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View ChartNuNet (NTX) is a peer-to-peer protocol designed to discover, orchestrate, and settle compute across distributed infrastructure. It connects GPUs, servers, edge devices, and data centers so that workloads automatically find the right resources. The project positions itself as "Compute Orchestration for a Decentralized World," aiming to harness the latent computing power of independently owned devices globally. NuNet provides globally distributed and optimized computing power by turning idle hardware into a decentralized network, minimizing the costs of global computing and enabling novel business processes for the Data Economy and the Internet of Things. The protocol launched live on March 2, 2026, and settles compute transactions peer-to-peer in NTX on both Ethereum and Cardano. NTX is the native utility token that powers participation in the network. The total and maximum supply is 1,000,000,000 NTX, with 300 million tokens distributed at launch. NuNet is an Apache 2.0 open-source project governed by the NuNet Foundation.
NuNet was incubated in 2018 inside SingularityNET by Dr. Kabir Veitas, Dr. Weaver D.R. Weinbaum, and Dr. Ben Goertzel. The founding team brings together expertise in decentralized systems, research, and artificial intelligence. Dr. Kabir Veitas serves as CEO and CTO and is a co-founder. Dr. Weaver D.R. Weinbaum is a co-founder focused on research. Dr. Ben Goertzel, a co-founder, is also the CEO of the ASI Alliance. The project's origins within SingularityNET provided a foundation in decentralized AI infrastructure, and the team has continued to develop NuNet as a standalone protocol for decentralized compute orchestration.
NuNet operates through a three-step process. First, users share resources by installing the NuNet Appliance on any machine, whether a GPU rig, edge server, data center node, or laptop. This registers the device on the network and makes its resources discoverable. Second, the orchestration layer matches workloads to available resources based on requirements such as location, latency, GPU type, and cost, eliminating manual provisioning or marketplace browsing. Third, transactions are settled peer-to-peer using NTX, with providers potentially receiving compensation directly based on completed workloads. The architecture is built on an actor-based execution model and a zero-trust security model with sovereign identity embedded into each protocol layer. NuNet's orchestration is part of the protocol itself, allowing workloads to describe their needs while the network finds the match. Elasticity enables workloads to relocate as conditions change, with stateless workloads migrating seamlessly and stateful workloads checkpointing and resuming. The same actor framework runs on heterogeneous hardware, from a Raspberry Pi to a 64-GPU rack, without per-tier rewrites.
NuNet differentiates itself through six architectural pillars that are all live. Orchestration means the protocol picks the machine rather than the user, with protocol-layer routing that matches workloads automatically. Elasticity allows workloads to relocate across devices and locations as demand shifts, hosts fail, or closer matches become available. Trust is embedded through a zero-trust architecture with cryptographic verification at every layer, isolating and auditing compute from untrusted sources. Scale is achieved through a homogeneous protocol running on heterogeneous hardware. Topology supports multi-owner design, pooling compute across organizations, geographies, and trust boundaries. Economics provides a native payment layer where NTX settlement is built into the protocol, giving every compute transaction a native economic layer for pricing, payment, and incentives. These features address the core problems of cost, latency, and fragmentation in traditional cloud computing, making NuNet valuable for AI applications moving into the physical world, such as robots, vehicles, smart buildings, and factories that require local, fast, and coordinated compute.
NTX is the native utility token that powers participation in the NuNet network. It is used to access and settle compute services on the network, with transactions executed peer-to-peer. Every compute transaction has a native economic layer for pricing, payment, and incentives, meaning NTX is integral to the protocol's operation rather than being bolted on. Providers may receive compensation directly based on completed workloads, while consumers use NTX to pay for compute resources. NuNet settles compute transactions peer-to-peer in NTX on both Ethereum and Cardano, giving the token utility across two major blockchain ecosystems. The token enables the decentralized compute marketplace, allowing participants to share, match, and settle compute across distributed infrastructure.
The NuNet ecosystem is supported by a range of trusted partners across open compute and AI. These include SingularityNET, the ASI Alliance, the Linux Foundation, the Cloud Native Computing Foundation, LF Edge, the Intercognitive Foundation, the Cardano Foundation, and Auki Labs. NuNet holds foundation memberships as a Silver Member of the Linux Foundation and a member of the Cloud Native Computing Foundation, LF Edge, and the Intercognitive Foundation. The protocol is open-source under the Apache 2.0 license and governed by the NuNet Foundation. The network launched live on March 2, 2026, and settles on both Cardano and Ethereum. With 8,221 holders recorded on Etherscan as of September 18, 2026, and trading on 51 active markets, the ecosystem continues to develop around decentralized compute orchestration, targeting the Data Economy and Internet of Things use cases.
