Livepeer (LPT)

Overview

Livepeer is an open network for processing video. It began with a practical task: converting livestreams into versions that work on different devices and internet connections. That task is called transcoding. Today, the same network also runs artificial intelligence (AI) jobs, including work on video as it is created. Independent operators provide the computing power, while applications send jobs to the network through gateways. (docs.livepeer.org)

Livepeer Token (LPT) helps coordinate those operators. It is an Ethereum-based token used for staking, selecting network participants, and governance. Applications generally pay for computing work in ether (ETH), rather than using LPT as their main payment token. This division gives LPT a role in organizing the network while linking operators’ service fees to work they perform. (livepeer.org)

Why video needs processing

A single high-quality video feed may be too demanding for a viewer with a slow connection. Transcoding creates smaller or differently formatted versions so an application can offer a suitable stream. AI video work adds another kind of processing: a computer model can generate, change, or analyze images. Both kinds of work need computing capacity, especially when results must arrive quickly. (docs.livepeer.org)

History & Team

Doug Petkanics and Eric Tang founded Livepeer in 2017 to build an open alternative to costly, centralized video infrastructure. Livepeer Inc. led much of the early development and helped bring a livestream transcoding network into production. The project later expanded its focus toward real-time AI video, making use of the GPU hardware already connected to its network. (livepeer.org)

Funding and stewardship

Livepeer Inc. completed a $20 million Series B-1 funding round in early 2022. Its announcement named Alan Howard and Tiger Global among the new backers and said the company had raised $48 million in total by that point. The funding supported the company’s work on video infrastructure; it was separate from the protocol’s ongoing token rewards and community treasury. (medium.com)

The Livepeer Foundation was established in 2025 to help coordinate development, support builders, and guide long-term priorities. Livepeer Inc. has focused on bringing applications and computing demand to the network. Independent contributors also work through community-funded groups called Special Purpose Entities, which take on defined projects such as tools and infrastructure. (livepeer.org)

Technology & How It Works

From an application to an operator

A Livepeer application connects to a gateway, which receives its video or AI request. The gateway chooses an orchestrator—an operator that coordinates computing workers—based on factors such as capability, price, speed, performance, and stake. The orchestrator sends the job to the right pipeline and returns the result. For a livestream, a job may be one short video segment converted into several viewing formats. For AI, it may be a request to run a model on video or images. (docs.livepeer.org)

The computing work happens largely off-chain. Smart contracts on Arbitrum One handle important protocol tasks, including staking, rewards, and payment settlement. Livepeer uses probabilistic micropayments to avoid making a blockchain transaction for every small video job. A gateway sends payment tickets with jobs, and only winning tickets are redeemed on-chain for ETH. Across many tickets, their expected value accounts for the work supplied. (docs.livepeer.org)

Stake, rounds, and active operators

Livepeer organizes staking rewards into rounds, which are roughly a day long. Orchestrators combine their own staked LPT with tokens delegated by other holders. Those with the most total bonded stake enter the active set, where they can receive jobs and earn newly issued LPT. An active orchestrator must make a reward call each round to claim that round’s token rewards for its pool. (docs.livepeer.org)

This design joins two decisions: who has enough support to serve the network, and who can actually do the work well. Gateways still choose among eligible operators according to the needs of each job. Stake helps an orchestrator qualify, while useful hardware and reliable service help it attract computing jobs. (docs.livepeer.org)

Tokenomics & Utility

What LPT does

LPT has three main protocol roles. Operators bond it to compete for places in the active set. Holders can delegate their tokens to an operator, adding to that operator’s stake and sharing in its rewards. Bonded tokens also carry voting power over protocol changes and spending from the community treasury. Delegated LPT is held by a protocol contract; the chosen orchestrator cannot simply move or spend a delegator’s tokens. (docs.livepeer.org)

Livepeer has two different reward streams. Gateways pay ETH service fees for computing jobs. The protocol also issues new LPT to eligible, active operators that make their reward calls. Each operator sets how much of its ETH fees it shares with delegators and how much of its LPT rewards it keeps. As a result, the fee split and the token-reward split can differ. (docs.livepeer.org)

