Chainstack's APIs and software are used by thousands of businesses, large and small, to build, scale, and maintain blockchain applications. To ensure your security and control, Chainstack's APIs offer secure node connections and key security best practices. Invite other members to join your network and deploy their infrastructure using simple network management tools. You can build and deploy the blockchain protocol that suits your needs. The protocol will never be updated or modified again. Chainstack's managed services for blockchain make it easy to launch, join, and scale decentralized networks. You can now safely experiment with enterprise-grade tools and services and then run production. Continuously monitor and provision your resources.
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Most finance teams run two systems: one for lease accounting, one for treasury, reconciled by hand. ZenTreasury runs both as one governed subledger, because the ERP that posts the journal entry does not know the contract behind it. ZenTreasury does.
Add a lease and the platform generates the full schedule automatically: right of use asset, lease liability, depreciation, interest, and balance carry forward, all following the standard from the moment the lease is saved. Index-linked remeasurement is handled automatically, with index rates, base values, and next indexation dates tracked per contract. Every later change, such as a scope change, term extension, rate revision, or partial termination, recalculates the schedule and logs it with a timestamp and user, so auditors get the before and after picture without asking.
On the treasury side: centralised FX position management across forwards, swaps, and cross currency instruments with mark-to-market valuations; internal and external loan tracking with valuation against yield curves and automated interest accrual; trade finance and guarantee monitoring with fee and exposure tracking; and group wide cash flow forecasting with scenario modelling, all multi entity and multi currency. Direct bank connectivity included.
One platform, accounting included, priced to the scope you run. Every customer gets a dedicated, isolated database. Lease calculations are independently reviewed by an international audit firm. Connect Claude, ChatGPT, or any MCP client directly to your contract data.
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ParaState
Create Ethereum-compatible smart contracts using various popular programming languages and execute them at a significantly higher speed on Substrate. This initiative operates under a decentralized, open-source business model that is financed by developer treasuries across participating blockchains. All current Ethereum smart contracts can be seamlessly executed on ParaState’s Ewasm VM (Pallet SSVM) without requiring any modifications. By supporting over 20 programming languages, ParaState enhances the developer ecosystem for creating Ethereum-compatible smart contracts. This includes widely-used languages like Solidity, Fe, Rust, and JavaScript, along with domain-specific languages (DSLs) such as MOVE, DeepSEA, and Marlowe. Substrate-based blockchains, including those within the Polkadot network, already experience a much greater transactions per second (TPS) rate compared to Ethereum. However, for a smart contract platform, the efficiency of compute performance is prioritized over TPS throughput. Experience the advantages by deploying smart contracts on ParaState and witness the enhanced capabilities firsthand.
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Terra
Anchor Protocol enables users to deposit Terra stablecoins to earn a reliable yield, leveraging the block rewards generated by prominent proof-of-stake blockchains. With features like immediate settlements, minimal transaction fees, and effortless cross-border exchanges, Terra stablecoins are favored by countless users and businesses alike. Meanwhile, Mirror Protocol facilitates the creation of fungible synthetic assets that mirror the value of real-world assets. These synthetic assets are designed to serve as essential components in smart contracts, effectively integrating global assets into the blockchain ecosystem. Developers can create smart contracts using programming languages such as Rust, Go, or AssemblyScript, and operate across multiple chains interconnected via the Cosmos Inter-Blockchain Communication (IBC) protocol. Terra stablecoins, on-chain swaps, and Layer 1 oracles function as foundational elements within this framework. This setup enables decentralized applications (dApps) to access Terra's payment solutions in an open manner. Terra's vision is to extend the accessibility of its stablecoins to every developer across various blockchain platforms. Currently operational on Ethereum and Solana, the platform is set to expand its reach to additional networks in the near future. This expansion reflects Terra's commitment to enhancing the blockchain ecosystem for all participants.
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