Data Network PriceIP

Data Network (IP) is the native token of the Data Network, the AI audit rails built to source data at scale, prove provenance, and guarantee quality. The token is used for governance and transaction fees within the ecosystem.

Because IP has an unlimited max supply, there is no hard cap like Bitcoin's 21 million. Long-term price impact therefore depends on how quickly new IP enters circulation versus how much demand the network generates. If issuance outpaces usage, inflation can pressure price; if staking lock-ups, governance participation, and fee demand absorb supply, the effect can be offset.

Staking and governance participation reduce the free float available for trading, which can tighten supply. However, with an uncapped model, sustained value for IP depends on real demand from contributor apps like Numo and Kled, plus Trace and Poseidon infrastructure usage. In short, IP's long-term price is driven more by ecosystem utility than by a fixed scarcity schedule.

Data Network (IP) is the token that powers governance and transaction fees inside the Data Network, the AI audit rails designed to source, verify, and package frontier AI data. Network upgrades that improve throughput or lower costs can make it cheaper for contributor apps like Numo and Kled to supply opt-in human data, and for Trace and Poseidon to process records and build model-ready datasets.

Lower gas fees generally encourage more on-chain activity, which can increase demand for IP as a fee and governance asset. Ecosystem growth, measured by active contributors, datasets produced, and integrations, expands the utility of IP and can support price over time.

If the network introduces burn-style mechanisms or fee sinks, part of the circulating IP could be removed from supply, adding deflationary pressure. Overall, upgrades and ecosystem expansion matter for IP because they convert the AI data narrative into measurable on-chain usage.

A spot ETF would give traditional investors direct exposure to Data Network (IP) through regulated brokerage accounts, without needing to hold the token or manage wallets. If approved, it could open IP to pension funds, asset managers, and retail brokerage users who cannot easily access crypto exchanges.

Sustained institutional inflows typically raise liquidity, improve market depth, and add legitimacy to an asset. For IP, which trades on venues including Coinbase, Upbit, OKX, Bybit, and Binance Alpha, broader institutional participation could reduce price volatility and support a higher price floor over time.

That said, ETF approval is not guaranteed, and flows can reverse. The real driver for IP remains demand for AI data provenance and audit services from the Data Network. Institutional adoption would amplify that demand, but it is not a substitute for genuine ecosystem usage.

Data Network (IP) and Bitcoin (BTC) serve very different roles. BTC is a decentralized store of value and settlement network, while IP is a utility token tied to AI data sourcing, provenance, and quality verification through the Data Network.

For investors, BTC offers scarcity and deep liquidity, while IP offers exposure to the AI and Big Data narrative with higher volatility and execution risk. IP may appeal to those betting on AI data demand, but it carries project-specific risks that BTC does not.

On BTCC, you can attach stop-loss (SL) and take-profit (TP) orders to IP/USDT perpetual contracts before or after opening a position. These tools help limit losses and lock in gains automatically.

• Long position: Place your SL below a key support level, the recent swing low, or a moving average. Set your TP near a known resistance zone or a measured target.
• Short position: Place your SL above a key resistance level. Set your TP near a support zone where price may bounce.
• Trailing stop: Use a trailing stop to lock in profits as price moves in your favour. You can also move your SL to break-even once the trade is in profit.

Always confirm the trigger price and order type before submitting. Combining SL, TP, and trailing stops gives you a disciplined risk framework on BTCC.

The current price of Data Network (IP) is ₹21.957607, with a market cap of ₹823.054483Cr and 24h trading volume of ₹457.919036Cr. The circulating supply is 35.91Cr (max supply ∞).

These figures update in real time as markets move. IP trades on multiple venues, including Coinbase, Upbit, OKX, Bybit, Bitget, and Binance Alpha, so liquidity is spread across several pairs.

For the most accurate live data, check the IP/USDT perpetual contract page on BTCC. There you can view the live order book, funding rate, and recent trades to plan your entries and exits.

