What is GET (GET)?

Quick Facts

  • Founded: 2016, with the GET token launched in 2017
  • Blockchain: Ethereum and Polygon
  • Core use case: NFT-based smart ticketing for live events
  • Token role: Fuels every ticket processed through the protocol
  • Products: White-Label ticketing platform and Digital Twin solution
  • Origin: Grew out of GUTS Tickets, one of the first blockchain ticketing companies
  • Transparency: All tickets viewable in real time via an on-chain explorer

Introduction

GET Protocol is a blockchain-powered ticketing infrastructure designed to make event ticketing honest, transparent, and fraud-free. It serves event organizers, venues, artists, and fans by replacing traditional paper and PDF tickets with verifiable NFT tickets recorded on-chain.

The protocol is built so that end users — fans and organizers alike — do not need any crypto knowledge to benefit from it. Blockchain complexity is hidden behind familiar ticketing interfaces.

History & Background

The idea behind GET Protocol emerged in 2016, when the founding team envisioned distributing tickets whose origin could be traced on the blockchain. After early funding and a proof of concept, they launched GUTS Tickets, a consumer-facing ticketing company that became the first real-world application of the protocol.

The GET token was formally introduced in 2017. Since then, the project has expanded its global reach, with thousands of NFT tickets processed daily for events around the world.

How GET Works

Every ticket issued through GET Protocol is minted as a unique NFT on-chain. This makes each ticket verifiable and impossible to duplicate, directly combating fraud and scalping.

The GET token acts as the fuel for this system. Each ticket processed requires a certain amount of GET tokens, with the exact amount depending on ticket price, issuer, and feature complexity. This creates a direct link between protocol activity and token demand.

Tokenomics

The GET token's economic design ties its utility directly to ticket issuance. Every ticket minted on the protocol consumes GET, creating organic demand as ticketing volume grows. The model is designed to provide on-chain transparency of value flows, with a straightforward price mechanism that scales with real-world usage.

Token distribution follows a model that supports both the protocol's operations and its broader community of integrators and stakeholders.

Circulating supply ? 10.38 million GET
Total supply ? 17.19 million GET
Max supply ? 1.65 million GET
Updated 6mo ago

Ecosystem & Use Cases

GET Protocol offers two main products:

  • White-Label: A full ticketing toolkit for event organizers, including a branded ticket wallet app, web application, dashboard, and support — all powered by blockchain under the hood.
  • Digital Twin: A solution for existing ticketing companies that want to add NFT and blockchain functionality on top of their current systems.

Venues benefit from dynamic pricing tools and fraud prevention, while fans receive authentic, tamper-proof tickets and a better overall experience.

Team, Governance & Community

GET Protocol operates under the GET Protocol Foundation. The community is active across Reddit, Telegram, Discord, and LinkedIn. The project maintains open-source contracts and tooling on GitHub under the 'OPEN Ticketing Ecosystem' initiative, signaling a push toward a more open, community-accessible infrastructure.

Advantages

  • Fraud prevention: NFT tickets are verifiable and cannot be counterfeited
  • Anti-scalping tools: Organizers can set price floors and ceilings
  • Seamless UX: Fans and organizers need no crypto knowledge
  • Real-world traction: Thousands of tickets processed daily across global events
  • Flexible integration: Both white-label and digital twin options for different operators

Risks & Challenges

  • Adoption dependency: Protocol value is tied to ticketing industry adoption, which can be slow
  • Competition: Traditional ticketing giants and other blockchain ticketing projects compete for market share
  • Regulatory landscape: NFT and crypto regulation could impact how ticketing solutions are deployed in different markets
  • Market volatility: GET token price fluctuations could affect the cost stability of issuing tickets

Long-Term Vision

GET Protocol aims to become the global standard for on-chain ticketing infrastructure. By abstracting away blockchain complexity while delivering its full benefits — transparency, authenticity, and programmable economics — the protocol envisions a world where every event ticket is honest, traceable, and owned by the person who bought it.

Frequently Asked Questions

GET Protocol is a blockchain-based smart ticketing solution that issues event tickets as NFTs. It is designed to eliminate fraud, counterfeiting, and scalping in the live events industry.

The GET token fuels every ticket processed through the protocol. Each NFT ticket minted requires a certain amount of GET, creating a direct link between ticket issuance and token demand.

GET Protocol operates on Ethereum and Polygon. Polygon is used to power the high volume of tickets processed through the protocol due to its lower transaction costs.

No. The protocol is designed so that ticket buyers and event organizers do not need any knowledge of crypto or blockchain. They simply experience a standard ticketing interface.

GET Protocol offers a White-Label product for organizers wanting a full branded ticketing solution, and a Digital Twin product for existing ticketing companies wanting to add NFT and blockchain capabilities.

Event organizers can set ticket price floors and ceilings using the protocol. Because all tickets are recorded as on-chain NFTs, their ownership history is fully transparent and resale conditions can be enforced programmatically.

The concept originated in 2016, with the GET token launching in 2017. The project grew out of GUTS Tickets, one of the first companies to implement blockchain-based ticketing commercially.

All tickets minted through GET Protocol are publicly visible in real time via an on-chain NFT Ticket Explorer, providing full transparency into protocol activity.