How government-level encryption for telecommunications ensures data confidentiality
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How government-level encryption for telecommunications ensures data confidentiality
Threat actors in cyberspace are becoming more advanced and frequent, and in the meantime, the attacks on high-profile targets—from financial institutions and healthcare facilities to non-profit organisations—are also increasing.
Think of the Sandworm attack that targeted the Ukrainian power grid in 2014—it highlights the need for defence-grade security for the energy & utilities sector to protect against cybersecurity risks.
The utility sector provides some of the most critical services that the general public depends heavily on, and therefore, any attack that damages the critical infrastructure or disrupts these services needs an immediate response.
Modern-day communications are more advanced than ever, with most communications relying on cutting-edge technologies and tools like smartphones and computers.
This, however, also requires telecommunications providers to rely on robust cyber defence mechanisms to ensure safe and secure data transfer between users and devices.
This is why most contemporary service providers are upgrading their services to cryptography with government-level encryption for telecommunications. Already, we are seeing multiple messaging and conferencing services boasting the use of encrypted services.
The purpose of encryption is to convert information or data into undecipherable code, preventing unauthorised parties from being able to read or utilise it. In doing so, it can make sure sensitive information is not being used for malicious purposes, protecting the privacy of telecommunication consumers and the reputation of service providers.
Cyber threats that target the telecommunications industry
Data breaches and theft
Criminals often leverage stolen consumer personal identifiable information (PII) for malicious purposes like identity theft or even other forms of attacks like social engineering attacks. Data like customer PII is also an attractive target for state-sponsored threat actors for intelligence purposes.
Signal intelligence attacks
SIGINT or signals intelligence is an intel-gathering tactic used by government intelligence services to collect sensitive political, military, economic, and confidential information of other countries by intercepting the communication signals of the latter.
SIM swapping attacks
SIM swapping attacks enable cybercriminals to avoid the two-factor authentication (2FA) protocols used to protect sensitive communication, like online banking via mobile devices, and reroute SMS-based 2FA messages containing codes to SIM cards owned by them.
As the attack surface increases with cyber criminals leveraging innovative solutions and resources, government-level encryption solutions, such as VPN cryptography for telecommunications, can help organisations limit the threat of cyberattacks and data breaches.
Cyber threats that target the telecommunications industry
Data breaches and theft
Criminals often leverage stolen consumer personal identifiable information (PII) for malicious purposes like identity theft or even other forms of attacks like social engineering attacks. Data like customer PII is also an attractive target for state-sponsored threat actors for intelligence purposes.
Signal intelligence attacks
SIGINT or signals intelligence is an intel-gathering tactic used by government intelligence services to collect sensitive political, military, economic, and confidential information of other countries by intercepting the communication signals of the latter.
SIM swapping attacks
SIM swapping attacks enable cybercriminals to avoid the two-factor authentication (2FA) protocols used to protect sensitive communication, like online banking via mobile devices, and reroute SMS-based 2FA messages containing codes to SIM cards owned by them.
How can government-level encryption for telecommunications help prevent cyberattacks?
Cybersecurity risks can come in many forms, from malware infections to ransomware attacks. The following, in particular, shows an increased interest in insurance companies.
Privacy
Encryption helps users protect sensitive data and maintain privacy while messages or files are in transit or stored on a device.
Integrity
Telecommunication service providers and customers alike can have peace of mind that communications will not be intercepted.
Confidentiality
Even in case of a breach, encryption can prevent attackers from being able to read or use sensitive files and data.
How can government-level encryption for telecommunications help prevent cyberattacks?
Privacy
Encryption helps users protect sensitive data and maintain privacy while messages or files are in transit or stored on a device.
Integrity
Telecommunication service providers and customers alike can have peace of mind that communications will not be intercepted.
Confidentiality
Even in case of a breach, encryption can prevent attackers from being able to read or use sensitive files and data.
Find bespoke cyber defence solutions that secure your communications
VOROR helps organisations develop and implement customised cyber defence solutions that meet security needs and upgrade existing security architecture. Today, our services span multiple industries, bringing innovative critical infrastructure defence solutions that protect the privacy and integrity of their operations, employees, and clients at all times.
We promise solutions including NCSC-certified training programmes, cyber defence
consultancy, Zero Trust solutions, and national-grade cryptographic solutions.
Get in touch with our team and get the ultimate cyber defence solutions built for your organisation.
FAQs
VOROR’s excellent cryptographic solutions include cloud cryptography, VPN cryptography, and SD-WAN solutions.
A successful data breach in a telecommunication organisation would allow sensitive information like personal contact details, social security numbers, credit card information, and state secrets to fall into the hands of malicious actors.
Not only would this compromise the reputation of the organisation but also the security of clients and stakeholders, including important state actors.
Given this current threat surface, telecom industries are required to maintain the highest standards of cyber defence when managing their networks and data.
Cryptography involves the process of converting ordinary plain text into unintelligible text and ensuring that data remains confidential and cannot be altered or modified by unauthorised parties even during a successful breach.
Maintain the best standards of communication security with VOROR
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© All rights reserved | © Voror 2023
© All rights reserved | © Voror 2023