Recently, interest in the on-chain automation security sector has been rising, and many people in the community are keeping a close watch on NEWT. I’ve conducted on-chain data research for many years. In the past few days, I’ve continuously tested on the Newton Mainnet Beta, running end-to-end flows including permission validation and node challenges. I also read through Chapter 4 on the security architecture page by page in the whitepaper, cross-checking it against on-chain staking and slashing/penalty records. Most similar projects in the market mostly hype zero-knowledge technology, and their node punishment rules are vague—there are almost no channels for users to seek remedies when facing false execution.
I’ve always kept my trading approach: try it in practice first, then look at the on-chain data. I don’t blindly enter just because something is trending; instead, I objectively map the actual operational status today.
After hands-on testing, I can confirm that the entire security mechanism is already implemented and running—not just a paper plan. I repeatedly adjusted the limits and operating times of automated trades; any operation exceeding the predefined permissions will be directly blocked by zkPermissions. Nodes rely on VRF-based random rotation to prevent any single node from controlling the network’s computing power for a long time. Operators need to synchronize staking both ETH and NEWT to provide dual collateral. If a false execution credential is generated, both asset types will be slashed/forfeited by the contract. The Mainnet Beta has retained a large number of real penalty records. By using token cost to constrain node behavior, the security measures’ implementability is far beyond that of similar projects.
@NewtonProtocol #Newt $NEWT
I’ve always kept my trading approach: try it in practice first, then look at the on-chain data. I don’t blindly enter just because something is trending; instead, I objectively map the actual operational status today.
After hands-on testing, I can confirm that the entire security mechanism is already implemented and running—not just a paper plan. I repeatedly adjusted the limits and operating times of automated trades; any operation exceeding the predefined permissions will be directly blocked by zkPermissions. Nodes rely on VRF-based random rotation to prevent any single node from controlling the network’s computing power for a long time. Operators need to synchronize staking both ETH and NEWT to provide dual collateral. If a false execution credential is generated, both asset types will be slashed/forfeited by the contract. The Mainnet Beta has retained a large number of real penalty records. By using token cost to constrain node behavior, the security measures’ implementability is far beyond that of similar projects.
@NewtonProtocol #Newt $NEWT