What Is Livepeer (LPT)? How It Works, Uses and Risks

What is Livepeer? Learn how the decentralized video network works, what the LPT token does for staking and delegation, its supply design and the key risks.

CCM ResearchCertified Crypto MarketOct 4, 20264 min read

Livepeer (LPT) is a decentralized network for video processing, where independent operators transcode live and on-demand video for applications, and LPT is the staking token that decides who does the work and how rewards are shared. Applications pay for video work in ETH, while LPT holders secure and coordinate the network.

Video is one of the most expensive things to run on the internet, which is why Livepeer is often cited as an early example of crypto infrastructure doing real-world work. This guide explains how the network operates, what the token is for and what risks to weigh.

Origins of Livepeer

Livepeer was founded in 2017 by Doug Petkanics and Eric Tang, and its protocol went live on Ethereum in 2018. The idea was simple: video streaming platforms spend heavily on transcoding, the process of converting one incoming video into many versions (1080p, 720p, mobile sizes and so on). Many computers with spare GPU capacity could do that work if there were a fair way to coordinate and pay them.

Because frequent staking and reward transactions became costly on Ethereum mainnet, Livepeer later moved its core contracts to Arbitrum, an Ethereum layer 2. The project has also expanded beyond classic transcoding toward AI-based video processing, using the same network of GPU operators.

How the Livepeer Network Works

The network has three main roles:

  1. 1Broadcasters (applications). A streaming app or developer sends video to the network and pays fees in ETH.
  2. 2Orchestrators. Node operators who receive jobs, run the transcoding (often on GPUs) and return the results. They must stake LPT to participate.
  3. 3Delegators. LPT holders who do not run hardware but stake their tokens with an orchestrator. Orchestrators set how much of the rewards and fees they share with delegators.

Work and rewards are allocated in proportion to stake. An orchestrator with more LPT delegated to it is more likely to be selected and earns a larger share of newly issued tokens. If an orchestrator fails to do its job properly, the protocol design allows for penalties, so delegators have a reason to choose carefully.

Probabilistic micropayments

Paying for every few seconds of video with a separate on-chain transaction would be far too expensive. Livepeer uses a lottery-style ticket system: broadcasters send tickets, most of which are worth nothing, but occasionally one "wins" and can be redeemed on-chain for a larger amount. On average, orchestrators receive the right payment while only a small number of transactions reach the blockchain. Our Aethir (ATH) explainer covers the project's basics, use cases and risks.

What LPT Is Used For

FunctionHow LPT is involved
SecurityOrchestrators must stake LPT, which can be penalized for misbehavior.
Work allocationStake determines which orchestrators get selected for jobs.
RewardsNew LPT is issued each round to active orchestrators and their delegators.
GovernanceStaked LPT is used to vote on protocol proposals and treasury decisions.

Note what LPT is not used for: paying for video. That separation means demand for video work shows up mainly as ETH fees to orchestrators and delegators, while LPT's role is coordination and security.

LPT Supply Design

LPT has no maximum supply. Each round, new tokens are minted and distributed to stakers who are actively participating. The inflation rate adjusts automatically around a target bonding rate (the share of all LPT that is staked):

  • If less LPT is staked than the target, the inflation rate rises to encourage staking.
  • If more is staked than the target, the inflation rate falls.

The practical effect is that holders who leave LPT sitting in a wallet or on an exchange are gradually diluted, while active stakers roughly keep their share. You can see live circulating supply and price on the Livepeer coin page.

Risks and Criticisms

  • Demand risk. The network only creates lasting value if applications keep sending real paid video work. Usage can be hard for outsiders to measure, so look for on-chain fee data rather than marketing claims.
  • Competition. Centralized cloud providers are reliable and well-known. Livepeer must stay meaningfully cheaper or more flexible to win customers.
  • Inflation. Ongoing issuance dilutes non-stakers, and staking rewards paid in LPT are not "free money" if the token price falls.
  • Delegation risk. Choosing a poorly run orchestrator can reduce rewards or expose delegators to penalties. Unbonding (unstaking) also takes a waiting period.
  • Concentration. A small number of large orchestrators can end up with much of the stake, which weakens decentralization.
  • Volatility. LPT trades like other mid-sized crypto assets and can fall sharply.

