Picasso (PICA)

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Overview

Picasso is a blockchain project built to help different networks communicate. Its token, PICA, supports network activity, staking, and governance. The project began as a parachain connected to Kusama, a network where teams can build specialized blockchains. Picasso later expanded its work to connect the Cosmos, Ethereum, and Solana ecosystems through Inter-Blockchain Communication, or IBC. (medium.com)

The idea behind Picasso is simple to picture: people use many blockchains, but moving an asset or message between them can be difficult. Picasso’s infrastructure was designed to make those connections easier for users and developers. PICA ties parts of that system together. It has served as a network token on both Picasso’s Kusama parachain and the Composable Cosmos chain, while versions of it have also been made available on other connected networks. (medium.com)

History & Team

From Kusama to cross-chain infrastructure

Picasso grew out of Composable Finance’s work on decentralized finance, often called DeFi. Composable introduced Picasso as a Kusama parachain project in 2021. That year, community contributions helped it win Kusama’s 13th parachain auction slot. The early design focused on giving developers building blocks for financial applications, including exchanges and tools that bring outside data onto a blockchain. (0xbrainjar.medium.com)

The project’s focus broadened over time. Picasso connected its work on Kusama with a Cosmos-based chain, then announced an Ethereum IBC mainnet launch in April 2024 and Solana IBC transfers in May 2024. In March 2024, the team also described a plan to move more governance and treasury activity toward Cosmos. These steps show how Picasso evolved from one specialized chain into a wider effort to connect blockchain ecosystems. (medium.com)

Omar Zaki, also known as 0xbrainjar, is a co-founder of Composable and has worked on its research and product design. The Composable Foundation, established in Switzerland in 2023, described its role as supporting both the Composable and Picasso protocols. Picasso also announced DAO5 and Santiago Santos as strategic backers in 2024. (composablefi.medium.com)

Technology & How It Works

Sending information between chains

IBC is a way for separate blockchains to exchange verified messages. In a standard IBC connection, a light client keeps a limited record of another chain and checks proof of what happened there. A relayer carries messages between the chains. Connections and channels organize where those messages go. Together, these parts let an application respond to an event on another network, such as a token transfer. (ibcprotocol.dev)

Picasso’s technical work aimed to extend this approach beyond its roots in Cosmos. Composable’s published code includes an IBC implementation for Substrate, the framework used for its parachain work, as well as components for Cosmos and Solana IBC. Its Picasso software development kit describes tools for working across Cosmos, Ethereum, Solana, and Polkadot. A developer can use this kind of infrastructure to build an application that follows transfers across more than one chain. (github.com)

The project also developed a Solana restaking system. Restaking means using assets that have already been staked—or tokens that represent those staked assets—to support an additional service. Picasso described its Solana IBC connection as the first service supported by that system. In this design, users provide eligible Solana assets, while operators help run services that use the pooled security. Restaking and cross-chain messaging are related parts of Picasso’s plan, but they perform different jobs: one supplies economic backing, and the other carries information between networks. (medium.com)

Tokenomics & Utility

Picasso’s published token model set PICA’s supply at 10 billion tokens. Composable assigned 30% of that supply to contributors to Picasso’s Kusama crowdloan. Its published distribution plan gave those contributors half of their allocation at the token generation event and the other half over 48 weeks. The project also described an 18% treasury allocation and a further 25% for ecosystem incentives and liquidity programs. These allocations explain how the original supply was intended to support both the community and network development. (medium.com)

PICA has several roles. On Picasso’s Kusama chain, the token was designed for network fees and for staking by collators, the operators who assemble parachain blocks. The project described a fee model that sent part of transaction fees to collators and part to a community-governed treasury. PICA also supports staking on the Cosmos-based side of the ecosystem and has a role in decisions about network changes and shared resources. (medium.com)

Picasso has explored ways to connect token staking with fees from cross-chain transfers and restaking services. Its June 2024 roadmap also proposed using revenue to buy and burn PICA, a change that the project said would require governance approval. That proposal is best understood as a possible change to the economic model rather than part of the original fixed-supply design. (medium.com)

Ecosystem & Use Cases

Picasso’s main use case is interoperability: helping assets and applications work across chain boundaries. For a user, that could mean transferring a supported asset from one ecosystem to another. For a developer, it could mean building a service that uses information or assets from several networks. Picasso’s 2024 roadmap described PICA itself as an example of a token available across Cosmos, Ethereum, Solana, and Polkadot through the project’s cross-chain infrastructure. (medium.com)

