Couchain highlights the need to provide a functional blockchain that can be applied on a real-world basis. In view of the increasing attraction to the blockchain across the globe, it is evident that the future of the world will be blockchain-driven.

Couchain is capacitated to provide a platform for hosting of third-party apps and allow enterprise-wide functionality on a stable, secure, efficient, and responsive basis. Third party apps provide a wider basis for adoption of the blockchain for multifarious purposes. This also presents a challenge in terms of reverse access manipulations perpetrated by online hackers. While this can be a source of concern, Couchain addresses this sufficiently.

Reverse Access Standpoint

The cloning of access credentials on networked systems is one that system administrators are familiar with. On the blockchain, there are more attempts going on daily to compromise user accounts and wallets than are reported.

The easy route to compromise access on a platform is the attempt to reuse earlier authorizations and pass it off as the existing or prevailing access. How this works can be almost predictable since a holder of a genuine authorization does not have a need to clone such

The possibility of a reverse access getting a push on the Couchain blockchain cannot be ruled out, but the success is ruled out. What is the persuasion for this standpoint?

Secured Virtual Containers

On Couchain, nodes are distributed using secured Virtual Containers as a structural underpinning to create a wall of first defense against intrusive characters that are marauding on the corridors of the global blockchain.

Such structural configuration makes it possible to keep a lid on the source of access for every interface on the network. It is important to highlight such clear distinction on the design and nature of the access apparatus.

In understanding the Couchain methodology, it is apparent that third-party access to the platform is possible with the hosting of apps made a reality for developers. While this possibility expands the range of use of the blockchain, it also creates a possible security challenge on the face of it. However, for a host machine to have access to the blockchain via any of the operationalized nodes, the requisite credentials must be provided.

Network systems already create a precedent that Couchain has subjected to an array of lines of action. On the Linux security methodology, referral modes only sustain a third-party access on the basis that valid and authorized credentials are presented.

On the Linux framework, having a guest credential alone does not guarantee network access as the double access lock mechanism voids a compromise attempt and invalidates the presented credentials. So, for hosted apps, a double layer of credentials has to be presented to gain network access. This is in place to ensure that nodes that are not directly managed by Couchain don’t become the weak link to put the integrity of the platform at stake.

Whenever credentials are provided for access to Couchain, the route of permissions and authorization firstly has to recognize the initial layer of guest machine ID. The guest machine also has to provide a user-specific authorization code so that the nodal connection can be enabled.

The management and security of Couchain is thus safeguarded from guest usage vulnerability as a compromise of the guest machine alone will not be sufficient to provide access to Couchain. This is the best structural configuration to ward off unwanted intrusion into Couchain.

Autonomous Run of Couchain

Couchain is designed to run autonomously so that access is not possible on the score that a single lock access is obtained by an interloper. Couchain is able to run in an autonomous manner as a result of the presence of the tri-dimensional components of methodology. The operative layer runs into the security and transaction authentication layers.

Couchain has a server compiler code, the cluster asymmetric key authenticator and the challenge seed. On the transactional front, there must be a hash certificate as a necessary accompaniment for each transactional data. In other words, an operative access does not necessarily give rise to a transactional access.

The cluster key authenticator is not a standalone process that works all-in-one. Instead, the batch of transactions has to come up for the validation of transaction initiation and authentication. Once a cluster of transactions is authenticated, a cluster access certificate arises in such a way as to ensure that each container access credentials are automated.

Container access credentialing process is automated so that cloning of existing credentials is made of no effect. This is possible as a result of the compilation phase which is only authenticated with the generation of a non-predictive password. So, irrespective of an interloper accessing a guest machine by compromising such platforms or through the duplication of the single access point, on Couchain, the validation of credentials is impossible with preset keys.

Compromising Blockchains

The possibility of compromise of existing blockchains might be attributable to a range of reasons that can be traceable to duplicated access credentials or a breach of valid input keys. By choosing a path that deviates from validation by preset keys, there is a preference for credentialing based on password randomization. By moving away from single lock procedures that allows for signature cloning, Couchain makes it impossible to clone access rights as a second layer of security presents a challenge seed that is unrevealed and non-predictable.

The most important feature that can be seen in moving away from loopholes that dogged earlier blockchains can be seen with the double lock access mechanism. While on earlier blockchains permissioned-access could be cloned by falsifying prior transaction signatures, the fourth generation blockchain as presented by Couchain cannot allow a single-loop access.

In view of the absence of single-loop vulnerabilities and a container access approach to security and credentialing, cloning of access rights a futility on Couchain. So, reverse access attempts are completely futile on Couchain and access must be based not on historical preset keys but on random access keys and password that are generated on a real-time basis.

Couchain is on a journey to a fourth generation blockchain reality. We are making progress in our bid to give the world a robust blockchain experience.