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12 big encryption trends that will keep data more secure

CyberWisdom Safe Harbor Commentary on Encryption Trends

A recent story from gives you how cybercriminals become more sophisticated, it is increasingly easier for them to circumvent security measures and obtain sensitive personal data. Although businesses and consumers ultimately have the responsibility to protect themselves and follow best practices, developers are at the forefront of evolving cybersecurity battles because they are the leaders in building solutions that maintain data encryption and security.

So what will the future of encryption technology look like? YEC members consider this issue:

Developers continue to face challenges in order to maintain their leading position – especially in terms of protecting user safety. What are your predictions for the next major idea of encryption technology?

Their best answer is as follows:

  1. Homomorphic encryption

Today, we encrypt data when data is transmitted over the Internet and when it is stationary on a storage device. However, we must decrypt the data to use or analyze the data, creating potential security holes. Homomorphic encryption is a new idea to solve this problem, allowing users to process data without decryption. Using homomorphic encryption, we process encrypted data and generate encrypted results. – Vik Patel, Future Sponsor

  1. Hardware-based full-disk encryption

Hardware-based disk encryption will continue to grow and bypass the entire disk encryption software product. With this type of encryption, after the key is given, the entire contents of the volume are encrypted after use. This does not prevent cyber attacks via e-mail or web sites, but it protects data when the laptop or device is lost or stolen and requires a key to decrypt the data. – Blair Thomas, eMerchantBroker

  1. Mobile target defense

The biggest problem we face with data security is not whether the data is encrypted, but rather we use the same code as the attacker. The next important idea of security is to move target defenses. The idea is simple: Change the attack surface so that bad people do not spend time reverse engineering your environment. The attack will only work if you know what you are attacking. – Andrew Vest, Redapt

  1. Wearable two-factor authentication

Passwords are important, but ease of use and functionality are also important. Large-scale encryption generates passwords that are more powerful than typical use and memory passwords. Having a wearable device that can connect and communicate this type of information can be very powerful and eliminate multiple password challenges. – Nicole Munoz, start ranking immediately

  1. Physical security-based recovery

Encryption will change in the future. It may be based on blockchain, based on quantum computers, or other. In any case, I expect we will see a resurgence of keeping personal or personal information completely out of our computers. Today, cryptocurrencies use hardware wallets, and this trend will increase with the volatility of new encryption technologies. – Alexander Mistakidis, Gamelynx

  1. Quantum cryptography

This is the only proven method of transmitting keys or passwords over long distances. It uses photon photons to move shared files between two parties. These photons may be intercepted by another technique, but they cannot be cloned or copied. – Michael Ssu, DeepSky

  1. Encrypted payment smart contract

This is not a problem, but blockchain technology will become the standard for secure and encrypted transactions. Do you have Western Union? This is equivalent to talking to strangers on a 12-seater bus unless you are giving them candy. Super rough. Unreliable. risky. Cryptocurrency will quickly usurp Western Union and other media. – Sara Rose Harcus, Hüify

  1. Dear encryption

Honey encryption is another level of security that helps prevent data thieves. The way it works is by making hackers think that they guess correctly and make it look like the information provided is accurate, but it is not. – Chris Christoff, MonsterInsights

  1. Internet of Things Product Security

As more and more Internet of Things products emerge in the market, more convenient lives are becoming more and more. As more and more consumers use these products, you may begin to see more security and tactics implemented to further prevent cyber attacks or theft of personal data. Some emerging IoT products will become very complicated, so it will be crucial to contain the risks. – Solomon Thimothy, OneIMS

  1. Speech biometrics and facial recognition

When they want to access sensitive information, enhanced voice biometric authentication and facial recognition will become an important part of the security identification. The mother’s maiden name or password is no longer sufficient. – Samuel Thimothy, OneIMS

  1. Blockchain

Blockchain technology is the same technology used to protect cryptocurrencies such as Bitcoin and Ethereum, and may become a powerful ally in preventing cyberthreats. In short, when blockchain technology is applied to a cybersecurity model, it turns on all lights, improves target substitutability, and it is almost impossible to fake identities. I expect it to become a powerful tool for the Internet of Things. – Robert J Choi, Transformation Engineer, RJC & Company

  1. Tokenization

Tokenization is the principle of replacing dummy data with actual data, which contains “tokens.” The basic principle of data security is that if you don’t want data stolen, don’t reveal it to anyone. Using tagging technology, we can see a world without payment fraud because merchants no longer store consumer payment data. – Zohar Steinberg, token payment.

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by Scott Gerber — 1 hour ago in Contributors As cybercriminals become more sophisticated, it becomes easier for them to circumvent security measures and access sensitive personal data. While businesses and consumers are ultimately responsible for protecting themselves and following best practices, developers are on the frontlines of the ever-evolving cyber security battle, as they’re the ones building the solutions that keep data encrypted and secured. 1. Homomorphic encryption Today, we encrypt data as it travels over the internet and when it is at rest on a storage device. But we have to decrypt data to use or analyze it, creating a potential security vulnerability. Homomorphic encryption is a new idea that solves that problem, allowing users to process data without decrypting it. Engaging post, Read More…

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