INTELLIGENT BRANDS // Mobile Technology

The white paper highlights the importance of preparing for quantum threats . Key recommendations include :

• Creating cryptographic inventories and assessing vulnerabilities .

• Engaging with vendors to align quantum security migration strategies .

• Collaborating with industry task forces like GSMA ’ s Post-Quantum Telco Network Taskforce for best practices and policy guidance .

The paper underscores the critical role of post-quantum cryptography ( PQC ) in addressing emerging quantum threats .

New white paper outlines how emerging quantum technologies could compromise existing cryptographic standards .

The paper outlines how emerging quantum technologies could compromise existing cryptographic standards and highlights the critical steps required to ensure quantum-resistant network security .

With advancements in quantum computing , a cryptographically relevant quantum computer ( CRQC ) has the potential to break traditional public key cryptography , a cornerstone of internet and mobile network security . The white paper warns of “ harvest now , decrypt later ” attacks , where encrypted data is intercepted and stored today to be decrypted by future quantum capabilities .

Standardized by the National Institute of Standards and Technology ( NIST ) in 2024 , PQC algorithms are specifically designed to resist attacks from both classical and quantum computers . To ensure a smooth transition , a hybrid migration approach will be necessary , combining traditional cryptography with quantum-resistant methods to strengthen overall security .

However , the shift to quantum-resilient networks is recognized as not without its challenges . PQC algorithms often demand larger key sizes and greater computational resources , which will require substantial upgrades to existing systems .

Additionally , rigorous performance testing will be essential to address potential interoperability and efficiency concerns , ensuring a seamless adoption process .

“ The rise of quantum computing presents a transformative challenge to the security of wireless networks ,” said Taylor Hartley , Working Group Leader of the paper and Solutions Security Manager , Ericsson .

“ The proactive adoption of post-quantum cryptography is not just an opportunity but an imperative for the telecommunications industry . Our white paper aims to guide stakeholders in understanding and addressing these critical threats .”

“ Quantum computing represents both a transformative opportunity and a significant challenge for the telecommunications security ,” said Viet Nguyen , President , 5G Americas .

“ By using hybrid approaches and adopting cryptographic agility , we can secure our networks against emerging quantum threats . The proactive work of standards bodies like IETF and 3GPP ensures the industry remains prepared for this evolution .”

“ The migration to post-quantum cryptography is a monumental task that requires collaboration across the entire telecommunications ecosystem ,” said Martin McGrath , Working Group Leader of the paper and Principle Standardization Lead , Nokia .

“ From engaging supply chains to addressing performance and interoperability challenges , every stakeholder has a role to play in safeguarding the future of mobile communications .” p

58 INTELLIGENTCIO LATAM www . intelligentcio . com