Issuance and governance

LPT issuance adjusts rather than following one fixed annual rate. The protocol aims for about half of the token supply to be bonded: issuance rises when participation is below its target and falls when it is above it. Livepeer has no fixed maximum token supply under this model. Governance can also direct part of issuance to a community treasury, which funds approved ecosystem work. These rules make staking participation and community decisions important parts of the token’s economic model. (docs.livepeer.org)

Ecosystem & Use Cases

Video applications can use Livepeer to process livestreams without operating every transcoding machine themselves. Streamplace, an open-source video platform for decentralized social applications, uses Livepeer to transcode livestreams. This shows how a product built for creators and viewers can rely on the network for a specific part of its video infrastructure. (livepeer.org)

AI video provides another use case. Daydream, a project made by Livepeer Inc., offers tools for interactive generative video. Its cloud-based AI processing uses the Livepeer GPU network. Such work can include changing live camera input or generating visuals that respond as a creator works. These examples explain why the project’s focus now reaches beyond traditional streaming. (livepeer.org)

Developers can also build services that connect applications to operators through gateways. Across these uses, the common service is access to distributed computing: an application requests video work, an operator completes it, and the network coordinates payment and participation. (docs.livepeer.org)

Advantages & Challenges

An open pool of computing power

Livepeer’s main advantage is its network of independent operators. Applications can draw on GPU capacity without building every part of their own computing fleet. Open-source development allows different teams to improve the protocol and build products around it. LPT gives holders a way to help select operators and take part in decisions about the network’s direction. (livepeer.org)

The model also has practical challenges. Real-time video needs fast, steady responses, and different AI jobs may need different hardware or software. Operators must maintain equipment and service quality; gateways must route jobs to suitable providers. Livepeer’s move toward a wider range of AI work therefore calls for tools that make capabilities easier to discover, payments easier to manage, and performance easier to measure. Its published development plans address those tasks. (forum.livepeer.org)

Where to Buy & Wallets

LPT is available on Coinbase and Kraken. Livepeer’s token page also lists Binance, OKX, and Uniswap as places to obtain it. Exchange availability and supported withdrawal networks depend on the platform and location. (coinbase.com)

Holding LPT for delegation

LPT can be held in a compatible self-custody Ethereum wallet, such as MetaMask. Delegation takes place on Arbitrum One. To delegate, a holder needs LPT in a self-custody wallet on that network and a small amount of ETH there to pay for transactions. LPT bought or held on Ethereum mainnet can be bridged to Arbitrum; some exchanges may also offer a direct Arbitrum withdrawal. MetaMask supports displaying ERC-20 tokens on both networks. (docs.livepeer.org)

Regulatory & Compliance

LPT operates within the rules that apply to digital assets in each jurisdiction. In the United States, the Internal Revenue Service treats digital-asset transactions as reportable for tax purposes and includes staking rewards among forms of digital-asset income. In the European Union, the Markets in Crypto-Assets regulation, known as MiCA, sets rules for crypto-assets and businesses that provide related services, including trading and custody. How those rules apply depends on the activity and the entity providing it. (irs.gov)

Islamic finance considerations

Livepeer’s video-computing service, ETH fees, and newly issued LPT rewards are distinct parts of its model. Delegation bonds tokens in a protocol contract rather than lending them to the selected operator. An Islamic finance assessment would examine that arrangement, the source of each reward, and the activities served by the network before reaching a halal or shariah-compliance judgment. Shariah Review Bureau’s research on crypto staking likewise treats the token, its utility, and the structure of rewards as matters for review. (docs.livepeer.org)

Future Outlook

Livepeer’s direction centers on adding more kinds of video and AI work to its open computing network. The project has outlined a Livepeer 2.0 effort involving changes to its protocol, operator network, and application tools. Its roadmap includes work on making operators ready for new jobs and simplifying how builders find computing capacity and handle payments. Proposed protocol changes remain part of a community design and governance process. (livepeer.org)

The key test is practical use: whether applications can send varied video jobs, receive timely results, and keep independent operators busy doing useful work. Streaming and AI video give Livepeer two connected areas in which to develop that role. (docs.livepeer.org)

Summary

Livepeer uses independent computing providers to process video and AI jobs for applications. LPT coordinates the network through staking, operator selection, rewards, and governance, while ETH is used for service fees. Its place in the crypto ecosystem is as an open infrastructure project built around a concrete task: getting video work done. (livepeer.org)