Every day we transmit data – logging into banks, using e-services, studying online or sending documents at work. Few people think about what happens to this information during transmission. If they are not secured, they can be intercepted by cybercriminals. Certes Networks’ solutions use encryption to protect user data in real time.
Key findings
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Encryption turns data into an unreadable code that can only be read with a key.
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Certes Networks uses real-time encryption, protecting data during transmission.
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This solution is used in finance, administration, education and medicine.
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With encryption, institutions minimize the risk of data leakage and financial loss.
Table of contents
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Why is data encryption necessary?
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How does encryption work in practice?
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Certes Networks – protecting data in motion
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Examples of encryption applications
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Benefits for institutions and citizens
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Frequently asked questions
Why is data encryption necessary?
Data sent over the Internet – from logins to documents – can be intercepted. Lack of security means the risk of identity theft, money or confidential information. Encryption ensures that even if data is intercepted, it is useless without the right key.
How does encryption work in practice?
Encryption involves the mathematical transformation of data into a code that is unreadable by unauthorized persons. Only the recipient with the decryption key can read it. In practice, this means that a password or document becomes a “random string of characters” for a cybercriminal.
Certes Networks – protecting data in motion
Certes Networks offers encryption technology that runs in the background and protects data transferred between users and systems. The solution does not require changing applications or servers – it works at the network level, making it universal and easy to deploy.
Examples of encryption applications
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Banking – protecting online transactions and logins.
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Administration – securing communication between offices and citizens.
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Education – secure transfer of student and pupil data.
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Medicine – confidential transmission of patient records and test results.
Benefits for institutions and citizens
Encryption increases security and minimizes the risk of financial loss. Institutions comply with legal requirements, and citizens can feel safe knowing that their data is protected. This builds trust and credibility for the organization.
Frequently asked questions
Does encryption slow down the Internet?
No, modern encryption technologies run in the background and do not significantly affect speed.
Can Certes Networks be implemented in small organizations?
Yes, the solution is scalable and suitable for both large and smaller institutions.
Does encryption protect against all threats?
No, but it significantly reduces the risk of data leakage during transmission.
Summary
Certes Networks is a practical solution that uses encryption to protect data in motion. It makes information unreadable to cybercriminals and allows institutions and users to feel safer. This is the foundation of modern digital security.
