Quantum security on messaging apps is one of the most significant protections that companies can enforce on their apps. Apple recently made a buzz for introducing a major upgrade for iMessage, making it the most secure messaging app.
According to the tech giant, the decision to make quantum security for iMessage stemmed from preparing for the potential threat of quantum computers. These computers would soon be capable enough to solve complex mathematical problems that could bypass the encryption algorithms.
Secured messaging apps are often accompanied by a promise of end-to-end encryption for their users. This type of security assures the users that their data is private and secure.
In the fast-paced modern advancements, quantum-resistant encryption algorithms will soon be a default for securing online conversations and user information. Here are some reasons as to why quantum security is important now, more than ever:
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Vulnerability of Traditional Encryption
Most of the messaging apps are currently using Level 0 to Level 2 cryptography and do not offer quantum security. These encryption algorithms, like RSA and ECC, are powered by complex mathematical problems that cannot be solved by classic computers.
However, quantum computers are much more capable of analyzing complex mathematical equations, leaving these types of algorithms vulnerable. If the cyber attackers get a hold of enough resources, such messaging apps will suffer from cybersecurity threats.
Sensitive Information Must be Protected
Our day-to-day interaction with the internet allows us to exchange sensitive information. This includes our personal conversations, financial transactions, and even business communications.
Hackers are attracted to rich user information and often target messaging apps that are not as protected. Quantum security ensures that all information will remain confidential and protected from unauthorized access or interception.
Global Chain Reaction
Messaging apps are widely used by billions of people around the world for both personal and professional communication. Hence, if an app gets hacked its impact would send the world into a global crisis. It could affect the daily operation of individuals and businesses.
By having extreme security to offer, messaging companies would maintain their users' trust. These days, it is hard to discover a social media platform that won't get hacked, even big tech companies are facing cyber threats from time to time.
Future-Proofing Cybersecurity
Currently, there is no quantum computer that can bypass Apple's level of security for iMessage. However, the fast-paced advancement of technology increases the threat of cyber attacks, especially for those who are not practicing post-quantum cryptography.
By adopting quantum-resistant encryption methods, developers can future-proof their platforms against threats. Researchers and industry stakeholders must work together to address the challenges posed by quantum computing.
Continuous Investment, Innovation
The evolution of technology must always be accompanied by cybersecurity improvements. Companies must invest as early as now in establishing a quantum security for their platforms. In this way, users will remain safe and protected despite the increasing advancements in the digital world.
