About Us

We have developed a very high-end compaction technology

Revolutionising communication, security and data

We are working on tough challenges that we are facing in the field of security, data retention and capacity, which is daunting the industries, governments and the layman as well.

We are working on a very high-end reduction technology which will change the way of communication and security is viewed as of today. With security concerns reaching every aspect of one's digital life, may it be phone, personal computer, bank records, health records, personal identification information, IOT devices, etc. While Enterprises and Governments are having different set of issues like email and data security, data center security, stability of systems, capacity building, last mile reach, data retention etc.

Our technology will touch every aspect of the above said challenges and enhance speed, increase availability, strength security and also increase speed at which a service is rendered as well. Eventually saving a huge money for government and businesses in infrastructure, network bandwidth and storage expenses. We are able to reduce any digital information to almost 1/100th or at times 1/1000th of the original size and then generate back the exact same/original information loss less at the destination.

With this cutting-edge technology ESALR finds its application everywhere, where there is information created and decimated. With its numerous applications and fields of use, it is left to one's imagination to apply it. In most of the places it better to identify places where it cannot be used as opposed to where it can be used.

GNP Technology Summary

GNP Technology can encrypt any data into a number with a fixed, predetermined number of digits. The number of digits or the quantum of encryption is customizable as per the application scenarios keeping in mind the time factors within which the encryption should occur and the size of data to be encrypted for a viable, practical use for an application scenario. The implorer does the encryption function, and the explorer recreates the original source data from the encrypted data. In general terms, the implorer performs encryption, which can be viewed as lossless data reduction. However, it does not rely on any correlation of information in the source data and hence is agnostic of the data format.
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