How it works
Encryption eco-system 8(to)7 for Business



In today’s digital landscape, data security is a critical concern for businesses and individuals alike. As cyberattacks and hacking attempts continue to rise, there is a growing need for complex data encryption solutions. Eight to Seven (8TO7) steps in to address this need, offering businesses a high-speed Quantum Encryption service that guarantees information security. This article explores the services provided by Eight to Seven, how it operates, the industries that benefit from its solutions, and its progression towards post-quantum technology.

What is 8TO7?

Eight to Seven is a Quantum Encryption as a Service solution designed to deliver cutting-edge security solutions across multiple industries. It offers an effective, speedy, and resilient data protection mechanism that prevents unauthorized access to sensitive information.

How does 8TO7 work?

The underlying technology of 8TO7 is based on compression-based molecular-genetic encryption algorithms. This intricate technology makes it incredibly difficult for even those with quantum computing capabilities to hack. By employing genetic algorithms, data is encoded in a unique manner that renders it virtually impossible to decipher. Furthermore, the encryption’s DNA-based mechanism ensures that unless accessed in the correct environment, the data remains securely encrypted.

At its core, 8TO7 operates on compression-based molecular-genetic encryption algorithms, leveraging advanced technologies to provide robust data protection. This encryption process involves several key steps:

Data Compression: The 8TO7 encryption process begins with data compression. It applies advanced compression algorithms to reduce the size of the data to be encrypted. This step not only allows for efficient storage and transmission of the encrypted data but also adds an extra layer of security by obscuring the original data structure.

Genetic Encoding: Once the data is compressed, 8TO7 employs genetic encoding methodologies to convert the compressed data into a unique genetic sequence. This genetic sequence is structured in a way that makes it extremely challenging for unauthorized parties to decipher or reverse-engineer.

Molecular Encryption: After the genetic encoding step, 8TO7 employs molecular encryption techniques to further protect the data. The genetic sequence generated in the previous step is transformed into a physical representation using molecules, such as DNA strands. These molecules are manipulated in such a way that the original data cannot be accessed without the correct molecular decoding process.

Key Generation: To enhance security, 8TO7 utilizes a secure key generation process. A unique encryption key is generated for each data encryption process. This key is required to decrypt the data, ensuring that only authorized users with the correct key can access the information.

Secure Data Transmission: Once the data is encrypted using the molecular-genetic encryption techniques mentioned above, it is ready for transmission or storage. Encrypted data can be securely transmitted over various communication channels or stored in databases, knowing that it remains protected even if it falls into the wrong hands.

Secure Decryption: When authorized users need to access the encrypted data, they must possess the encryption key generated during the encryption process. By providing the correct key, authorized users can initiate the decryption process, allowing the original data to be reconstructed.

It is important to note that the encryption and decryption processes in 8TO7 rely on a secure infrastructure and protocols to maintain the integrity and confidentiality of the data. This ensures that the encrypted data remains protected throughout its lifecycle and can only be accessed by authorized individuals with the necessary encryption key.

Through its sophisticated compression-based molecular-genetic encryption algorithms and secure key generation, 8TO7 offers a highly secure and reliable data protection mechanism. By leveraging these advanced encryption techniques, 8TO7 ensures that even with access to quantum computing power, unauthorized parties are faced with insurmountable hurdles when attempting to breach the encrypted data.

Which industries benefit from 8TO7?

8TO7’s service is highly beneficial to diverse industries that handle sensitive data or intellectual property (IP). Consider the following examples:

Healthcare: Healthcare organizations store vast amounts of sensitive data, including medical records and billing information. With 8TO7’s encryption, this information remains confidential while enabling secure data sharing between different providers and systems. In addition, it supports compliance with HIPAA regulations.

Retail: Retailers contend with a significant volume of customer data that includes personal and financial information. 8TO7’s encryption ensures enhanced data security, protecting customers’ information from breaches and fraudulent activities.

Automotive: As vehicles become more connected, they accumulate and exchange sensitive data on performance, location, and infotainment systems. 8TO7’s encryption safeguards the privacy of this data, preventing cyberattacks in the process.

Why is 8TO7 considered post-quantum encryption?