NuNet does not use traditional mining. Instead, participants contribute compute resources to the network by installing the NuNet Appliance on their devices, which registers the hardware and makes its resources discoverable. Providers share GPUs, servers, edge devices, or data centers, and the orchestration layer matches these resources to workloads. Providers may receive compensation directly based on completed workloads, settled in NTX. This model allows anyone with compatible hardware to participate in the network and earn tokens by supplying compute power. The process is designed to be accessible, requiring only the installation of the appliance software rather than specialized mining equipment. The protocol's elasticity and orchestration features ensure that contributed resources are efficiently allocated to demanding workloads.
Keeping NTX safe requires standard cryptocurrency security practices. Since NTX is an ERC-20 token on Ethereum and also settles on Cardano, users should store their tokens in wallets that support these networks. Hardware wallets provide the highest level of security by keeping private keys offline. Software wallets and browser extensions should be downloaded from official sources only. Users should never share their private keys or seed phrases with anyone. When interacting with the NuNet network or any decentralized application, verify contract addresses and official links. The official NuNet token contract address on Ethereum is 0xF0d33BeDa4d734C72684b5f9abBEbf715D0a7935. Enabling two-factor authentication on exchange accounts and using unique, strong passwords adds further protection. Regularly updating wallet software and being cautious of phishing attempts are also essential practices for safeguarding NTX holdings.
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Thank you for your interest in BTCC. Currently, spot and futures trading services for NTX are not supported. As a leading digital asset platform, BTCC is committed to providing a secure and stable trading environment. We recommend completing your account registration and identity verification (KYC) to explore other premium assets and exclusive benefits available on BTCC.
As of right now, the live price of NuNet (NTX) is $0.000332. Its market price fluctuates in real time based on overall supply and demand, and you can check the updated NTX to USD rate at the top of BTCC’s price page. In terms of market scope, NuNet records a 24h trading volume of $0 (reflecting total buying and selling activity over the last 24 hours), with a total market cap of $167.265455K. Its current circulating supply stands at 504.08M out of a maximum supply cap of 1B.
The price volatility of NuNet (NTX) is essentially driven by market supply and demand dynamics. Key factors behind its price movements include: 1) Global macroeconomic conditions and sentiment, such as Fed interest rate decisions; 2) Tokenomics, including the ratio of circulating supply (504.08M) to max supply (1B), as well as token unlocks and burn mechanisms; 3) Fundamental developments, such as ecosystem expansion, on-chain activity, and core protocol upgrades; and 4) Derivatives market dynamics, including leverage battles and liquidation cascades in perpetual contracts.
Looking at its historical price performance, NuNet (NTX) hit an all-time high (ATH) of $0.23982 on 2021-11-30 19:50, representing the peak of market sentiment. Conversely, its all-time low (ATL) was recorded at $0.000041 on 2026-09-20 11:20. Note that historical highs and lows reflect past performance only and do not guarantee future price trends; investment decisions should always align with live market conditions and your personal risk tolerance.
When trading NTX futures on BTCC, technical chart analysis begins with identifying key support and resistance levels on 1D and 4H charts using historical price pivots. Next, apply MA/EMA indicators to gauge trend directions, alongside RSI (values above 70 indicate overbought conditions, while below 30 suggest oversold levels). Always validate breakout signals with the 24h trading volume ($0), as price breakouts accompanied by strong volume offer higher reliability.
Unlike spot trading where you can only profit from rising prices, BTCC’s NTXUSDT perpetual contracts support two-way trading. If you anticipate a price decline for NuNet, simply log into your BTCC account with USDT margin available, navigate to the NTXUSDT pair, set your desired leverage and Take-Profit/Stop-Loss levels, and click "Sell/Short". Once the price drops to your target, close your position to lock in profit from the price difference.
Yes. BTCC offers flexible, high-tier leverage options for NTXUSDT perpetual futures, providing up to 500x leverage (maximum leverage limits may vary depending on liquidity). While leverage boosts capital efficiency by allowing you to control larger position sizes with less margin, it also amplifies liquidation risks proportionately. BTCC strongly advises using Stop-Loss orders to strictly manage risk when trading with high leverage.
Beginners and traders testing new strategies can switch to BTCC's "Demo Trading" mode with a single click on the App or Web interface. The demo account comes pre-loaded with risk-free virtual funds (such as 100,000 USDT). Powered by live market prices (current price: $0.000332), you can practice opening/closing positions, adjusting leverage, and setting TP/SL for NTXUSDT with zero financial risk.
Trading NuNet (NTX) on BTCC requires just 4 simple steps: 1) Register a BTCC account and complete basic Identity Verification (KYC); 2) Buy USDT using fiat via credit card/express payment, or deposit USDT/BTC directly from an external wallet; 3) Navigate to the Futures section, search for NTXUSDT, and review its live price ($0.000332) and chart; 4) Select your margin mode and leverage, choose "Buy/Long" or "Sell/Short" based on your market outlook, set TP/SL orders, and confirm your trade.
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