Along with their core rollup infrastructure, Caldera offers a catalog of over 50 integrations across the modular stack and an assortment of other custom user-facing tools for chains to leverage.
Guardian Nodes are the latest addition to that list.
This incentive structure fosters decentralization by encouraging individual stakers to operate honest validators, while punishing those who don’t, making for an extremely high cost to attack a network and compromise its security.
Caldera’s Guardian Nodes allow teams to decentralize their rollups by enabling users to verify blocks and secure the network in exchange for rewards. Under the hood, this is accomplished by introducing a novel “light verifier” to Arbitrum rollups that allows Guardian Node operators to verify Nitro batches on everyday hardware without needing to run a full node.
Teams can launch Guardian Nodes to their users through a “Node Sale”, which distributes “keys” that authenticate a node’s eligibility to submit claims and earn rewards, granting purchasers the ability to operate a Guardian Node on a given rollup.
HYCHAIN, the first team to leverage this system, raised over $8m across 16,000+ node keys in just 2 weeks, completely supercharging their community while generating significant revenue for their project.
By enabling more parties to watch over a rollup and identify malicious behavior, the network’s security grows more robust— a crucial step to establishing trust in the chain’s correctness. This in turn generates more demand for a rollup’s native token, which is required for users to participate in validation and helps provide practical cryptoeconomic security for the network.
Guardians Nodes are another notch in the belt of Caldera’s impressive infrastructure solution. With the success of HYCHAIN’s launch, we expect more teams building rollups to leverage this innovative product in the coming months.
To get started with a high performance rollup, visit Caldera’s website here and/or book a call here.
ContactGrowthAlex GuCaldera[email protected]4844329611
This article was originally published on Chainwire
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