Couchain is a fourth generation blockchain that is conceived to run on data layers that are supportive of expedited verification. Data flows are seamless in design, activation, and methodology. Improving the efficiency of existing Blockchains was the motivation for the conceptualization and introduction of Couchain.

The popularity of the Blockchain has given rise to several applications, products and services that make a difference in our world. Advancements and improvements on the Bitcoin Blockchain has notably paved the way for innovations that are better suited for a real-world application.

What’s New With Couchain?

Couchain is a fourth generation Blockchain innovation that comes with a concept of expanded data storage and computing boundaries, optimized decentralization methodologies, reliability, and auditability.

In the conceptualization of Couchain, we settled for the ε-differential agreement (eDA), otherwise known as Neural Consensus Algorithm. Couchain envisages a deepening of optimal scalability, and that explains the preference for the eDA.

eDA Methodology

There is a noticeable performance increase on Couchain with the increase in node size instead of a slow down associated with the Bitcoin and Ethereum Blockchains.

An optimal outcome should be expected when the network ecosystem is at 100k. The TPS in Couchain settings will be at least 100k.

The multiple node configuration also serves to position Couchain as capable of withstanding deliberate or unintended system attacks. When a node shuts down for any reason, the other on-line nodes keeps the Blockchain ongoing till the affected node is reconnetced.

Here is a pictogram of how this works:

Agile Implementation

Couchain is cut out to provide a revolutionary solution with its Blockchain. Distinct features have been recognized for development in order to meet the yearnings of individuals and commercial users. We have set out to implement the AGILE approach so that Couchain can be a responsive framework that answers to the expectations of our user community

While our roadmap is conceptualized with a clear framework that appraises strengths, weaknesses, and opportunities in Couchain development, the vital room for update and improvements is embedded.

Features of Couchain

Couchain is positioned as a project that is a complete generational shift from the old order of Blockchains to the new.

Couchain is conceptualized with the following features:

Neural Consensus Algorithm

On-chain and Off-chain Computing Sharing

Rollback (Adjustable feature only on request)

Microservice Structure and Functional API

Biometric data as a seed for Electronic Signature

Seamless Data Flow and Transactional Model

Developer Integrations for Java and Programming Languages of Common Use

Utilising Off-chain and On-chain Capacities

On-chain functionalities is a known feature of existing blockchains. However, incorporating off-chain computing capacities as made possible in the Couchain algorithm surely provides savings in storage and computing capabilities.

The cost of on-chain processing is one of the reasons for the high cost of transactions in existing Blockchains. While off-chain computing readily offers a leeway for cost savings, it also highlights a need to safeguard data integrity.

Data integrity on Couchain is made possible with validation processes of the off-chain nodes made possible with proven authenticity tools. Since data integrity is assured on Couchain, data-intensive tasks like video transcoding can be handled off-chain for cost savings.

Other huge data parsing and validation happen in the same vein on an off-chain basis as long as authenticity tools are effective. To retrieve proof of correctness as well as the proof result for all off-chain computing will ultimately be less resource-intensive as on-chain computing.

Proof results and validated data will be processed onchain and data states updated accordingly as these occur. Data decentralization will be maintained with offline storage updated with network connectivity restored at pooled timelines.

Couchain is introduced as a multi-pronged and multi-resourced Blockchain that makes it possible for existing shortcomings of the Blockchain to be improved upon. Transaction processing speed, as well as data integrity, are major touchstones that Couchain is primed to ensure.

Scalability, Rollbacks, and Energy Conservation

The Bitcoin Blockchain was applauded at its inception for its definitive and revolutionary features. When the initial entrancement died down, it became clear that there was a need to make improvements to the existing algorithm.

The Ethereum Blockchain was the first improvement on the Bitcoin Blockchain that became an overwhelming success Still, the scalability, speed of processing and energy-intensiveness were talking points.

The gas requirements for ethereum transactions makes the Blockchain less greenhouse friendly and fossil-energy dependant. Block mining on the Bitcoin Blockchain and its poor scalability mean heavy energy usage demands.

The 3rd generation of Blockchains was heralded by the Proof of Stake driven model with better processing speed. However, the failure to incorporate off-chain computing, support transaction rollbacks, among other reasons necessitated the Blockchain 4.0 age.

Couchain Blockchain 4.0 is capacitated to ensure an optional transaction rollback feature for clients who need such. In other words, no more record of transactions ending up in black holes will be seen.

Couchain will support exponential transaction processing times so that a full-fledged commercial deployment of the Blockchain will be a reality. Organisations that require the capacity for the processing of millions of transactions in a matter of minutes, will find Couchain as a ready ally.

As the Couchain Blockchain is unveiled, the competitive features needed for commercial use-cases will become available and subject to further scrutiny. The stakeholders and user community can be assured that data security, data persistence as well as expedited traceability are touchstones of Couchain.

Adaptive Database

The manner of transaction verification within Couchcain is best understood within the standpoint of its architecture as a coherent distributed and decentralized system.

Couchain comes with a storage elaboration that is capacitated with an organized and evidently advanced algorithm. Complex data structures are better suited for the cryptographic and adaptive database enabled by Couchain.

Optimized Computing Power

The optimized computing power approach of Couchain ensures that both the on-chain and off-chain capacities of nodes are explored.

Speedy processing is the end result of such synergistic computing architecture. In effect, the slow speed of transaction on the older generation of Blockchains is avoided.