Your employees can access their corporate files and email accounts through their authentication on their Windows session.
If the user gives out his password or if it is stolen, the thief cannot be distinguished from this very user and can then access all data and applications.
Therefore, the “login/password” combination turns into a “login/thru-word” combination! It must be replaced by an innovative, profitable and scalable strong authentication solution.
Every electronic device contains components such as its brand, device type and serial number that makes it unique.
We create a Digital DNA by extracting these unique elements from a computer, a USB stick or the mobile phone of the user.
By combining this Digital DNA and the user’s ID, we enable a strong authentication which protects the user’s ID against identity theft. Our Digital DNA engine used as an authentication server is our starting point for the development of several solutions focused on corporate and eBusiness needs.
No need to buy or send any strong authentication device to users. The Digital DNA uses a device that already belongs to the user (e.g. a USB stick, a computer, a mobile phone etc.). Therefore, there are no purchasing or logistics costs associated with deployment or maintenance compared with other strong authentication solutions.
Reduction of deployment costs. Our Remote Accesses Protection solution is cheaper than PKI or OTP-based solutions and provides an equivalent level of security.
Ease of installation. It rapidly convinces users and provides a quick return on investment compared to PKI or OTP-based solutions.
Ease of use for nomad employees. Employees away on a business trip can generate their Digital DNA by using a USB stick or a mobile phone instead of their computer. It is then the recognition of the USB stick connected to the computer or the mobile phone itself that becomes the strong authentication factor.
Protection against identity theft. Stealing both the "login / password" and the equipment used to generate the Digital DNA becomes particularly complex.
Security in case the computer, the USB stick or the mobile phone is lost or stolen. A support service can disable the Digital DNA and generate a new one, thus reducing any downtime for the user.
Scalable security. It is possible to add a PIN code with a limited number of attempts to the Digital DNA, to further increase its level of security.
The user no longer has to memorise complex and changing passwords because the DNA because the Digital DNA together with the PIN code serve as a password.
The user will have to type its logins / passwordsonce and for all for each of its applications: the Digital DNA takes care of the rest.
The Digital DNA is generated using unique and non forgeable components of such devices as a computer, a USB stick or a mobile phone.
