Question 1

What are Lagrange and LA?

Accepted Answer

Lagrange is a project that provides verifiable computing infrastructure, covering zero-knowledge proof generation, verifiable AI, and verifiable blockchain computation. LA is the native utility token in its proof economy, used to connect clients who need proof services, provers who provide computing power, and token holders who stake or delegate. Here, a “proof” lets others verify that a computation was completed correctly without having to re-execute the entire computation or disclose all raw data. LA does not represent ownership of any computation result; instead, it serves the payment, incentive, and participation mechanisms of the proof network.

Question 2

What is LA used for in the network?

Accepted Answer

LA’s primary use is to pay proof-generation fees. When clients request proofs, fees can generally be paid in ETH, USDC, or LA, with the amount related to the computing work required; provers are ultimately compensated in LA. When clients pay in ETH or a U.S. dollar stablecoin, the mechanism described in the project announcement uses those funds to purchase LA, which is then used for LA rewards to provers; when clients pay directly in LA, it enters this fee flow directly. Therefore, demand for proofs affects the computing and payment activity required by the network, but does not constitute a guarantee of any market-price outcome.

Question 3

What practical role does staking or delegating LA serve?

Accepted Answer

Holders can stake LA or delegate LA to a specific prover. Staking locks tokens, creating a form of participation that reduces the tokens available for circulation; delegation directs issuance associated with that holding to the selected prover. The issuance subsidy received by provers is related to the number of proofs they generate for clients and is intended to subsidize the cost of providing proof services. Accordingly, delegation is not the passive receipt of a fixed yield: holders direct economic support to a particular prover, and its effect still depends on the proof work that prover actually performs and the network mechanism.

Question 4

How do LA’s supply and issuance mechanisms work?

Accepted Answer

LA has a genesis supply of 1 billion tokens, and the project announcement states that its annual issuance rate is fixed at 4%. This issuance is mainly distributed among provers based on the number of proofs they generate for clients, to subsidize proof costs. Initial allocation and subsequent issuance are different stages. The announcement states that early contributors and investors are locked for one year after the TGE, followed by linear unlocking over two years; allocations for the community and ecosystem, the foundation, and others also have their own initial unlocks, lockups, and linear-unlock arrangements. Therefore, supply, unlock schedules, and annual issuance must not be treated as the same metric.

Question 5

Does simply holding LA automatically generate returns?

Accepted Answer

No. The project explicitly states that passively holding LA does not automatically accrue fee revenue or token-issuance income. Simply holding tokens is a different state from participating in the network through staking, delegation, or acting as a prover. Even if staking or delegation is chosen, actual participation outcomes are related to the selected prover and proof activity on the network; the project’s fee and issuance mechanisms are designed to incentivize proof services, rather than distribute returns unconditionally to all token-holding addresses.

Question 6

What application needs does Lagrange primarily address?

Accepted Answer

Lagrange’s proof network is designed for situations where the correctness of computation needs to be proven, such as zero-knowledge rollups, verifiable AI models, and modular execution layers. Their shared requirement is that provers perform computation and generate cryptographic proofs, allowing users to verify results without redoing all the work themselves. Verifiable AI is one application: it concerns whether AI inference results can be verified; blockchain and coprocessor scenarios concern whether on-chain or off-chain computation results can be verified. LA fees, prover compensation, and issuance subsidies operate around these actual proof tasks, rather than automatically creating token-use demand merely because a certain category of application is mentioned.

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