Hyperblox PriceHPBInactive

What is Hyperblox (HPB)?

Hyperblox (HPB), formerly known as High Performance Blockchain, is a Layer-1 EVM-compatible public blockchain launched on January 9, 2018. It is positioned as a hypersonic L1 EVM blockchain solution engineered to deliver high throughput and ultra-low transaction fees. The project combines a customized hardware component called the Blockchain Offload Engine (BOE) with high-performance blockchain software to address scalability from both hardware and software perspectives. The BOE is a hardware accelerator card supplied to node operators, featuring an embedded ECDSA module and a hardware random number generator. HPB also generates on-chain, per-block, provably random numbers derived from physical variables such as tiny voltage changes, making them impossible to predict. The native HPB coin is used to pay transaction gas fees and reward node operators. The total initial supply was 100,000,000 HPB, with a current total supply of approximately 101.12 million HPB and a circulating supply of roughly 73.07 million HPB. The chain has been active since 2018 and is moving toward a DAO structure for community governance.

Key Specifications & Tokenomics

• Name: Hyperblox
• Ticker / Symbol: HPB
• Consensus Mechanism: Proof of Performance (PoP)
• Smart Contracts: Supports Ethereum-compatible contracts, code and tools
• Category: Layer-1 EVM Blockchain, DeFi, Smart Contracts, DPoS, Hardware, Enterprise Solutions
• Start Date: 2018-01-09
• Total Initial Supply: 100,000,000 HPB
• Total Supply: 101,119,949.75 HPB
• Circulating Supply: 73,069,950 HPB
• Circulating Supply as % of Total: 72%
• Max Supply: 0 HPB
• Throughput: 5,000 transactions per second
• Average Gas Fee: Approximately $0.001 per transaction
• Block Explorer: hpbscan.org
• Official Website: https://www.hpb.io/
• Whitepaper: https://hpb.gitbook.io/

Who created Hyperblox?

The High Performance Blockchain architecture is developed and operated by the HPB Foundation. Wang Xiaoming is the founder and CEO of the blockchain project. In addition to the blockchain initiative, HyperBlox Inc operates as a private 5G and Edge AI company with its own leadership team. Sudhir Kunnath serves as CEO and Founder of HyperBlox Inc, Arun Alex serves as CTO and Founder, and Ziddik Kader serves as VP of Engineering. Additional team members listed include Ashwin Vinod as Senior Software Engineer II and IRFAN HABEEB M. as an employee at HyperBlox Inc. The company is headquartered at 71 Spit Brook Road, Suite #309, Nashua NH 03060, and can be reached at [email protected].

How does Hyperblox work?

Hyperblox operates on a Proof of Performance (PoP) consensus mechanism, which sends higher rewards to nodes with more bandwidth, votes and staked HPB. The PoP algorithm selects HP-Nodes from a pool of Candidate Nodes every 200 blocks, ensuring seamless and efficient blockchain operation. The node network verifies transactions worldwide and is comprised of a dual election mechanism combining the best aspects of voting and delegation. The Blockchain Offload Engine (BOE) is a customized hardware chipset supplied to node operators, equipped with an embedded ECDSA module and a hardware random number generator. This card elevates processing power and efficiency by offloading certain cryptographic operations from software to hardware. The provably random number generator produces on-chain, per-block random values based on physical variables such as tiny changes in voltage, making these numbers impossible to predict. HPB supports the contracts, code and tools preferred by Ethereum developers, and provides software development kits in Java, JavaScript, Unity, .NET, Ruby and Python. The network processes 5,000 transactions per second, suitable for DeFi, GameFi and NFT applications, with an average gas fee of approximately $0.001 per transaction.

What makes Hyperblox unique and valuable?

Hyperblox distinguishes itself through its hardware-accelerated approach to blockchain scalability. The integration of the Blockchain Offload Engine (BOE) allows for high transaction speed and extremely low latency without compromising security and decentralization, as the node network verifies transactions globally through a dual election mechanism. The provably random number generator, which derives randomness from physical voltage variations, supports 100% fairness and cannot be predicted. The PoP consensus is described as much more energy-efficient than Proof of Work. Security is enhanced because hackers would have to compromise both the code and the distributed accelerator hardware. The chain has been active since 2018, demonstrating long-term operational sustainability. The project is community-driven and moving toward a DAO structure where users can vote for nodes and community proposals. With a throughput of 5,000 TPS and gas fees around $0.001, HPB is designed for practical DeFi, GameFi and NFT use cases. One source reports 12,500 TPS in tests, further highlighting the performance potential of the hardware-accelerated architecture.

