Threema news: Advanced Encryption with IBM Quantum Security
Threema news
Threema, a Swiss encrypted messaging platform, has partnered with IBM Research to strengthen digital privacy against future technological threats. The alliance seeks to incorporate post-quantum cryptography (PQC) in Threema's communication ecosystem to ensure security in the age of quantum computing.
Quantum Challenge: Bits vs. Qubits
This collaboration is crucial because classical and quantum computing differ fundamentally. Traditional computers use bits, which can only be 0 or 1. However, quantum computers use qubits that use superposition and entanglement.
Because qubits can adopt several states, quantum computers can perform complex computations faster than even the most powerful conventional machines. This processing capacity change threatens classical encryption, the foundation of digital security.
Classical encryption vulnerability
Modern cryptographic standards like RSA use mathematical problems that are “extremely difficult” for traditional computers to solve, such as factorizing large numbers, to offer security. Today, typical computers would take too long to crack their encryption.
Once quantum computers get powerful, this relationship may change. Traditional encryption methods are vulnerable to quantum computers with enough stable qubits to solve these mathematical procedures.
Assessing Timeline
Although serious, the threat is not imminent. Only a few hundred unstable qubits with high error rates are in current quantum computers. A computer needs more reliable and stable qubits to crack RSA.
Threema stated that building a reliable quantum computer would need “significant technological challenges” and take years. Despite this advance time, Threema and IBM Research are preparing for a quantum-secure future.
Collaboration with “Proven Pioneers”
Threema is using novel encryption methods that don't require quick mathematical computations to mitigate these risks. To do this, they partnered with IBM Research, a global research powerhouse.
IBM Research has produced many Nobel and Turing Award winners. Their quantum credentials stand out:
Hardware Innovation: In 2019, IBM released the first commercial circuit-based quantum computer, the Q System One. Standardization: IBM cryptographers developed two of three NIST post-quantum cryptography standards. Threema intends to “consolidate and further expand” its security standards by cooperating with IBM thanks to PQC industry pioneers.
Threema Ecosystem Strengthening
Post-quantum cryptography is Threema's latest step toward “uncompromising security” and “zero-knowledge”. Threema is a popular WhatsApp and Microsoft Teams alternative that focuses on high-security and professional domains.
Data integrity-critical industries where Threema is present:
This is used by the Bavarian State Ministry of Justice, Frankfurt am Main, and other healthcare and educational institutions.
Corporate Security: Helping TK Elevator, EDEKA, and Mercedes-Benz Group AG.
Helping companies comply with GDPR, NIS2, DORA, and CER.
By gradually equipping its messenger with PQC, Threema is leading “out-of-band” and business-critical communication.
Looking Ahead
We'll eventually incorporate quantum-secure communication. Threema is confirming its ideals of cutting-edge technology and legal compliance by deploying immediately.
The relationship between this Swiss messaging startup and IBM's international research arm shows how IT companies can handle the migration from traditional to quantum-resistant security solutions as the digital landscape changes. The partnership allows private citizens, government agencies, and C-level executives to interact with assurance that their data would be kept private.
