Venom (VENOM)

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Overview

A network built for applications

Venom is a blockchain network designed to run decentralized applications, often called dApps. Its native currency, VENOM, pays network fees and helps secure the chain through staking. Developers can use Venom to build services that move digital assets, manage records, or carry out agreements through smart contracts—programs that follow rules written into code. (docs.venom.foundation)

Venom aims to handle many activities at once. Instead of placing every application’s work in a single processing line, its design divides work among connected chains and smaller groups called shards. This makes Venom both a network for everyday applications and a framework for building specialized chains. The project describes this combined design as “layer 0/1”: a coordinating layer connects the system, while an application layer handles user activity. (docs.venom.foundation)

History & Team

From test network to mainnet

The technology described in Venom’s whitepaper draws on ideas developed for Everscale, including its approach to smart contracts and parallel processing. The Venom Foundation helped organize the network’s development and promote its adoption. Venom’s mainnet—the live network where users can hold and transfer assets—launched on March 18, 2024, after a testing period. (venom.foundation)

Christopher Louis Tsu was identified as the Venom Foundation’s CEO in a May 2024 foundation announcement. The project has also worked with investment and exchange partners. In 2023, the Venom Foundation and investment manager Iceberg Capital announced the Venom Ventures Fund, a venture fund intended to support Web3 businesses. That fund was aimed at a broad range of blockchain projects, rather than serving as a list of investors in the VENOM token. (prnewswire.com)

Technology & How It Works

Connected chains and dynamic shards

Venom’s architecture has a masterchain that coordinates the network and records information about validators, network settings, and shards. Its basechain is an application chain where users can interact with smart contracts. The design also provides for workchains: connected chains that can be built for different needs. A payment application and a game, for example, could need different rules while still belonging to the wider Venom system. (docs.venom.foundation)

Within a chain, dynamic sharding divides processing among groups of validators. As activity changes, the network can adjust the number and size of these shards. Think of a busy service desk opening more counters when a line grows. The goal is to process more work in parallel rather than make every transaction wait behind the same set of tasks. (docs.venom.foundation)

Venom smart contracts run on the Threaded Virtual Machine, or TVM. Contracts communicate by sending messages, so one part of an application can continue working while another handles a separate task. Developers can write contracts using T-Sol, a language with features familiar to Solidity developers, and use tools such as Locklift to build and test them. Venom’s main smart-contract environment uses TVM; moving an Ethereum application to Venom therefore involves work beyond copying its code. (venom.foundation)

How the network agrees

Venom’s technical documentation describes a proof-of-stake system with a Byzantine fault-tolerant consensus process. Validators stake VENOM, propose blocks, and vote on proposed blocks. Different validator groups handle the masterchain and shardchains. Other holders can delegate tokens to validators, helping them take part in network security without operating validator equipment themselves. (docs.venom.foundation)

Tokenomics & Utility

What VENOM does

VENOM is used to pay for transactions and smart-contract activity. Staked tokens support validators, who receive network rewards for taking part in block production. These uses link the currency to the day-to-day operation of the chain. VENOM can also be divided into small units: one VENOM equals one billion NanoVENOM. (docs.venom.foundation)

The whitepaper set out 7.2 billion VENOM for issuance at the original mainnet launch. Its allocation plan assigned 28% to the ecosystem, 22% to the community, 15% to the foundation, 10% to validators, 10% to market liquidity, 7.5% to early backers, 7% to the team, and 0.5% to the public. Some allocations were available at launch, while others followed waiting periods and gradual release schedules. This structure spreads planned token releases over years rather than making every allocation available at once. (venom.foundation)

The whitepaper describes an inflationary model without a fixed maximum supply. It discusses burning a portion of fees as a possible future change, rather than as a settled part of the original model. Venom’s later mainnet migration plan states that its one-for-one token swap leaves supply and vesting schedules unchanged. (venom.foundation)

Ecosystem & Use Cases

Tools people can use

Venom’s ecosystem includes a wallet, a block explorer, staking tools, a cross-chain transfer service, a decentralized exchange, and an NFT marketplace. The explorer lets people inspect public network records. A decentralized exchange lets users swap supported assets through an application built around smart contracts. The foundation’s ecosystem page identifies Web3World for swaps and liquidity services, ChainConnect for cross-chain transfers, and Oasis.gallery for NFTs. Several of these products are being moved as part of the network migration. (venom.foundation)