8TO7 qualifies as post-quantum encryption as it employs quantum computing power to encrypt data. By utilizing molecular-genetic algorithms, it provides encryption that is resilient against quantum computing attacks. This ensures data integrity and confidentiality, making it extremely challenging for unauthorized individuals to breach the encryption.

Overall, Eight to Seven’s Quantum Encryption as a Service is a groundbreaking solution for data encryption and protection. The underlying technology is reliable, efficient, and fast, providing unmatched data security in various industries. As the demand for securing highly sensitive data continues to escalate, Eight to Seven empowers businesses to stay ahead by adopting advanced post-quantum encryption technology. Embracing 8TO7 signifies a proactive approach towards ensuring business continuity and fostering customer trust in the digital era.

Our Speed

8(to)7 Encryption, along with simultaneous data compression, exhibits speeds ranging from 140 Mbps to 266 Mbps. These performance metrics have been meticulously examined and calculated within an optimal computer environment. In comparison to AES256, 8(to)7 is consistently at least three times faster, and in certain scenarios, it outpaces Bitlocker by up to 96%. Moreover, thanks to our patented compression methodology combined with encryption, we proudly assert our 100% post-quantum resistance.

Our Encryption and Compression: Faster, Safer, and Quantum-Proof.

How it works
Encryption eco-system 8(to)7 for Home Editions

How can I install Home Edition GuardIT and/or EncrypX?

Once your subscription for one of our Home Editions is completed, you will receive an email with the subject “8(to)7 download.” In this email, you will find a download link that allows you to download our program.

How does your encryption software work?

Our encryption is based on quantum encryption combined with data compression.

What types of data can be encrypted with your software?

Our encryption can encrypt and compress any type of file.

Is your encryption software user-friendly?

We have a user-friendly and intuitive dashboard interface.

How strong is the encryption algorithm used in your software?

Our encryption is based on advanced quantum encryption technology, providing maximum security.

How can I uninstall the Home Edition?

Follow your PC’s procedures to uninstall an application.

Can I recover my data if I forget my encryption password?

Unfortunately, that is not possible. If you forget your password, the encrypted data becomes inaccessible. More information can be found on our ‘Terms & Use’ page.

With which platforms and devices is your encryption software compatible?

Our Home Edition versions are currently compatible with Windows Vista/7/8/8.1/10/11, Linux and Android versions are expected in December 2023. for our Home Edition EncrypX versions

.Are there ongoing costs associated with your software?

For the Home Edition versions, there are no subscriptions available, so there are no monthly or annual costs. You receive a fully functional free product, Home Edition GuardIT. For the Pro versions of EncrypX, which come with many additional features, you pay a minimal fee. The more programs you purchase, the greater the discount.

Can I try a demo or a free trial of your encryption software?

You can request and use our free and full Home Edition GuardIT at any time.

Do you offer customer support and regular software updates?

We provide comprehensive online support for users of Home Edition GuardIT. For users of Home Edition EncrypX, we offer not only online support but also personalized assistance

Plus support questions

What is the primary purpose of implementing an 8-7 encryption ecosystem within an organization?

Secure data storage within a separate Encryption ecosystem

Can you explain the key differences between 8-7 encryption at rest and .encryption in transit?

The basis of data security encryption at rest is determined by a multi-factor pre-key. An ecosystem is built on the basis of the pre-key, which is a key with a length equal to the length of the data. With encryption in transit, factors related to the features of the state of the data transmission system are added to the multifactor key.

What are the various 8-7 encryption algorithms used in the ecosystem, and how do they differ in terms of security and speed?

8-7 encryption algorithm differs from other algorithms by the functions and methods used and has, unlike other algorithms, a high encryption speed.

How does the ecosystem handle 8-7 encryption key management, and what best practices are in place for key security?

For an independent ecosystem, there is no concept of transferring public or private keys. This eliminates data transfer attacks. A multi-factor key creates complexity not only in the selection of the key, but also in the selection of factors that determine the encryption parameters.

Can you elaborate on the role of 8-7 encryption in protecting data against .quantum computing threats?

Promising branches of quantum security and data protection. With the growth of computing power, the speed of systems opposing data protection systems is also growing. At a certain stage in the development of computing systems, many existing algorithms will become unsafe. For algorithm 8(to)7, it is enough to upgrade the ecosystem to a more complex one, corresponding to the modern level of computing systems, and the security level will be upgraded to the latest.

