Venom

Venom is a layer-0 blockchain network designed to serve as foundational infrastructure for other networks and applications, rather than sitting on top of an existing chain. It targets use cases that require high transaction throughput, such as central bank digital currencies, asset tokenization, trade finance, and payments for people who do not currently have access to traditional banking. The project positions itself as a platform for builders who need fast, scalable, cross-chain infrastructure rather than as a product for end users directly.

Venom uses a dynamic sharding algorithm that splits the network into parallel processing lanes so that transaction load is spread across many chains simultaneously, allowing the protocol to claim throughput exceeding 100,000 transactions per second. Smart contracts run on the Threaded Virtual Machine, a non-Ethereum-compatible environment that handles operations asynchronously, and developers write in T-SOL, a language modeled on Solidity but adapted for this architecture. A technology called Mesh sets communication standards for TVM-compatible networks, enabling messages to pass reliably between those chains; the VENOM token operates natively within this ecosystem, though the data provided does not specify the exact consensus algorithm in use.

The data stored for Venom does not include a fee revenue figure, so there is no recorded fee stream to describe in terms of who pays, who receives, or what the protocol retains. Without a measurable fee stream, the fee-based valuation measures that this site would normally calculate — such as price-to-fees ratios — are not applicable here. What the data does show is a circulating supply of 1,836,000,000 VENOM against a maximum supply of 8,000,000,000, meaning only about 22.95 percent of the maximum supply is currently circulating, with a dilution overhang of roughly 301 percent relative to the current circulating supply at the time these figures were recorded.