Hadron Systems
Leading solution that protects critical information
Encrypted smartphone system
It provides encrypted smartphone telephony, messaging, and data transmission at the highest level of advanced military-grade cyber defense (mobile device security), thanks to the use of its own operating system, reinforced with three layers of encryption using its random quantum key generator, designed to safeguard total privacy in communications.
Key services with a high level of security protecting user information.
- Secure voice communications: End-to-end encryption ensures the privacy of phone calls. Only the parties involved in the call have access to the information.
- Secure instant messaging services: end-to-end encryption for group chats and file transfers.
- Encrypted Email: End-to-end encryption ensures emails are secure and private.
- Private Cloud Data Storage Services: Stored data is protected by end-to-end encryption and on highly secure private servers.
- Quantum Key Generation: Hadron Systems' network uses quantum key generation, which provides an additional layer of security and privacy through an ultra-fast, high-end random number generator capable of generating keys at speeds of 4Gb/s.
- Customized features tailored to specific customer needs.
How the system works
An advanced methodology that guarantees network and device security. The installation of quantum encryption keys, security profiles, and proprietary applications further enhances security. Devices are registered on a private MDM server. This allows the security manager to remotely configure, manage, lock, wipe, and monitor these devices.
Quantum encryption keys are generated and installed on devices. Whenever the device requests access to any of the services provided by the network, a secure encrypted channel is established between the device and the network via a *QHAE (Quantum High Assurance Encrypted Device) connected to the central server and a program installed on the client device. Once the connection is established, the device is granted access to the services.
The Hadron Systems network provides a high level of security by creating between one and three additional encryption channels. All data passes exclusively through these channels. For voice calls, two layers of encryption are established: the first secures the connection to the central server, while the second creates a secure voice channel within another secure channel between the two users.
Messaging apps do not send or receive any sensitive data until the Hadron Systems Secnet secure channel is established. The information contained in the PUSH notification packet that arrives on the device is simply that a message is available on the server, and the user must open the messaging app to download messages received over a secure channel.
Messages are encrypted during transmission within the Hadron Systems network and on the servers where they are stored. Only the devices sending and receiving the messages can decrypt them.
Various encryption and key exchange algorithms are used, ranging from NIST-approved algorithms such as AES-256 CBC/GCM, RSA-4096, and HMAC, to specific proprietary algorithms. For quantum-resistant systems, algorithms such as NTRU, BCNS15, and Frodo are used.
Quantum key-based encryption
Encryption is the process of scrambling data to prevent unauthorized parties from accessing information, denying the content's intelligibility to a potential recipient.
The quality of an encryption system is measured by the quality of the algorithm and the keys used. Random and secure encryption keys are used.
Keys generated through this method are unique and cannot be predicted or replicated.
Generating truly random encryption keys is essential to ensuring data protection in an increasingly technological and connected environment. It's crucial to ensure that even the most powerful machines can't generate identical encryption keys in a useful timeframe.