Venom supports TIP-3 fungible tokens, whose units can be exchanged like other units of the same token, and TIP-4 non-fungible tokens, whose records can represent distinct digital items. Developers can use these standards for assets within games, digital collections, or financial applications. Wrapped VENOM, called WVENOM, is a TIP-3 form used by applications that work with that token standard. (docs.venom.foundation)

The network’s design also suits applications that need many users or frequent updates, such as payments and community services. The foundation has discussed digital identity, tokenized assets, and public-sector systems as areas it wants Venom to support. These are possible uses of the infrastructure; the named wallet, explorer, exchange, and other ecosystem tools give a more concrete picture of how people interact with the chain. (venom.foundation)

Advantages & Challenges

Strengths and trade-offs

Venom’s main technical advantage is its ability to split tasks across connected chains and shards. That design gives developers ways to separate heavy workloads while keeping them within one broader network. TVM’s message-based approach also fits applications whose parts need to work at the same time. For users, the benefit Venom seeks is straightforward: applications that remain responsive as activity grows. (docs.venom.foundation)

The same design adds complexity. Developers must understand message-based contracts, shard behavior, and Venom’s token standards. Teams familiar with Ethereum’s virtual machine must adapt their applications to TVM. Builders also depend on working wallets, developer tools, and connected services, not only on the underlying chain. Venom’s migration brings another practical task: application teams need to redeploy contracts, while some third-party tokens and NFTs need project-specific migration plans. (docs.venom.foundation)

A further measure of Venom’s progress is how much of its architecture becomes useful in ordinary applications. A system designed for high capacity is most meaningful when developers build on it and people continue using what they build.

Where to Buy & Wallets

Buying and holding VENOM

VENOM is available on KuCoin and Gate’s international platform. KuCoin has listed a VENOM/USDT spot pair, and Venom’s migration information names both exchanges among platforms coordinating network support. Exchange access depends on location and on which Venom network an exchange currently accepts. (kucoin.com)

SparX is the non-custodial wallet for Venom’s new mainnet. It is offered as a browser extension and mobile app. A non-custodial wallet gives its user control of the keys used to manage assets. The earlier Venom Wallet is being retired as the network moves to the new mainnet. Venom’s migration plan describes a one-for-one swap of native VENOM between the networks; Ethereum-based wrapped tokens follow a different path from native coins. (venom.foundation)

Regulatory & Compliance

Legal and religious considerations

Venom has a distinct regulatory history in Abu Dhabi. An entity called Venom Foundation was registered in Abu Dhabi Global Market, or ADGM. ADGM’s Registration Authority reported that this entity voluntarily cancelled its commercial licence in February 2024 and appointed a liquidator in March 2024. In its May 17, 2024 notice, the authority said the ADGM entity and two associated companies were winding down and were separate from the activities then announced around Venom’s blockchain launch. (adgm.com)

The terms published for Venom’s website and related services name VNM Vault Ltd and restrict access from several jurisdictions, including the United States and the United Kingdom. Rules for holding or using digital assets can also depend on the service involved and the place where a person lives. (venom.foundation)

Venom’s published technical materials explain its fees, staking, and open application platform. They do not establish one Shariah ruling that covers every way VENOM might be used. Islamic finance assesses transactions for matters such as interest (riba), excessive uncertainty (gharar), and gambling (maysir). A transfer of VENOM, participation in network staking, and use of a financial application are different activities, so their Shariah treatment depends on the terms and purpose of each activity. (docs.venom.foundation)

Future Outlook

The next stage of the network

Venom is moving to a new mainnet under a governance proposal called VIP-003. The foundation describes improvements to proof-of-stake consensus, transaction processing, and finality—the point at which a transaction is settled. Its plan keeps the VENOM swap at one new token for one old token and calls for ecosystem products to move to the upgraded network. (venom.foundation)

The next stage will depend on more than a protocol upgrade. Wallet support, functioning applications, developer tools, and the ability of independent teams to move their projects all shape what users can do on Venom. Its workchain design leaves room for specialized services, while the existing ecosystem provides a base from which those services can grow. (venom.foundation)

Summary

Venom combines a coordinating masterchain, application chains, dynamic sharding, and TVM smart contracts to support decentralized applications. VENOM pays network fees and helps validators secure the system. The project has live ecosystem tools and is carrying out a mainnet migration, making the continued development of applications and network access central to its place in the wider blockchain ecosystem. (docs.venom.foundation)