NEAR Protocol is a sharded, proof-of-stake layer-1 blockchain designed for usability and scalability. In 2022, the network launched Stake Wars III, an incentivized testnet focused on onboarding Chunk-Only Producers ahead of Sharding Phase 1. The campaign aimed to expand the active validator set by 200 to 300 seats to enhance network decentralization. Participants deployed nodes on a dedicated shardnet, with successful operators receiving significant mainnet stake delegations from a 4.5 million NEAR reward pool.
The Stake Wars III testnet campaign exclusively took place on a dedicated shardnet network, requiring participants to set up validators and deploy staking pools via the factory.shardnet.near contract. The initiative was officially announced on X to onboard Chunk-Only Producers ahead of Sharding Phase 1. To qualify, node operators had to meet specific hardware requirements confirmed by Everstake, including a 4-Core CPU, 8GB RAM, and a 200 GB SSD. Participants completed sequential technical challenges hosted on GitHub, focusing on node operation, uptime maintenance, and smart contract delegation.
The incentivized testnet featured a massive reward structure, allocating 4.5 million NEAR in mainnet delegation rewards alongside a dedicated pool of $250,000 in unlocked tokens. Operators who successfully maintained high network uptime and completed all mandatory technical tasks earned mainnet delegations ranging from a baseline of 22,500 NEAR up to a maximum cap of 50,000 NEAR per qualifying node. Final performance metrics and node assignments were officially confirmed via the results broadcast in late 2022.
Review the original program parameters via the official announcement.
Create and fund a testnet wallet on the dedicated Shardnet network using NEAR CLI tools.
Provision a VPS meeting the minimum specifications of a 4-Core CPU, 8GB RAM, and 200 GB SSD.
Configure and deploy a validator node following the GitHub repository guidelines.
Execute technical challenges such as deploying a staking pool contract and maintaining node uptime.