A first look at Blox’s Decentralized Staking Pools (currently under development) for ETH staking with less than 32 ETH.
Stake on the Ethereum testnet with Blox Beta available now.
Another day, another final testnet. After the difficulties of Spadina, another testnet, Zinken, will be released.
Leading up to Eth2 genesis, a (hopefully) final testnet, Spadina remains.
In this post, we will take a look at the type of keys generated in Eth2, their inherent security vulnerabilities, and the different ways to secure them in a multi-user staking environment.
Introducing Blox Staking – on Desktop.
Diving deep into how pairings work, which is the crucial theory to understanding BLS signatures.
A technical overview of the properties of BLS Signatures.
Introducing Blox Staking KeyVault – remote signer based on Hashicorp Vault, with a proprietary Plugin for signing functionalities and slashing protection written by Blox CEO Alon Muroch.
Blox is pivoting and bringing your non-custodial Ethereum 2.0 staking.
Decentralized Staking or Non-Custodial Staking allows users to stake with no key sharing. Centralized, Semi-Custodial, or Custodial staking services retain custody over user private keys in a multitude of ways.
Proof of Stake (PoS) is the consensus mechanism behind Eth2 which enables validators to stake and which will allow the network to efficiently scale.
In with Proof of Stake, out with Proof of Work. Eth2 is a significantly improved Ethereum upgrade, introducing validators and ETH staking and set to increase network scalability, security, speed, and energy efficiency.
Eth2 enables anyone to stake and earn rewards. How much is earned will depend on the staking setup, validator performance, and how many active actors there are on the network.
