Maximizing Data Protection: The Role of Advanced Elliptic Curve Cryptography

Two Keys and a Red Backround with Binary number codes

What is Elliptic Curve Cryptography (ECC)?

Elliptic Curve Cryptography (ECC) is a robust public key cryptographic algorithm that facilitates essential security functions, including encryption and authentication. Unlike traditional methods that rely on factoring large prime numbers, ECC generates keys by utilizing the unique properties of elliptic curve equations. This approach offers significant advantages, enhancing the security and efficiency of cryptographic operations.   

Enhanced Data Protection

ECC is recognized for providing a higher level of security compared to older algorithms like RSA (Rivest-Shamir-Adleman). While RSA’s security is based on factoring large numbers, a problem that many modern computers now have the computing power to crack easily, ECC relies on the discrete logarithm problem, which is considerably more challenging to solve. This fundamental difference makes ECC a more secure choice for protecting sensitive data, as it offers increased resistance against potential attacks and unauthorized access.

Efficiency and Resource Optimization

Another compelling aspect of ECC is its inherent efficiency. ECC keys are much shorter in length compared to their RSA counterparts, resulting in reduced computational power and battery resource usage for encryption and decryption operations. ECC is also more efficient for storing keys, as smaller keys require less space. This efficiency makes ECC particularly valuable for applications with limited computing capabilities or battery-powered devices. By implementing ECC, organizations can strike a balance between security and convenience while optimizing resource consumption.


ECC can be used for a variety of cryptographic applications, including encryption, digital signatures, and key exchange. This makes ECC a versatile and easily scalable tool that can be used to meet the needs of different organizations.

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Faster Performance

ECC is typically faster than RSA for encryption and decryption operations for a seamless authentication and access experience.

Preparing for the Future of Security

Why should organizations consider implementing ECC now? Computing power has increased exponentially over the decades. While “Moore’s Law” (which predicted a doubling in processing power every two years) has slowed down in recent years, advances in artificial intelligence (AI) and quantum computing are now poised to disrupt the security landscape. AI is already being used to develop more sophisticated cyberattacks that can evade traditional security measures. And quantum computers have the potential to quickly break traditional public-key cryptography algorithms such as RSA.

That means that organizations will have to update their security standards—and quickly. ECC is one of the most promising existing cryptography standards for improving digital security. ECC is considered to be more quantum-resistant than RSA because of the greater difficulty of solving the discrete logarithm problem. Integrating ECC into user authentication and access control solutions will help organizations prepare for a more complex security future.

As AI and quantum technologies continue to advance, cryptographic algorithms will need to evolve, too. For now, ECC is one of the most powerful tools we have to increase the security of authentication and access control. It is highly effective against existing computing technologies and those expected to be available in the near- to medium-term.

The New TWN4DevPack4.64: Empowering Security and Efficiency

ELATEC’s latest development package, the TWN4DevPack4.64, harnesses the power of ECC to provide enhanced security and efficiency. By incorporating ELATEC’s advanced API into existing systems, businesses can leverage the robust security features offered by ECC while benefiting from resource-saving capabilities and seamless integration with a wide range of applications.

ELATEC customers can download the new DevPack now for use with all TWN4 readers. Installed ELATEC readers can now be updated to support ECC using the new API, either reconfiguring via contactless configuration card or remote update. New ELATEC customers will have the option of utilizing ECC with any TWN4 line reader.

The TWN4DevPack464 empowers organizations to stay ahead of the ever-evolving security landscape, safeguarding their data while efficiently managing computing resources. As the security landscape evolves, ELATEC will continue to advance our encryption options to protect our clients and their end users.

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