Blockchain Frameworks

Blockchain Solutions on Hyperledger Frameworks – An open source effort created to advance cross-industry blockchain technologies. We opt Hyperledger to reduce the security risks and ensures that only the parties that want to transact are the ones that are part of the transaction and, rather than displaying the record of the transactions to the whole network, they remain visible only to the parties involved. So, Hyperledger provides all the capabilities of the blockchain architecture – data privacy, information sharing, and immutability, with a full stack of security protocols – all for the enterprise.

• Fabric
• Sawtooth
• Iroha

Permissioned Block Chains – This means the only restricted number of users are allowed to confirm the blockchain-enabled transactions. A permissioned blockchain also restricts permission to the filtered users who can create smart contracts. We intend in building business-oriented, open source, dispersed ledger schema, and tailor-made code bases to enhance business use cases.

• Chain Core
• Burrow

Public Block Chains – which uses a voting-based consensus algorithm to facilitate an enterprise-focused distributed ledger and smart contract platform. Data privacy is achieved within the network by allowing data visibility on a need-to-know basis. The platform is designed to support both transaction-level privacy and network-wide transparency. The network validates all smart contracts and overall system state through the involvement of all running nodes.

• Corda
• Indy

Ethereum – Ethereum is an open blockchain platform to build and use decentralized applications that run on blockchain technology. With Ethereum blockchain platform facilitating scripting functionality, our program runs through the nodes in the network. As a result, it does not just track transactions, it also programs them.

• Dapps
• Quorum

Machine-to-machine (M2M) transactions – This platform entails a generalization of the blockchain protocol with the technology called Tangle, that sits at the backend of the IOTA platform.  The architecture of the network involves peer-based validation. We chose this platform to be completely risk-free, without facing the scaling challenges that are inherent in the first generation of blockchains.

• IOTA

Build Consensus algorithm for agreeing to changes in the ledger – We build a new data structure with an automated way to enforce trust among participants. Consensus algorithms ensure that all participants agree on the data stored within the blockchain. Our Consensus algorithm is independent, and even competing within the organizations, to share information to gain efficiencies across any industry.