Enso launches a $5 million community round fundraising on CoinList

The blockchain "shortcut command" platform Enso has announced the launch of a community funding round on the token issuance platform CoinList. Enso plans to release 4% of the total supply of its $ENSO token, which has a total supply of 100 million tokens, with a public offering of $5 million.

As a pioneer in blockchain shortcuts, Enso is dedicated to building and deploying fast tracks for on-chain applications. Supported by leading Web3 investment firms such as Polychain Capital, Multicoin Capital, Spartan, Dialectic, Cyberfund, and IdeoVentures, Enso consolidates all blockchain frameworks into a single network. Developers only need to integrate once to read, write, and interact with smart contracts on any chain.

The $5 million community round will start on CoinList at 5:00 PM UTC on June 12, 2025, and end at the same time on June 19. Community members will have the opportunity to purchase $ENSO tokens at a fully diluted valuation of $125 million, which is lower than the valuation in earlier VC funding rounds, thereby offering the community more favorable entry conditions. This community round represents a critical step toward the decentralization of the Enso protocol, allowing more users to participate widely. Users can register at coinlist.co/enso.

Connor Howe, Co-Founder of Enso, commented, "$ENSO tokens play a key role in the Enso ecosystem, and this CoinList community round is a crucial milestone for achieving wide participation in the token. With growing community support, we are stepping into a new era of blockchain interoperability, making on-chain interactions simpler for both developers and users."

Currently, over 100 projects have chosen Enso, spanning multiple sectors such as AI agents, blockchain, restaking, asset management, cross-chain infrastructure, DEXs, perpetual contracts, Telegram bots, money markets, staking platforms, automation tools, and AI frameworks. In addition to serving enterprise clients, Enso also supports independent developers and early-stage projects, enabling them to launch on-chain applications within a weekend.

Amid the rapid growth of multi-chain ecosystems, blockchain developers are often troubled by complex integrations and fragmentation across chains. Enso addresses this pain point by providing a unified reading and writing tool, becoming a one-stop solution for all on-chain development.

Developers can define "intents" in Enso—essentially their desired goals—and the system will automatically translate these into executable on-chain actions, invoking smart contracts across multiple blockchains. Through a universal abstraction layer, Enso standardizes all on-chain interactions, eliminating the need for developers to deeply understand the underlying protocols and structures of each blockchain.

Enso is an open-source network where both developers and AI engines can provide necessary data sources and smart contract information to facilitate task execution. This unified toolkit integrates various modules of the ecosystem into one, reducing the entry barrier for new Web3 developers. The core goal of Enso's recent CoinList community round is to drive the realization of this vision and accelerate the future of "multi-chain as one."

About Enso

Enso is currently the fastest way to build and deploy on-chain applications. Over 100 projects have already chosen Enso, collectively facilitating on-chain settlement amounts exceeding $15 billion. Enso significantly simplifies the traditional on-chain development process, allowing developers to avoid manually integrating protocols, understanding all smart contracts, or incurring high audit costs before testing. At the core of Enso is "blockchain shortcuts," a series of abstracted operational combinations that enable developers to interact with blockchains more efficiently. These interactions are executed through a shared engine mapping, with the heavy lifting of underlying processing handled by Enso, letting developers focus solely on their products and creative implementations.