What is 8(to)7? How does it work?

8(to)7 many characteristics is a method of converting data in numeric systems not divisible by 8 bits. Unlike standard methods, 8(to)7 is original and extends the functionality of computational systems.

.Does 8(to)7 support multifactor authentication?

Yes, we call it a multifactorial key

Can 8(to)7 deployments be automated in an enterprise environment??

8(to)7 is suitable for all company's sizes and number of users

What happens if the computer is turned off during encryption or decryption?

The source file will remain unchanged, and the encoded file will be partially created, which will lead to the unreadability of the encoded file. In this case, the encoding process will need to be repeated

Does it take most of the free space in my volume when 8(to)7 is converting?

When encoding , the file size increases because system information is added , but no more than 1Kbyte

Can I swap hard disks on the same computer if 8(to)7 is enabled?

Yes, it will not affect the functioning of the system

Can I access my 8(to)7encrypted volume if I insert the hard disk into a different computer?

Yes, to do this, you need to use your instance 8(to)7 and enter a multi-factor key

Where are the encryption keys stored?

Each individual factor of a multi-factor key has its own storage location.

.Does 8(to)7 have Linux packages?

That will be available in Q4 of 2023

.Can I use 8(to)7 on my phone?

That will be available in Q4 of 2023

Can you provide examples of industries or use cases that benefit from 8-7 high- speed encryption, and why is it crucial for them?

1. Industries related to high-speed data transmission. The minimum time delay for data protection gives the company an advantage in the market, as costs are reduced and the data transfer rate increases. 2. Industries related to big data storage. The process of encrypting big data will take less time and resources. 3. Data protection is of particular importance. The high speed of the algorithm 8(to)7 and high-performance servers, allows you to use huge computing power in calculating the most complex keys of an eco-system comparable in cost to calculating a token for cryptocurrency. Promising branches of quantum security and data protection. With the growth of computing power, the speed of systems opposing data protection systems is also growing. At a certain stage in the development of computing systems, many existing algorithms will become unsafe. For algorithm 8(to)7, it is enough to upgrade the ecosystem to a more complex one, corresponding to the modern level of computing systems, and the security level will be upgraded to the latest

What trade-offs exist between 8-7 encryption speed and security levels, and .how does the ecosystem address these trade-offs?

For high-speed operation, 8(to)7 uses ultra-fast commands and algorithms. This not only allows you to increase speed, but also increase complexity by increasing the number of operations. Greater complexity is achieved due to an extensive algorithm controlled by a "dispatcher" dynamically changing the algorithm. The compromise is the very high speed of the algorithm. If the speed decreases, the complexity of the algorithm increases exponentially

.Are there specific 8-7 encryption methods or protocols employed for .different data types, such as text, images, or video?

The algorithm is universal for all data types

How does the ecosystem perform in terms of scalability to accommodate growing data volumes and user loads?

The algorithm and the program have no restrictions on the size and number of files.

What are the recovery and backup mechanisms in place to ensure data accessibility in case of system failures or emergencies?

Pleae review our Terms of use page

.What are the 8(to)7 hardware and software requirements?

8(to)7 the algorithm imposes minimum requirements on hardware and software. The algorithm uses the simplest commands that exist in all types of processors, both cisc and risc architectures

Will 8(to)7 encrypt more than just the operating system volume?

The algorithm can be applied to any information

What is the performance impact when 8(to)7 is enabled on a Windows based computer?

The operating system does not affect the speed of the algorithm, but supports a graphical user interface.

Does 8(to)7 encrypt and decrypt the entire volume all at once when reading and writing data?

Development is underway in this direction

How can I prevent users on a network from storing data in an unencrypted volume?

To prevent saving un-encrypted user data, the algorithm can be integrated into the file system.

What system changes would cause the integrity check on my computer to fail?

Power off

Can I dual boot Windows and another operating system on a 8(to)7-enabled computer?

Yes, 8(to)7 will work independently

How can the recovery password be stored?

Password recovery can optionally be added by the user. Please review our term & Use page

.If I lose my recovery information, will the data encrypted by 8(to)7 be unrecoverable?

Yes Please review our term & Use page

.Can I generate multiple PIN combinations?

We are planning to add this feature