Pact

Pact code is stored directly on the blockchain, making it easily readable by humans. In contrast to languages like Solidity, which are compiled to bytecode, Pact's approach simplifies the process of verifying the security of contracts.

Pact disallows recursion and loops, preventing the creation of infinite loops that could potentially disrupt the blockchain network. This design choice eliminates a class of bugs associated with long-running or infinite loops, which are common in Turing-complete languages.

Pact supports both simple public key authorization (similar to Bitcoin) and multi-signature authorization using keysets. Keysets allow the encoding of authorization rules, ranging from requiring all keys to sign to custom predicate functions defined in a smart contract.

Pact includes language primitives for working with zero-knowledge proofs, a cryptographic technique providing transaction privacy or off-chain computation capabilities.

Pact code is stored directly on the blockchain, making it easily readable by humans. In contrast to languages like Solidity, which are compiled to bytecode, Pact's approach simplifies the process of verifying the security of contracts.

Pact disallows recursion and loops, preventing the creation of infinite loops that could potentially disrupt the blockchain network. This design choice eliminates a class of bugs associated with long-running or infinite loops, which are common in Turing-complete languages.

Pact supports both simple public key authorization (similar to Bitcoin) and multi-signature authorization using keysets. Keysets allow the encoding of authorization rules, ranging from requiring all keys to sign to custom predicate functions defined in a smart contract.

Pact includes language primitives for working with zero-knowledge proofs, a cryptographic technique providing transaction privacy or off-chain computation capabilities.

Kadena supports a “liquidity commons,” which is a self-coordinating and unfragmented liquidity pool enabling unique incentives and cash flows across multiple exchanges.

Marmalade provides the complete infrastructure to launch and run game-changing NFT marketplaces. Unlike other markets, Marmalade offers 100% on-chain transactions, high-quality provenance, low gas fees, and shared ownership that can span platforms.

EVM (Ethereum Virtual Machine) platforms require even the simplest contracts to include reams of unintelligent copy-pasted code, preventing multi-chain interop. However, Pact was designed for interop, allowing a single PolyFungible NFT ledger to service the entire market.

Kadena supports a “liquidity commons,” which is a self-coordinating and unfragmented liquidity pool enabling unique incentives and cash flows across multiple exchanges.

Marmalade provides the complete infrastructure to launch and run game-changing NFT marketplaces. Unlike other markets, Marmalade offers 100% on-chain transactions, high-quality provenance, low gas fees, and shared ownership that can span platforms.

EVM (Ethereum Virtual Machine) platforms require even the simplest contracts to include reams of unintelligent copy-pasted code, preventing multi-chain interop. However, Pact was designed for interop, allowing a single PolyFungible NFT ledger to service the entire market.