Data Network (IP) price movements are shaped by three main layers:

• Supply side: Staking lock-ups, any burn or fee-sink mechanisms, and exchange reserves all affect how much IP is available to trade. With an unlimited max supply, issuance pace matters for inflation.
• Ecosystem: Total value locked, Layer 2 activity, and usage of contributor apps like Numo and Kled, plus Trace and Poseidon infrastructure, drive real demand for IP as a governance and fee token.
• Macro: Federal Reserve rate decisions, global liquidity conditions, ETF net flows, and regulatory news can shift risk appetite across crypto, including IP.

Because IP sits in the AI and Big Data sector, narrative momentum around AI data provenance can also amplify price swings in either direction.

The all-time high of Data Network (IP) is ₹1,427.22934, reached on 2025-09-21 21:05; the all-time low is ₹16.320961, recorded on 2026-08-18 14:10.

These extremes frame the full historical range for IP. The distance from the all-time high and the recovery from the all-time low are useful reference points when assessing current valuation and risk.

To inspect the full-cycle chart, open the IP/USDT page on BTCC. You can switch between timeframes, overlay moving averages, and study how price behaved around past highs and lows before planning a trade.

Reading a Data Network (IP) candlestick chart starts with the basics:

• Candlestick anatomy: Each candle shows the open, high, low, and close. The body is the range between open and close; the wicks show the extremes.
• Support and resistance: These are price zones where IP has repeatedly reversed or stalled. They help you plan entries, stops, and targets.
• Moving averages: MA and EMA lines smooth price and show trend direction. Price above a rising MA often signals strength.
• RSI: An RSI above 70 is often read as overbought; below 30 as oversold. Use it alongside trend, not alone.
• Volume: A breakout with rising volume is more reliable than one on thin volume.

Combine these signals on the IP/USDT chart on BTCC to build a repeatable trading plan.

You can profit from falling Data Network (IP) prices without holding spot. On BTCC, open a short position on the IP/USDT perpetual contract at a high price, then close it (buy back) at a lower price to lock in the price-difference profit.

This gives you two-way trading opportunities: you can go long when you expect IP to rise, or short when you expect it to fall. In bear markets or pullbacks, shorting lets you stay active instead of waiting on the sidelines.

Shorting carries risk because price can rise unexpectedly, and losses can exceed your initial margin if you use high leverage. Always set a stop-loss above key resistance and size your position carefully on BTCC.

Yes. BTCC offers flexible leverage on Data Network (IP) perpetual contracts, up to 50x on the IP/USDT pair, subject to platform risk rules and position limits.

Leverage magnifies both gains and losses. A small adverse move can trigger liquidation if your margin is thin. For beginners, starting at 2x to 10x with a strict stop-loss is generally safer than jumping straight to maximum leverage.

Before trading, review the margin mode, maintenance margin requirements, and liquidation price on the BTCC order panel. Use SL/TP and trailing stops to manage risk, and never risk more than you can afford to lose.

After registering on BTCC, you can switch to Demo Trading mode and receive virtual funds, for example 100,000 USDT, to practice without risking real money.

In the demo account, you can adjust leverage, place market and limit orders, and test take-profit and stop-loss settings on Data Network (IP) perpetual contracts. The demo environment uses real IP market data, so the price action you practice on reflects live conditions.

This is a risk-free way to learn order types, margin mechanics, and liquidation rules before going live. Once you are comfortable, you can move to the real IP/USDT market on BTCC with a small position size.

Here is a simple four-step flow to buy and trade Data Network (IP) on BTCC:

1. Register on BTCC and complete KYC verification.
2. Deposit USDT via card or an external wallet.
3. Go to the IP/USDT perpetual contract page.
4. Set your margin mode and leverage, choose Long or Short, set stop-loss and take-profit, then confirm the order.

Before placing a trade, review the live order book, funding rate, and recent price action. Start with a small position and low leverage while you get familiar with the market. BTCC also offers a demo account if you want to practice the same steps with virtual funds first.