Many old finance people, when they mention 'Zero-Based Budgeting' (ZBB), their eyes light up: every year's budget is cut to zero, justifying every expenditure from scratch, not letting historical burdens drag down profits.
This idea put into Web3, I think it particularly resembles @ZEROBASE
What is being done now. Other Layer 2s are competing in TPS, speed, and who can produce blocks first, but it refuses to join the excitement, focusing hard on the toughest part—privacy computing that truly allows institutions to put real money on the line. Why is this hammer particularly lacking in Web3 now?
The current on-chain world is actually quite distorted: either like Web2, where all data is controlled by the platform, privacy depends on the company's mood; or completely transparent on-chain, where the balance and transaction records in your address can be seen by the whole world. Who dares to play with large amounts of funds, cross-border payments, or institutional trading?
Doing large transactions in a glass house, the regulatory and risk control departments directly advise against it. ZEROBASE does not chase seconds of fast transfers; it aims for 'data being invisible, but computation and verification still running smoothly.'
This is truly appealing to traditional financial players. When talking about privacy, many people's first reaction is ZK zero-knowledge proof, but ZK became popular initially for scalability, and everyone treated it as the accelerator for rollups.
ZEROBASE has turned it into enterprise-grade infrastructure, with the core being the dual insurance combination of ZK + TEE. Pure ZK sometimes consumes too much computing power in proof generation, and relying solely on TEE (Trusted Execution Environment) risks centralizing hardware and being hacked.
When these two combine: TEE locks data in a hardware black box for computation, and ZK is responsible for issuing a mathematical certificate on-chain that 'the process and results are fine.' It's equivalent to putting a hardware safe + an on-chain fingerprint on the data, which institutions find at least reliable and not too mysterious.
They also have their distributed proof network (Proving Network); in the past, setting up a ZK cluster on your own was prohibitively expensive.
ZEROBASE directly builds a decentralized computing power market: tasks are fragmented and thrown out, nodes across the network compete for orders, whoever is fast and cheap gets the coin rewards. This is not just a static tool, but a living, flowing computing infrastructure.
The ZBT token is not just a story-based air governance coin; the logic is quite solid: nodes generate privacy proofs → earn ZBT; applications/users need privacy computing services → burn ZBT to pay gas.
Real consumption, real destruction pressure. As long as there is a demand for privacy on the chain (once institutions enter, it will inevitably explode).
ZBT has continuous real-world scenarios supporting it, unlike many coins that rely on speculative cycles. In a nutshell: if Ethereum is the global supercomputer, ZEROBASE is outfitting it with a batch of encrypted isolation chambers.
The next step for Web3 is highly likely to be compliance and institutionalization, where privacy changes from being a luxury to being essential. Banks, regulators, and multinational companies cannot play large real-money transactions on a public ledger.
ZEROBASE is not chasing after trendy projects but is the kind of infrastructure that silently provides the underlying 'power' when everyone is having fun.
Ultimately, this set of ideas of 'reconstructing trust and privacy from scratch' is the key password for Web3 to truly grow up.
In the past few years, on-chain transparency has been both an advantage and a fatal flaw; now it is necessary to make up for this shortcoming in privacy, otherwise institutional funds will never come in, and Web3 will always be a retail casino.