Holo HOT
About
What Is Holo (HOT)?
Holo is a peer-to-peer distributed platform for hosting decentralized applications built using Holochain, a framework for developing DApps that does not require the use of blockchain technology. The goal of Holo is to serve as a bridge between the broader internet and apps built using Holochain, offering an ecosystem and marketplace in which DApps are easily accessible, as they are hosted on the internet by Holo network participants.
The Holo network will be facilitated using a token called HoloFuel, which is actively being tested and will act as an accounting system to pay hosts for their services. In 2018, the project minted an ERC-20 token, HOT — also known as HoloToken — as an "IOU" that will be redeemable for HoloFuel upon launch.
Holo is still in development and is expected to launch for open alpha and beta testing by 2021.
Who Are the Founders of Holo?
Holo was founded by Arthur Brock and Eric Harris-Braun, both of whom are experienced contract coders. The two first started working on the project in December 2016 as a part of the MetaCurrency Project, a developer of tools and technology designed to power a future P2P economy. Holo was partially modeled after Ceptr, a cooperative P2P framework for DApps that the two had previously worked on.
Brock has prior experience coding alternative currency systems as the founder of Geek Gene, a company that developed community-building tools, including more than 100 alternative currency solutions. He also co-founded social-enterprise incubator Emerging Leader Labs and founded open-source education "starter kit" Agile Learning Centers. In March 2019, Brock was named a fellow of the New Zealand-based Edmond Hillary Fellowship.
Harris-Braun started programming full time in 1988 and is the founder of Glass Bead Software, a developer of peer-to-peer communication software, as well as co-founder of Emerging Leader Labs alongside Brock. In 2003, he co-founded Harris-Braun Enterprises, a freelance software development and consulting firm. He has also served on the advisory board of the Schumacher Center For New Economics.
What Makes Holo Unique?
According to its "green paper," Holo is designed to act as a bridge between Holochain, which represents the world of crypto technology, and everyday users. The project highlights several innovations that it says will "enable a large shift in the landscape of crypto applications and currencies," including the ability to host P2P apps on the internet for mainstream users.
The Holo network relies on a series of hosts that provide storage and processing power for DApps built using Holochain. Hosts either install software on their computer that runs in the background and automatically allocates extra processing power to Holochain-based DApps, or they operate a dedicated machine such as a HoloPort. In exchange, hosts are paid in HoloFuel, a token that is specifically designed for microtransactions. The design of HoloFuel is expected to allow the Holo network to process billions of simultaneous transactions.
The project's business plan centers on building a P2P ecosystem of hosts and applications, comparing its intended effect on app hosting to that of Uber and Airbnb on the taxi and hotel industries, respectively. Holo charges a fee on HoloFuel transactions, so its revenue model is directly tied to growing the number of applications and hosts on the network.
How Many Holo (HOT) Coins Are There in Circulation?
Holo held an "initial community offering" from March 2018 through April 2018. Ultimately, 177.6 billion HOT was minted through a demand-determined process, with 133.2 billion HOT (75%) allocated for public sale and 44.4 billion HOT (25%) reserved for the team and company. Team tokens were not subject to vesting or lock-up periods.
Once HoloFuel is launched, HOT tokens will be able to be swapped at a one-to-one ratio for HoloFuel tokens. In January 2019, Holo stated that instead of being immediately burned, the swapped HOT will instead be kept as a reserve currency to provide liquidity to HoloFuel holders.
HoloFuel will have no supply limit. Rather, it is designed to be dynamic and incorporate a credit system, allowing users to have negative balances. The supply will be controlled algorithmically, contracting and expanding in response to demand and as the relationships between users with negative and positive balances change. Holo intends for this to cause the price of its tokens to remain relatively stable from moment to moment, rather than be subject to wild, speculative price swings.
How Is the Holo Network Secured?
