Real-time charts for every market, in one place
Trade smarter with real-time market insight.
Every chart, every market, one workspace.
Fast, clean charts with built-in indicators, drawing tools, and layouts that just work.
Cryptocurrency Heatmap
Real-time market cap visualization for top crypto coins
See which cryptocurrencies are gaining or losing at a glance — bubble size reflects market cap, color reflects 24h price change.
ZBT to USDT Converter
1 ZBT = 0.0705586 USDT · updated 06:22 UTC
Volume Bubbles Chart (1h)
Each 1-hour candle's volume is signed by its direction (up candles count as net buying, down candles as net selling) and drawn as a bubble at the closing price, green for buying and red for selling. Bubble size and colour intensity show how strong that flow is compared with the last 300 candles: the strongest 30% get full bubbles with their USD value, the rest stay as small dots. Unusually large bubbles flag aggressive buying or selling worth a closer look, often near breakouts, reversals or key levels.Seasonal Chart
Plots one line per calendar year showing the % change since the start of that year, with the current year highlighted against up to four previous years. Lining the years up on the same calendar shows whether the price tends to rise or fall in the same months, helping you spot recurring seasonal patterns. Treat it as context rather than a forecast: past seasonality does not guarantee future moves.ZEROBASE Markets
ZEROBASE Historical Data
About ZEROBASE (ZBT)
ZEROBASE is a decentralized zero-knowledge proving network designed to route proof-generation tasks and support applications that need verifiable computation. Its technical white paper describes a HUB-Prover architecture, with HUB Nodes routing work and Proving Nodes generating proofs in trusted execution environments. ZBT is the network's utility token, associated with service payments, node incentives and selected governance processes. ZEROBASE's documentation also describes stablecoin-collateralized services, so token utility should not be confused with a guarantee of yield or protection from financial risk.
HUB Nodes and Proving Nodes
ZEROBASE separates task routing from proof generation. HUB Nodes coordinate and route requests toward available Proving Nodes, while Proving Nodes perform computation and return proof-related results. This division gives each node type a different operational role and reward design. The published documentation describes different requirements for these roles, so participation terms should be checked directly.
Zero-knowledge proofs and TEE
The project describes zero-knowledge proofs as a way to verify claims about computation without exposing all underlying information. Its documents also say circuit inputs are processed in trusted execution environments (TEEs) and are not exposed to Prover operators. These are design claims about the architecture; users should still review audits, threat models and implementation limits.
ZBT token utility
ZEROBASE's economic-model page lists a fixed supply of one billion ZBT and describes token use for network services, participation and certain governance processes. It explicitly says the token does not represent equity, ownership, debt or an entitlement to revenue or profit. That distinction is important when explaining utility without implying that holding ZBT creates a claim on the company or protocol income.
Rewards, staking and governance
The docs describe node rewards and a DAO-governed framework for possible treasury actions such as buybacks. Some pages also describe stablecoin deposits allocated to quantitative or liquidity strategies. Those mechanisms involve implementation, strategy and custody risks; a published framework or dashboard metric does not guarantee positive returns, capital protection or a future token burn.
What readers should verify
ZEROBASE's network includes several distinct activities: paying for proving services, routing tasks, operating a proving node and using a staking product. Each can have different eligibility, collateral, risk and reward terms. Check the current official interface, contract and documentation before interacting, and distinguish a token's stated utility from the risks of any financial strategy. A reader should separate three questions: whether a proof service is technically available, whether a particular task qualifies for a reward, and whether a separate staking product exposes funds to a financial strategy. Those are not interchangeable claims. ZEROBASE's own token documentation disclaims ownership and profit rights, which is important context for interpreting its utility and incentive descriptions.
Last reviewed: Oct 9, 2026
ZEROBASE (ZBT) FAQ
What is ZEROBASE (ZBT)?
ZEROBASE is a decentralized zero-knowledge proving network designed to support verifiable computation. Its documents describe a HUB-Prover architecture and trusted execution environments for proof tasks. ZBT is the associated utility token, but token ownership is not equity and does not create a claim on protocol profits or revenue.
What is ZBT used for?
ZEROBASE's economic-model page describes ZBT as a utility token for access to network services, incentives and selected governance processes. The docs list proving services and bandwidth among the network's economic activities. Exact utility depends on current implementation, so readers should not infer a right to income from the existence of token rewards.
What are HUB Nodes?
HUB Nodes form the routing and bandwidth-sharing layer described by ZEROBASE. They direct proof tasks to available Proving Nodes and are rewarded according to documented measures such as routing performance, traffic contribution and uptime. Their role differs from proof generation, which is handled by the separate Proving Node layer.
What do Proving Nodes do?
Proving Nodes perform the computation needed to generate zero-knowledge proofs within the architecture described by ZEROBASE. The technical paper says they operate with trusted execution environments and require collateral under the published model. Those requirements and reward terms should be checked in the current documentation before anyone assumes eligibility.
What is a zero-knowledge proof?
A zero-knowledge proof allows a verifier to check a claim without requiring disclosure of all underlying information. ZEROBASE applies this idea to proof-generation services and privacy-sensitive computation. The practical guarantees depend on the circuit, implementation and threat model, so the term alone does not prove an application is completely private or secure.
Does ZBT have a fixed supply?
ZEROBASE's economic-model page lists a fixed total supply of 1 billion ZBT. The same page discusses a possible burn mechanism tied to network activity and governance. A fixed maximum supply does not mean every token is already circulating, and a described burn mechanism does not prove that burns have occurred.
Does ZBT provide ownership or profit rights?
No. ZEROBASE's token documentation explicitly states that ZBT does not represent ownership, equity, debt or an entitlement to revenue or profit. Its described role is utility and participation in protocol processes. Readers should rely on the official legal and token documentation rather than treating the token as a share in the project.
What is ZBT's all-time high?
For ZBT, the all-time-high field reports $1.025 on Oct 17, 2025. This is a market-history statistic, not an evaluation of ZEROBASE's proof-generation quality or reward performance. Liquidity and exchange coverage can affect recorded extremes, so the figure should not be interpreted as a future target.
How has ZBT performed historically?
FMchart's composite chart shows the available historical price series for ZEROBASE, with its start date visible in the chart. Monthly and yearly results depend on the exchanges and dates represented in that series. The project's documented mechanics describe network design, not a reliable prediction of future market returns.
What risks should ZBT users understand?
Risks include token volatility, smart-contract and custody exposure, proof-service availability, node-performance conditions and the strategies used by any staking product. ZEROBASE's own documentation describes collateral and strategy mechanisms, which deserve separate review. Do not assume a zero-knowledge proof removes market, counterparty or implementation risk.