Forget complicated security and firewall setups – with Secure ID, all traffic is transported through HTTPS. All authentication happens through DigiLife using a BIP39 seed phrase – an easy-to-remember group of words to help you backup and recover your digital asset – and the corresponding login.

The Secure ID authenticator recalculates your password every time you visit the site, with passwords never stored to minimize risk. All passwords are completely unique to you, to the website and to the world.

Secure Video Conferencing is a decentralized video and audio conferencing facility, built to help your business communicate clearly and securely – with no need for third party involvement.

Using a point-to-point architecture to eliminate the need for a central service provider, Secure Video Conferencing combines with the support and care of DigiThree to allow you to give your business community exactly what it needs.

Private Secure Video Conferencing is a personal conferencing setup – a single user deployment of the video conferencing platform with no third parties involved.

Shared Secure Video Conferencing is a department or company wide conferencing setup – a multi user deployment of the video conferencing platform with no third parties involved.

All types of Secure Video Conferencing software can be installed on personal or shared computers, with all installations 100% compliant with enterprise government standards.

The technology is built to support logging and fingerprinting, which allows it to create a clear auditable usage history. Secure Video Conferencing also supports secure, one-to-one communications and group meetings, with the ability to create recordings and store them locally.

Complete with screen sharing, live member chat and functionality for operators and moderators, Secure Video Conferencing is securing the future of communications for your business.

Let’s imagine we want to store the DigiThree logo. In this example, the logo is our original object, and is represented digitally by a large number of bytes, which in turn are made up of bits (1s and 0s).
 
This long sequence of 1s and 0s is broken up into smaller sequences, which are then compressed so an encryption algorithm can create shorter numbers. These numbers can then be represented by variables – shown in the diagram as a, b, c and d.

Because our variables have been created by the same algorithm, the process can be reversed, (either through engineering or a brute force attack) the original data sequences retrieved and the original object restored.
 
This can be done by an adequately powerful, stable quantum computer, and is what most storage protocols and systems do.

Here at DigiThree, we take one more step to make data storage quantum-safe and impossible for quantum computers to hack.

We create a mathematical equation with each variable – one to represent each original data part – resulting in a mathematical system to which the only solution comprises the numbers that represent the original sequence of 1s and 0s.

The equations can be stored on many separate disks, with an extra layer of fault resistance provided by the creation of further unique equations to be stored alongside them.

This process gives us a ‘zero proof storage system’, in which no stored data parts contain any original data – not even compressed and encrypted data.

DigiThree’s unique proposition selects storage providers and locations that match your application and business criteria.
Our solution can help you store data in certain geographical areas to meet governance and compliance requirements, or even use different storage policies for different types of data.

We make this possible through storage architecture, which can be created from the building blocks produced by ThreeFold farmers, and consumed by developers and end-users alike.