles
Live streaming platforms
Low-latency broadcast and spectator experiences for streamed events
Sports technology
Scoring, scheduling, and competition management for leagues
Tell us your event format, your current tooling pain points, and the scale you're building for. We'll scope it out together.
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