HTMLCOIN is the base coin and gas that powers the Althash hybrid blockchain. The HTMLCOIN environment describes itself as a decentralized Proof-of-Work/Proof-of-Stake hybrid blockchain with fast and secure transactions. While it uses the hashing function and the base layer of Bitcoin to create a secure blockchain and irreversible address mapping, it integrates Ethereum EVM, aka HVM, to run multiple Dapps/programs as a worldwide decentralized, failsafe and secure computer system, additionally making the creation of Ethereum based Smart Contracts possible. The Althash blockchain allows one to effectively build ecosystems on its platform and to power them through HTMLCOIN, meaning Althash/HTMLCOIN can have its own ecosystem of various tokens from HRC20 (ERC20) simple fungible tokens, HRC721 (ERC721), used for instance with NFTs, up to dedicated complex programs allowing the minting of adjustable new tokens, which will be instantly rolled out on the mainnet according to specific needs. The HTMLCOIN devs team highlights that a usual transaction (Tx) costs 0.004 HTMLCOIN in relay fees. In short, an independent ERC20-based project can deploy on the Althash blockchain using the same ABI and object code as Ethereum, offering an alternative with less expensive gas fees.

To secure its network, HTMLCOIN uses a Double SHA-256 algorithm, effectively making it much more difficult to break than SHA-256. For instance, partial attacks (lowering brute force resistance) may rise in frequency in the coming decades. In this case, SHA256 would become somewhat vulnerable whereas Double SHA256 would not. The network has real-time 51% attack checkpoints. It employs an external set of parties that securely run an assisting service which guarantees the ledger’s properties and can be relied upon at times when the invested hashing power is low.

The Althash blockchain implements an extendable design that can add more virtual machines (VM) if a project requires it. Miners and stakers earn rewards through the desktop wallet while a mobile-ready lightweight Althash wallet is also available. Althash developments and affiliated projects based on the Althash blockchain, like CodeX, are currently offering not only BaaS (Blockchain as a Service) but also compatible applications such as Cody (@CodexWalletBot). Cody is a wallet providing the ability to tip, airdrop, send or receive various tokens globally or room specific within the telegram messenger on mobiles or PC independent operating systems and Althash based project groups. The provision of Cody's private key can be used by all other Althash wallet implementations to reach a maximum failsafe, even on implementation layer distributed ecosystems, synergizing these groups’ efforts and solutions into an efficient ecosystem of sound cooperation leading to effective results.

HTMLCOIN was founded by Amando Boncales , PhD(c), who saw in blockchain science the opportunity to create disruptive technologies which could help everyone to free themselves from a centralized system/economy. It was conceptualized in early 2013 and launched on March 8, 2014, based on the Bitcoin Core algorithm under the name of HTML and then HTML5 in 2015. In 2017, a new algorithm for the coin was implemented and a coin swap was initiated in November of the same year where the HTMLCOIN name was chosen for the rebrand. Enabled through an Account Abstraction Layer, the updated HTMLCOIN environment allowed an account-based VM to function on a Bitcoin UTXO based blockchain, expended with attributes similar to QTUM and Ark.

On top of this, a certification program is currently run by the Althash University, which provides online courses related to Blockchain Technologies and Software Development, preparing future professionals to face the upcoming challenges the cryptospace will encounter in the next decade.

HTMLCOIN

X-CASH

BitKan

QuadrantProtocol

SmartCash

CMITCOIN

Future1coin

Pillar

Tachyon Protocol

KingXChain

Litecoin Cash

Ignis

D Community

Ruff

Graviocoin

Nitro Network

BlazerCoin

Quotient

Obitan Chain

CyberVein's big-data solution is based on the PISR (private, interlink, secure, robust) distributed database, database operations are stored on CyberVein blockchain network which runs on a Proof-of-Contribution (PoC) consensus mechanism. The solution is focusing on enterprise-level "blockchain + big-data" customized services.

CVT is the native utility token that is used for:

Storage payment: The data owner pays the corresponding storage fee based on the file size and bandwidth consumed in such a process.

Computing power payment: Payments from user to owner for usage, and remuneration for software developers is going to be exclusively conducted in CVT.

Data exchange: On CyberVein's federated learning platform, the data acquirer trades the data at a price contracted between the two parties for distributed modeling applications.

CROSS NFT issuance payment: Dapp businesses are obligated to pay for Storage and Data Exchange in light of network resources occupied, and may set up CyberVein token as a means of payment to issue NFT or conduct business in accordance to their desired business model.

CyberVein tools include:

PISR Consortium database, creates better data management: through safe and reliable virtual machine operation and maintenance of user data, data is efficiently aggregated for upstream data, and data traceability and tracking are realized to ensure the reliability of data sources and outputs, and achieve cross-level, cross-departmental data sharing to improve the timeliness, diversity, stock and density of data to realize the commercial value of data, and truly solve the problems in data flow.

DAG storage chain, creates safer data storage, with better efficiency, no block confirmation, low transaction fees, and also eliminates miner, supports asynchronous verification and parallel processing of each node, the more nodes, the faster the speed, the stronger the scalability, which leads to better scalability. The database backup on DAG storage chain provides an extra layer of security for businesses.

Cytrix, allows GPU to be shared. Nodes can contribute part of their GPU to the network, in return for compensation through the Proof of Contribution mechanism. The contributed GPU can aid enterprises or individuals in data modeling with federated learning.

Federated Learning Platform, enables data to be monetized. Federated Learning is a distributed machine learning workflow. The datasets are first trained locally, and the data of all parties is kept locally, without revealing privacy or violating regulations.  Individual terminals return trained models to the server to create a shared model. Effectively protect data privacy and security, solve the problem of information silo, and thus realize the value of data. The platform will also provide algorithms to support data modeling operations by enterprises and individuals.

CyberVein

Kin is a decentralized cryptocurrency that was created in 2017 by Kik Inc.

Kin was initially launched on the Ethereum blockchain. In 2020, Kin migrated to the Solana blockchain in order to achieve lower transaction fees and greater scalability.

Notably, Kin has zero inflation. The Kin supply is fully distributed and no additional Kin tokens will enter circulation.

In 2020, Kik Inc agreed to a mutual settlement with the United States SEC in which Kin was not required to be registered as a security, making it one of the few cryptocurrencies with such regulatory clarity.

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