Stellar and Tezos Blockchain Networks Are Now Supported

Stellar and Tezos Blockchain Networks Are Now Supported

Blockchain Updates Announcements

Crypto APIs Team

Jun 9, 2023 • 2 min

Over the past several months, Crypto APIs has been dedicated to completing integrations with two prominent blockchains, Stellar and Tezos. Our primary goal with the integrations of these two blockchains is to diversify our supported networks and provide seamless access to our clients. 

Firstly, we are thrilled to announce the successful integration of Stellar, a robust blockchain platform known for its efficient cross-border payment capabilities. With Stellar now integrated into our services, businesses can leverage its fast and cost-effective transaction settlement to facilitate global payments, streamline financial operations, and enhance accessibility to the Stellar ecosystem.

Additionally, we have diligently worked on integrating Tezos, a smart contract platform that emphasizes security, formal verification, and governance. By incorporating Tezos into our platform, developers and enterprises gain access to its powerful smart contract capabilities, enabling the creation of decentralized applications (dApps) and the execution of secure and transparent transactions.

These integrations exemplify our commitment to staying at the forefront, catering to the diverse needs of our customers. By expanding our blockchain coverage to include Stellar and Tezos, we enable businesses and institutions to harness the unique features and benefits of these networks, fostering innovation, efficiency, and trust.

Stellar architecture 

The Stellar architecture is built on a decentralized network of servers using the Stellar Consensus Protocol (SCP). It consists of the Consensus Layer, which ensures agreement on the state of the blockchain, and the Ledger Layer, responsible for maintaining transaction history. Stellar Core software connects to the network, validates transactions, and communicates with other nodes. 

Developers can create smart contracts and decentralized applications (dApps) in the Application Layer. Stellar's architecture prioritizes fast and low-cost cross-border transactions, promoting interoperability with existing financial systems. It offers scalability, security, and transparency for efficient value exchange.

Tezos architecture 

Tezos architecture is a layered design that provides a flexible and self-amending blockchain platform. It comprises the Network Layer, responsible for network communication, the Consensus Layer, implementing the Tezos Proof-of-Stake consensus algorithm, the Transaction Layer, executing transactions and validating smart contracts, and the Contract Layer, where developers create and deploy smart contracts and decentralized applications (dApps). 

Tezos allows for scalability, security, and interoperability by separating network infrastructure, consensus mechanisms, transaction execution, and smart contract functionality. Its unique self-amendment feature enables token holders to propose and vote on upgrades and amendments, ensuring the blockchain can evolve and adapt without contentious forks. Tezos aims to provide a secure and decentralized environment for developers and businesses to build and interact with innovative blockchain applications.

Crypto APIs Commitment

We recognize our customers` needs for supporting a wider range of blockchain networks. By integrating Stellar and Tezos, we facilitate the seamless integration of these blockchains into existing infrastructure, making it easier for businesses and institutions to explore and embrace the potential of decentralized technologies.

At Crypto APIs, we remain steadfast in our mission to provide comprehensive, reliable, and user-friendly API solutions that empower our customers to unlock the full potential of blockchain and cryptocurrencies. With the addition of Stellar and Tezos to our platform, we are excited to witness accelerated adoption and widespread utilization of these transformative technologies among businesses and institutions globally.

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