Let's get your dream game done! Tell us about your creative vision and we’ll help you make it come to life.
Tom Kopera
Head of Growth
Multiplayer SDK
Competitive game development with no overhead
Smart Matchmaking
Fairness starts at matchmaking
Verifiable Replays
The best moments, captured
Bot Deployment
Engage with players at all levels
Simulation Analyzer
Pinpoint issues in your game
API Integration
React to your players in real-time
Technology that drives the revolution in competitive gaming
Explore the innovation and cutting edge technologies that power Elympics on the way to independent, decentralized competition
Documentation
Learn how Elymipcs works
Open-Source projects
Bootstrap your project in seconds
Blog
Explore the world of gaming
Development Hub
Earn with Elympics as Certified Developer
Single Player with leaderboards
Compete offline with accumulated prize pools
Game Token Duel
Dueling for Real Rewards in Multiplayer Games
Battle Royale with Prize Pools
Esports-Level Competition Made On-Chain
Players’ Skill Profiles
Creating Digital Profiles Based on Players’ Skillset
Securing On-Chain Esports
Esports-level security in on-chain competitive gaming
Security & fairness
Seamless experience guaranteed
Serverless gameplay hosting
Scale without a slip
In-game Oracle
External source of truth
Proof-of-Game
Gameplay secured by mathematics
Paid Competitive Gaming
Zero-sum games with blockchain tokens
Onboarding Players
Helping the next wave of players move on-chain
Use Elympics to introduce top notch security, publicly available game-data, and on-chain settlement.
Let players log in with ready-to-use wallet-agnostic signature authentication system. This way, you can integrate any Ethereum wallet in your game (regardless of its UI) by exposing a signature API. Verify player’s public address by signing a nonce message and authorize by verifying their on-chain account status.
Gameplays are hosted and executed off-chain. This way, gameplays can be treated as rollups in the blockchain space with the execution parameters (input data) being derived from on-chain state and off-chain computation. After the gameplay is finished, a replay file is generated and signed, verifying the validity of the particular gameplay.
Player’s inputs are signed at the application layer with the use of a gameplay-specific key derived from user’s private key. This solution ensures that no inputs can be forged either by other players or the malicious game server itself.
Set up an abstract requirement that needs to be fulfilled before player is allowed to enter a matchmaking queue. An example of such requirement can be putting a given amount of token into an escrow contract in order to let players in.
Let players log in with ready-to-use wallet-agnostic signature authentication system. This way, you can integrate any Ethereum wallet in your game (regardless of its UI) by exposing a signature API. Verify player’s public address by signing a nonce message and authorize by verifying their on-chain account status.
Gameplays are hosted and executed off-chain. This way, gameplays can be treated as rollups in the blockchain space with the execution parameters (input data) being derived from on-chain state and off-chain computation. After the gameplay is finished, a replay file is generated and signed, verifying the validity of the particular gameplay.
Player’s inputs are signed at the application layer with the use of a gameplay-specific key derived from user’s private key. This solution ensures that no inputs can be forged either by other players or the malicious game server itself.
Set up an abstract requirement that needs to be fulfilled before player is allowed to enter a matchmaking queue. An example of such requirement can be putting a given amount of token into an escrow contract in order to let players in.