For scenarios that could move the token, read our Livepeer price prediction for 2026–2027. For the wider category, see DePIN explained.

How to Find the Official LPT Token

LPT exists on Ethereum and on Arbitrum, so look-alike tokens and wrong-network mistakes are both possible:

  1. 1Start from Livepeer's official website and documentation for contract addresses on each network.
  2. 2Cross-check the address on an independent source and a block explorer, as described in our guide to verifying a token's official contract address.
  3. 3When staking, use the official staking interface and double-check the URL; fake staking dashboards are a common phishing tactic.

Bottom line

Livepeer is an open video infrastructure network where orchestrators do real computing work and LPT coordinates who does it and who gets rewarded. Its design is well thought out, but its value depends on sustained paying demand, and its inflationary supply favors active stakers over passive holders. Verify contracts on the right network and understand delegation before you stake.

Frequently asked questions

What does Livepeer do?

Livepeer is an open network that processes video. Applications send video streams to the network, and independent node operators called orchestrators transcode them into the formats and resolutions viewers need. The goal is to make video infrastructure cheaper and more open than relying on a single cloud provider.

What is the LPT token used for?

LPT is a staking token. Orchestrators stake LPT, and other holders can delegate LPT to them. The amount staked determines how much work an orchestrator is assigned and how rewards are shared. Fees for video work are paid in ETH, not LPT, while new LPT is issued as rewards to active stakers.

Does Livepeer have a maximum supply?

No. LPT has no fixed cap. New tokens are issued each round, and the inflation rate adjusts automatically: it rises when less than the target share of LPT is staked and falls when more is staked. Holders who do not stake are diluted over time.

Is Livepeer on Ethereum or Arbitrum?

Livepeer launched on Ethereum and later moved its core protocol contracts to Arbitrum, an Ethereum layer 2, to reduce the cost of staking and reward transactions. Check the official Livepeer documentation for the current contract addresses on each network before interacting.

This article is for education only and isn't financial, legal or tax advice. Crypto is volatile and you can lose money. Check live prices and project details on each coin's page before you act.

Browse all coin guides A–Z →

Livepeer (LPT) Price Prediction 2026–2027: Drivers, Scenarios and Risks

Livepeer price prediction 2026 without hype: how the video and AI network works, what drives LPT, catalysts and risks for 2026–2027, and three scenarios.

Oct 4, 2026 · 5 min read

Optimism (OP) Price Prediction 2026–2027: Drivers, Scenarios and Risks

An optimism price prediction 2026 guide with no targets: what drives OP, the Superchain, unlocks, catalysts and risks for 2026–2027, and how to judge forecasts.

Oct 13, 2026 · 5 min read

Arbitrum (ARB) Price Prediction 2026–2027: Drivers, Scenarios and Risks

Arbitrum price prediction 2026 without fake targets: what has driven ARB, catalysts and risks for 2026–2027, three scenarios and how to judge forecasts.

Oct 11, 2026 · 4 min read

Rollups Explained: Optimistic vs Zero-Knowledge

Rollups run transactions off the main chain and post data back to it. Learn how optimistic and zero-knowledge rollups differ, and the risks that remain.

Oct 11, 2026 · 5 min read

What Are Layer 1 and Layer 2 Blockchains?

Layer 1 vs layer 2 explained: what base blockchains and scaling networks are, how rollups work, the trade-offs in security and fees, and the risks to watch.

Oct 10, 2026 · 5 min read

Layer 2 Tokens in the Next Bull Run

Layer 2 tokens in a bull run: how L2 networks and their tokens work, the value-capture problem, unlock risks and the signals to watch for 2026 and 2027.

Oct 9, 2026 · 5 min read