The ecosystem has also included DeFi tools. Pablo was an exchange built into Picasso’s Kusama parachain, where PICA formed part of trading pairs. In 2024, the team announced that it was gradually retiring Pablo and a related liquid-staked DOT product to focus on bridging and restaking. That shift matters when reading about Picasso: some of its earlier applications belong to its history, while IBC and restaking became the focus of its later roadmap. (medium.com)

On Solana, the team launched a PICA token version and announced a PICA/SOL pool on Orca in May 2024. It also reported support for transfers involving selected assets from Solana and other connected ecosystems. These examples show Picasso’s goal of giving tokens uses across more than one network. (medium.com)

Advantages & Challenges

Picasso brings several pieces of cross-chain infrastructure into one project. Its use of IBC gives developers a defined method for moving verified messages. The combination of a Kusama parachain, a Cosmos-based chain, and work on Ethereum and Solana shows an approach that reaches across different blockchain designs. PICA’s roles in fees, staking, and governance give the token a purpose within that approach. (ibcprotocol.dev)

The same breadth creates challenges. Each connected chain has its own rules, software, and operators, so a cross-chain service needs careful coordination and upkeep. Users also have to understand which version of PICA they hold and which network their wallet is using. Picasso’s change in focus illustrates another practical challenge for growing projects: building many DeFi products at once can spread development effort, leading teams to narrow their priorities. (medium.com)

Where to Buy & Wallets

PICA can be purchased through Gate DEX’s on-chain swap interface, which identifies Picasso Network (PICA) as a swap target. Picasso also launched a PICA/SOL pool on Orca in May 2024. These are on-chain swap routes; a platform that supports PICA deposits does not necessarily offer PICA trading. Kraken, for example, described its Picasso support as deposits and withdrawals without trading when it announced the service in 2023. (gate.com)

Wallet choice follows the network where the tokens are held. Keplr is a wallet option for supported Cosmos-based accounts, while MetaMask can display ERC-20 tokens on Ethereum. Solana PICA uses the SPL token format and belongs in a wallet that supports Solana tokens. Picasso published a Solana token address when it announced that version of PICA; matching the token and receiving network is an important part of moving between its different forms. (help.keplr.app)

Regulatory & Compliance

The Composable Foundation’s Swiss structure provides organizational context for Picasso. Swiss financial regulator FINMA assesses tokens according to what they do, including their payment, utility, and investment features. In the European Union, the Markets in Crypto-Assets framework sets rules for firms that provide crypto-asset services. In the United States, the IRS treats digital assets as property for federal tax purposes and includes staking rewards among the types of digital-asset income that may need to be reported. Those rules address different activities and can apply differently to a token holder, an operator, and a trading platform. (composablefi.medium.com)

PICA’s halal status depends on an assessment of the token’s uses and the activities connected to them. Islamic finance review considers matters such as how token proceeds are used and what rights or benefits the token provides. Malaysia’s Securities Commission Shariah Advisory Council, for example, sets out those factors for digital tokens within its jurisdiction. Picasso’s staking, fee-sharing, and DeFi uses would each need to be considered in a PICA-specific assessment; its technical purpose alone does not settle the question. (sc.com.my)

Future Outlook

Picasso’s 2024 roadmap centered on expanding IBC connections, improving its application, and developing Solana restaking services. It also raised ideas for changes to PICA’s economic model and for moving governance activity toward Cosmos. These plans point to two linked questions for the project’s future: how many useful connections its infrastructure can support, and how clearly PICA’s role can be tied to activity on those connections. (medium.com)

More broadly, Picasso illustrates the work involved in making separate blockchains cooperate. A transfer interface is only the visible part. Underneath it are message verification, relayers, software for each chain, and people who maintain those systems. Picasso’s published code and launches provide a foundation for understanding that effort, while its shifting product focus shows how an interoperability project can change as it develops. (ibcprotocol.dev)

Summary

Picasso began as Composable Finance’s Kusama parachain and grew into a project focused on IBC connections and restaking. PICA has been designed to support network fees, staking, and governance across that work. Its place in the crypto ecosystem is as a token linked to the effort to make assets and applications more useful across separate blockchains. (medium.com)