How Remme Protects and Secures Digital Systems

It is an absolute fact that in this 21st century, the major way by which individuals get full access to various networks and online platforms is via a password. Each password is specific to each user. Thus, a password provides a secure way of accessing a platform. Nonetheless, passwords have their own huge disadvantage. For the purpose of remembrance, individuals will most times use one password for a variety of online platforms and network. When this password gets hacked, the hacker is thrown full access to not only the primary platform where the password was hacked from, but also to other platforms in which the password is associated with. And with the increasing rate of criminal activities on the internet these days, this is beginning to be a big problem for internet users. To be fair, the use of passwords alone cannot provide optimum security for the 21st century internet user.

Public Key Infrastructure system, a secure technology system, solves this problem by the creation of highly secured internet environment. Public Key infrastructure provides a complex security system by ensuring for digital signature (such as confirmation of information and message integrity), privacy for data storage, transfer and processing (which all constitute data encryption) and data authorization. Public Key Infrastructure system bases its encryption and decryption system on a complex mathematical approach. It consists of a myriad of controls, administration and layouts which range from hardware to software. Anyway though, the central core of operation of the public key infrastructure is digital certificates. A digital certificate is a document which is created to specifically link an identity (such as an individual or a system) to a public key which is contained in the certificate.

REMME high-end secure technology is a special kind of public key infrastructure that has been specifically aimed to provide top class security for internet users. It works on a two-factor authentication system in which the primary factor is the password while the secondary factor is any other data which can be used to solidify the primary factor. REMME technology determines the best second factor to be used for a particular system. For example, if a system needs an authorized individual to be physically present, then the best second factor will be the use of biometric data for the authentication. The token symbol for REMME high-end secure system is REM.

REM token is used for all internal operations functioning under its high-end secure technology system. REM token is the digital currency exchange service which is adopted by REMME technology. Users of REMME technology carry out all activities on their platform using the REM token. There are about twenty five thousand users on the REMME platform, with about twenty thousand being active. Each year, a particular service or company can pay for a required number of digital certificates with the REM token and the REMME technology will have to determine the required second factor that best suits them. For example, a particular company wants to authorize their employees with REMME technology. They simply pay for their employees’ certification and authorization with REM tokens. REMME technology will be in charge of selecting the best second factor option for the company based on the data they provide.

Benefits of REMME technology include:
● No additional fees for different certificates and credentials.
● No limitations as regards government laws and bureaucracy.
● Provides full anonymity.
● No centralized database of certificates that could possibly be compromised.
● Rapid and efficient public key distribution process.
● Rapid and efficient certificate revocation process.

In today's world of endless cyber vices no doubt, REMME technology will be of invaluable use to the internet user.
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