The Holo network acts as a bridge between the centralized internet and Holochain, which does not rely on traditional blockchain technology. As such, it does not rely on global consensus to secure its networks. Rather, each DApp has its own set of validation rules and a local hash chain on which it can store cryptographically signed records. When data is transmitted across multiple nodes, random peers act as validators, receiving data and verifying that it follows the correct rules. Validators use a gossip protocol to share good data among one another and warn of bad data or blacklist bad actors.
According to its development team, Holo is designed to be as decentralized as possible in order to reduce the risks associated with giving any one entity too much power. The connection between hosts and applications is end-to-end encrypted, and Holo uses a globally distributed network of servers.
Where Can You Buy Holo (HOT)?
HOT can be purchased on cryptocurrency exchanges such as Binance, Bitrue, ProBit Exchange and MXC.COM, among others. It can be traded on spot markets against fiat currencies such as the U.S. dollar and the euro, cryptocurrencies such as Bitcoin (BTC) and Ether (ETH) and the stablecoin Tether (USDT).
Are you interested in buying HOT or other cryptocurrencies such as Bitcoin? CoinMarketCap has a simple, step-by-step guide to teach you all about crypto and how to buy your first coins.
AI Analysis
What is the Holo (HOT) cryptocurrency good for? What are its main use cases?
The Holo (HOT) cryptocurrency is designed to support the Holo ecosystem, a decentralized hosting platform built on the Holochain framework. Unlike traditional blockchain-based systems, Holochain uses a peer-to-peer (P2P) architecture that enables distributed applications (hApps) to run without relying on centralized servers.
Main Use Cases of Holo (HOT)
Decentralized Hosting & Storage
- Holo provides a marketplace where users can rent out their unused computing resources (CPU, storage, bandwidth) to host decentralized applications (hApps).
- HOT tokens are used to pay for hosting services, ensuring a fair and decentralized economy.
Powering Holochain Applications (hApps)
- Holo supports the development and deployment of Holochain-based applications, which are lightweight, scalable, and resistant to censorship.
- Developers can monetize their hApps by integrating HOT as a payment method.
Incentivizing Network Participation
- Users who contribute their computing power to the Holo network earn HOT tokens as rewards.
- This creates a self-sustaining economy where participants are incentivized to keep the network running.
Cross-Border Micropayments
- HOT can be used for low-cost, fast transactions within the Holo ecosystem, making it useful for microtransactions in decentralized apps.
Interoperability with Other Blockchains
- While Holo operates independently, it can interact with other blockchain networks via bridges, expanding its utility.
Why Holo (HOT) Stands Out
- No Mining or Staking Required – Unlike Bitcoin or Ethereum, Holo doesn’t rely on energy-intensive mining or staking.
- Scalable & Efficient – Holochain’s architecture avoids blockchain bloat, making it highly scalable.
- Privacy-Focused – Applications on Holo can be designed with strong privacy features.
Potential Future Use Cases
- Decentralized Social Media & Cloud Storage
- Gaming & NFT Marketplaces
- IoT (Internet of Things) Applications
Conclusion
Holo (HOT) is primarily useful for decentralized hosting, app development, and peer-to-peer resource sharing. Its unique architecture makes it a promising alternative to traditional blockchain-based solutions, especially for lightweight, scalable applications.
Would you like more details on any specific aspect?
What blockchain does Holo use? Is it its own blockchain or built on top of another?
Holo uses its own distributed ledger technology (DLT) called HoloChain, which is not a traditional blockchain but a peer-to-peer (P2P) agent-centric framework designed for scalability and decentralized applications (dApps).
Key Features of HoloChain:
- Not a Blockchain – Unlike Bitcoin or Ethereum, HoloChain does not use a global ledger. Instead, it allows each agent (user or device) to maintain their own local data integrity while validating transactions in a distributed manner.
- Scalable & Efficient – By avoiding a single ledger, HoloChain can theoretically scale to billions of users without the bottlenecks of traditional blockchains.
- Agent-Centric Model – Each participant (agent) in the network validates their own transactions and those of others they interact with, reducing reliance on miners or validators.