What is Hyperblox used for?

The HPB coin is primarily used to pay transaction gas fees on the network and to reward node operators who maintain the blockchain infrastructure. The network supports smart contracts compatible with Ethereum, enabling developers to build decentralized applications, DeFi protocols, GameFi projects and NFT platforms. The provably random number generator provides a source of on-chain randomness that can be used for fair gaming, lotteries and other applications requiring verifiable unpredictability. The broader HyperBlox ecosystem extends beyond the blockchain to include enterprise solutions. HyperBlox Inc delivers Private 5G Core, Non-Terrestrial Network (NTN) Core, and AI-enabled applications under a single framework. These solutions target mission-critical industrial environments, remote connectivity through satellite-integrated 5G NTN, and real-time edge AI processing. The software framework enables building, deploying and operating AI-enabled edge applications across Private 5G networks. Target sectors include telecom, defense, manufacturing, healthcare and enterprise IT.

How Is the Hyperblox ecosystem developing?

The Hyperblox ecosystem is expanding on multiple fronts. On the blockchain side, the project continues to operate as a permissionless public blockchain with independent global node operators and is progressing toward a DAO governance structure. On the enterprise side, HyperBlox Inc has developed three market-ready solutions: Private 5G Networks, Non-Terrestrial Networks, and AI-Enabled Applications. The company has demonstrated live deployments combining connectivity and AI applications in a unified environment, deployed 5G Core across both on-premise enterprise IT and cloud environments, and reported a 90% reduction in deployment timelines and a 50% reduction in operational costs in one customer story. HyperBlox is under contract to deliver a commercial 5G network spanning over 1,000 edge locations and supporting more than 40 million devices. Partner testimonials include A1, which described the HyperBlox platform as the most trouble-free deployment for a Private 5G Campus solution in southern Austria. The technology is noted for broad applicability across defense, telecommunication, healthcare and manufacturing domains. HyperBlox solutions run on off-the-shelf Intel and ARM servers, including NVIDIA GPUs, on-premises, at the edge, or in the cloud, avoiding infrastructure lock-in.

How to mine Hyperblox?

Hyperblox does not use traditional Proof of Work mining. Instead, the network relies on a Proof of Performance (PoP) consensus mechanism where node operators are rewarded based on bandwidth, votes received and the amount of HPB staked. To participate, operators must run HP-Nodes, which are selected from a pool of Candidate Nodes every 200 blocks. Node operators are supplied with the Blockchain Offload Engine (BOE) accelerator card, which provides the hardware acceleration required for efficient node operation. Rewards are distributed to nodes that contribute more bandwidth, receive more votes and stake more HPB. The dual election mechanism combines voting and delegation to select active nodes. Users who do not operate nodes can still participate by voting for nodes and staking their HPB, as well as engaging in community governance proposals. The PoP consensus is described as much more energy-efficient than Proof of Work, making participation more accessible from an energy consumption standpoint.

How to keep your Hyperblox Coin safe?

Keeping your HPB coins safe requires following established security practices for cryptocurrency storage. Use a reputable wallet that supports HPB and keep your private keys or recovery phrases offline and never share them with anyone. For long-term holdings, consider using a hardware wallet that stores private keys in a secure offline environment. When interacting with smart contracts or decentralized applications on the HPB network, verify contract addresses through the official block explorer at hpbscan.org and only use official links provided on the project website. Be cautious of phishing attempts, fake wallets and unsolicited offers. Since HPB supports EVM-compatible tools, many Ethereum-compatible wallets may work, but always confirm compatibility before transferring funds. Enable two-factor authentication on any exchange accounts where you hold HPB, and consider spreading holdings across multiple secure storage solutions. Stay informed through official channels such as the HPB Global Telegram chat, the official X account at twitter.com/HPB_Global, and the GitHub repository at github.com/hpb-project to receive timely updates and security notices.