金融智构
06/19 14:00
LASERNET DEEP-DIVE
That’s the actual problem DIA built Lasernet to solve.
Data gets fetched somewhere, processed somewhere, delivered somewhere. You can see the output on-chain. What about the computation that produced it?
Lasernet is DIA’s native L2 rollup, and it moves that entire process on-chain, so data aggregation, filtering, and computation all happen inside a verifiable environment.
The difference matters in one specific scenario; when a price feed produces a number that affects a thousand positions, you want to be able to audit exactly how that number was produced, step by step.
What “on-chain oracle computation” actually means for you as a builder
Think of a traditional oracle as a delivery service. A truck shows up, drops a package at your door, and leaves. You can verify the package arrived, you cannot verify what happened to it before it did.
Lasernet’s design ensures that data sourcing, aggregation, validation, and the creation of final data points all happen on-chain within smart contracts. That truck now has a GPS tracker, a chain-of-custody log, and a tamper-evident seal. Now, you have no problem checking what happened at every point in time.
Why the architecture matters
Lasernet separates the execution layer, consensus layer, and data availability layer into independent components. In plain terms, this means the part of the network that processes transactions, the part that agrees on the outcome, and the part that stores the data record are each upgradeable on their own.
The pros for a protocol integrating Lasernet is not just better performance metrics, It’s that the infrastructure underneath your oracle feed can absorb new technology without requiring your integration to be rebuilt.
Transaction batches are periodically anchored to Ethereum’s L1, which means Lasernet inherits Ethereum’s security guarantees for finality. The L2 does the heavy lifting on speed and cost. Ethereum holds the final record.
The economic side, and why $DIA sits in the middle of it
$DIA functions as Lasernet’s native gas token, and transaction fees adjust dynamically based on demand for block space on the rollup. It ties the cost of running oracle infrastructure directly to the demand for DIA’s data, which aligns Feeder incentives, validator incentives, and protocol usage in one model.
Feeders, the independent nodes that source and submit raw data to Lasernet, are rewarded with DIA tokens, and malicious actors risk having staked tokens slashed.
The fraud-proof approach
Lasernet runs on an OP rollup model, meaning transactions are presumed valid on submission, but any network participant has a seven-day window to challenge them by submitting a fraud proof. If the fraud proof checks out, the invalid transaction is reverted and the bad actor loses staked tokens.
It’s the mechanism that keeps a permissionless network honest without requiring every transaction to be verified upfront, which is what makes the whole thing cost-efficient at scale.
Lasernet’s long-term vision is a fully open, permissionless network where anyone can run a Feeder node. That phase has not yet fully arrived. The network launched through a phased rollout and continues to expand participation. If you’re building on Lasernet today, check current Feeder eligibility directly at diadata.org,
#HTXCommunity4thAnniversary
16Поділитися
Усі коментарі0НовіПопулярно