- Built for Hosting – Holo is primarily designed to host HoloHost (a decentralized hosting platform) and other dApps, leveraging its unique architecture for efficiency.
Relationship with Holochain (Note: Different from Holo)
- Holochain is the underlying open-source framework developed by the same team (Holo is a commercial implementation of Holochain).
- Holo is a company that uses Holochain to build its hosting infrastructure and ecosystem.
Conclusion:
Holo does not use an existing blockchain (like Ethereum or Solana). Instead, it relies on HoloChain (Holochain), a custom-built, agent-centric DLT optimized for decentralized hosting and applications.
Would you like more details on how HoloChain works technically?
Is Holo programmable? Does it support smart contracts or decentralized applications?
Yes, Holo (HoloHost) is programmable and supports decentralized applications (dApps) through its unique architecture. However, it does not support smart contracts in the traditional sense (like Ethereum or Solana). Here’s how it works:
1. Holo’s Programming Model
Holo is built on the Holochain framework, which uses a peer-to-peer (P2P) architecture where each node (agent) runs its own agent-centric logic. Instead of executing smart contracts on a shared blockchain, Holo allows developers to write custom logic that runs on individual nodes.
- No Global State: Unlike blockchains, Holo does not rely on a shared ledger. Instead, each node maintains its own data integrity.
- Agent-Centric Logic: Developers write DNA (Distributed Node Architecture) definitions that define how nodes interact and validate data.
- JavaScript (HoloScript): Holo primarily uses JavaScript for writing application logic, making it accessible to web developers.
2. Decentralized Applications (dApps) on Holo
Holo supports dApps but in a different way than traditional blockchains:
- No Smart Contracts: Instead of smart contracts, Holo uses agent-based logic where each node enforces its own rules.
- HoloHost: The Holo network allows developers to host dApps in a decentralized manner, with nodes earning HoloFuel (Holo’s cryptocurrency) for hosting.
- HoloPorts: Users can run HoloPorts (nodes) to host and interact with dApps.
3. HoloFuel (HOT) & Incentives
- HoloFuel is used to pay for hosting and resource allocation on the network.
- Developers can monetize their dApps by charging users in HoloFuel.
4. Comparison to Blockchain Smart Contracts
| Feature | Holo (Holochain) | Traditional Blockchains (Ethereum, Solana) |
|---|---|---|
| Smart Contracts | No (Agent-based logic) | Yes (On-chain execution) |
| Global State | No (Agent-centric) | Yes (Shared ledger) |
| Programming Language | JavaScript (HoloScript) | Solidity, Rust, etc. |
| Decentralization | High (P2P) | High (Consensus-based) |
| Scalability | High (No global consensus) | Depends on consensus mechanism |
Conclusion
Holo is programmable and supports decentralized applications, but it does not use smart contracts in the traditional sense. Instead, it relies on agent-based logic and a peer-to-peer architecture for decentralized hosting and data integrity.
If you're looking for a smart contract platform, Ethereum, Solana, or Polkadot might be better. But if you want a highly scalable, agent-centric dApp platform, Holo is a strong alternative.
Would you like help with Holo development or learning more about its architecture?
How fast are Holo transactions? What is the typical confirmation time and throughput (transactions per second)?
Holo's transaction speed and throughput depend on several factors, including network conditions, consensus mechanisms, and the specific use case. Here’s a breakdown of its performance characteristics:
1. Transaction Speed & Confirmation Time
- Typical Confirmation Time: Holo uses a proof-of-stake (PoS) consensus mechanism (via the Holochain framework), which is generally faster than traditional blockchain consensus models like proof-of-work (PoW).
- On-chain transactions (those processed by the HoloPort network) typically confirm within seconds to a few minutes, depending on network load.
- Off-chain transactions (handled by Holochain’s agent-centric architecture) can be near-instant since they don’t require global consensus.
