NOIZET

N0.1 Zet’s Kafka And Event-Driven Design Optimizes Data, Service Coupling And Versioning

About

In terms of both its functionality and its technological nature, the value offer that we want to bring to the table is completely innovative. Specifically, we intend to bring value-sharing devices that are situated on the blockchain to the table. I am of the opinion that this new value proposition has a great lot of potential. Our applied research is made of original research activity that is carried out with the aim of obtaining new knowledge and is largely geared towards a defined practical goal or objective. This research is carried out with the intention of collecting new information. It is the purpose of this aim or objective to provide on the market: innovation that has an effect on society and the economy; a popular form of capitalism that is enjoyable, straightforward, and safe. And this via methodical effort — based on information from blockchain research, artificial intelligence and analytical data, as well as practical experience and the production of new technical knowledge — seeks to lead to a significant innovation (we call it a quantum leap) of processes that are already in place.

Genuine inventiveness

In terms of both its functionality and its technical nature, the value offer that we want to bring to the table is absolutely novel: value-sharing devices that are located on the blockchain. I believe that this new value proposition has a great deal of promise. Our applied research is comprised of original research work that is carried out with the purpose of acquiring new knowledge and is primarily directed towards a targeted practical goal or objective. This goal or objective is to offer on the market: innovation that has an impact on society and the economy; a popular capitalism that is fun, simplified, transparent, and secure. And this via methodical effort — based on information from blockchain research, artificial intelligence and analytical data, as well as practical experience and the production of new technical knowledge — seeks to lead to a significant innovation (we call it a quantum leap) of processes that are already in place.

Elimination of unpredictability

The elimination of the following elements of uncertainty is made possible by the solution of N01zet:

Development that is methodical

Because of the use of agile techniques and appropriate technologies (DevOps, Cloud), which enable an incremental and iterative approach to integrating as progress is made to integrate the solutions in order to eliminate the difficulties or uncertainties that have been found. The ability to concretize each step of the process is made possible by meticulous planning with an organization that has specific goals.

Elements that are both transferable and repeatable

Using our strategy and our solutions, we will be able to resuscitate the corporate savings market and company-employee loyalty in France, Europe, and throughout the globe. This will be made possible by the validity of our research, which will enable new firms (start-ups, Fintechs) to enter new markets.

The requirement that

The majority of companies organize their software assets in a manner that results in a great deal of close coupling between various services. This makes it difficult to add or delete services without resulting in modifications to the code. One reason for this is that services are dependent on one another in order to create replies to client requests. Additionally, there is often a massive monolithic database at the center of the system, which is difficult to disconnect and update. In addition, batch operations are a source of delays and obstacles.

Reversing the way we think about data, service coupling, and versioning is one of the issues that N01zet is attempting to overcome by using event-driven architecture in conjunction with Kafka as an efficient solution.

Platform that provides real-time, decentralized corporate banking

The use of event-driven microservices made this feasible.
EOS smart contracts are responsible for validating transactions (business rules).
Due to the fact that EOS is capable of processing a substantial number of transactions per second with latencies of less than one second, it is able to serve real-world use cases that include several users.
No transaction charge is required for EOS; nonetheless, a sender is required to pay EOS tokens in order to access bandwidth, computation, and storage. EOS does not need any fees for each transaction.
EOS mainnet or private EOS cluster deployment options are available for deployment. Developed and deployed on a Kubernetes cluster that is metric-driven and auto-scaled horizontally.
Open telemetry allows for the extraction of profound operational insights from logs, measurements, and traces.

Structures that are driven by events

The following is a list of some of the capabilities that we have in our system design thanks to event-driven architecture, which I will elaborate on in more detail a little bit later:

Utilize Events as Notifications for Collaboration: This will completely change the method in which our services cooperate, allowing us to transition away from a central chain of command and toward a stream of events wherever they are required.
To carry state along with the events and decrease the number of distant service calls required to get data that is required to finish the task that is meant to be done by event consumers is the purpose of event carried state transfer.
As a means of recovering from catastrophes or doing audits, event sourcing involves reconstructing and replaying logs. This provides a chance to repair the side effects of mistakes that occurred in the past, generate other states, or execute audits.
EOS: An EOS smart contract is responsible for validating each and every transaction.

Using CQRS, commands and inquiries may be separated, which might result in an improvement in the overall performance of the system.