CYBERSECURITY
Yuno leverages modern infrastructure to harmonise them.
“ Our cloud-native architecture, built on AWS with microservices architecture, enables us to scale security enforcement without compromising performance,” Juan explains.
This architectural approach represents a breakthrough in payment security thinking.
“ Through careful engineering, we’ ve achieved a seamless integration of high-level security measures that do not introduce latency,” he continues. risk levels” rather than applying uniform friction to every transaction.
Juan Manuel Rebull, SVP of Engineering at global payment orchestration platform Yuno, emphasises how fundamental this balance is.
“ One of the primary challenges in applying zero-trust architecture to payment processing systems is balancing robust security with the need for high transaction speeds,” he acknowledges.
Rather than seeing security and speed as opposing forces,
Preparing for quantum computing threats Beyond today’ s challenges, payment security professionals are already anticipating tomorrow’ s threats.
Quantum computing looms as perhaps the most significant future risk to payment security, potentially undermining the cryptographic foundations of current systems.
“ Quantum computing holds the potential to disrupt current cryptographic algorithms, such as RSA and ECC, which are integral to securing financial transactions today,” Juan warns.
Despite this future threat, he remains measured in his assessment:“ While large-scale quantum threats are not yet a reality, Yuno is proactively preparing for this shift.”
This forward-looking stance is becoming standard across the industry.
Ed describes Trustwave’ s approach:“ We are proactively preparing for quantum computing’ s potential
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