2. Throughput (Transactions Per Second - TPS)
- Theoretical Maximum: Holo’s architecture is designed for high scalability, with estimates suggesting thousands of transactions per second (TPS) under optimal conditions.
- Real-World Performance: In practice, throughput depends on the number of active HoloPorts (nodes) and the complexity of transactions. Early tests and benchmarks suggest:
- 100–1,000+ TPS for simple transactions.
- Higher throughput is possible with more nodes and optimized data structures.
3. Comparison to Traditional Blockchains
- Faster than Bitcoin (~7 TPS) and Ethereum (~15–30 TPS pre-L2 solutions).
- Similar to or better than some Layer 1 blockchains (e.g., Solana, which claims ~50,000 TPS but faces occasional congestion).
4. Factors Affecting Performance
- Network Size: More HoloPorts (nodes) improve speed and decentralization.
- Transaction Complexity: Simple data transfers are faster than complex smart contract executions.
- Consensus Mechanism: Holo’s agent-centric model reduces global consensus bottlenecks.
Conclusion
Holo transactions are fast (seconds to minutes for confirmation) and can achieve high throughput (100–1,000+ TPS), making it suitable for decentralized applications (dApps) requiring scalability. However, real-world performance may vary based on network adoption and optimization.
Would you like details on specific benchmarks or comparisons with other networks?
How much data can I store on the Holo blockchain? Does it support on-chain data storage?
The Holo blockchain is designed primarily for hosting decentralized applications (hApps) and enabling peer-to-peer (P2P) data sharing rather than traditional on-chain data storage. Here’s what you need to know about data storage on Holo:
1. On-Chain vs. Off-Chain Storage
- On-Chain Storage: Holo does not support large-scale on-chain data storage like Ethereum or Bitcoin. Instead, it uses a lightweight blockchain (Holochain) for coordination and consensus.
- Off-Chain Storage: Most data in Holo is stored off-chain on individual devices (nodes) in a distributed, peer-to-peer network. This means data is stored locally on users' devices and shared via a DHT (Distributed Hash Table).
2. How Much Data Can You Store?
- No Hard Limit: Since data is stored off-chain, the storage capacity depends on the individual devices participating in the network. Users can store as much data as their device allows.
- Redundancy & Availability: Data is replicated across multiple nodes for redundancy, but availability depends on how many peers are hosting it.
3. Data Persistence & Retrieval
- HoloPorts (Nodes): Users (called "hosts") can store and serve data from their own devices (HoloPorts).
- HoloFuel: A cryptocurrency used to incentivize hosts to store and serve data.
- Decentralized Access: Data is accessed via a DHT-based lookup system, similar to IPFS but with a focus on privacy and scalability.
4. Comparison to Other Blockchains
| Feature | Holo (Holochain) | Ethereum | IPFS |
|---|---|---|---|
| On-Chain Storage | Minimal (coordination only) | Expensive (gas fees) | No (off-chain) |
| Off-Chain Storage | Yes (P2P) | Possible (via OrbitDB, etc.) | Yes (DHT) |
| Scalability | High (agent-centric) | Limited (sharding) | High (DHT) |
| Incentivization | HoloFuel | Gas fees | Filecoin (for storage) |
5. Use Cases for Holo Data Storage
- Decentralized Apps (hApps): Social networks, marketplaces, and collaborative tools.
- Personal Data Ownership: Users control their own data without relying on centralized servers.
- Censorship-Resistant Hosting: Data is distributed, making it harder to censor.
Conclusion
Holo does not support traditional on-chain data storage but instead relies on off-chain, peer-to-peer storage with incentives for hosting. The amount of data you can store depends on the devices in the network, and redundancy is achieved through multiple hosts.
If you need large-scale, decentralized storage, Holo is a good alternative to IPFS or Filecoin, but it operates differently from traditional blockchains like Ethereum.
Would you like details on how to deploy a hApp for data storage?
Contact Us About Holo
Are you a representative of the Holo project? Send us a message.