Money laundering is a problem no bank can solve alone. But working together is tricky, especially when it comes to sharing sensitive customer data.
Interoperability is a word that’s becoming increasingly common in tech, healthcare, finance, and supply chain conversations, but it’s not always clear what it really means or what to call it when you don’t want to repeat the term a dozen times.
Digital wallets can do much more than simply storing credit cards on a smartphone. They’ve become powerful tools that change how people can pay, prove their identity and keep their information safe. New features like facial recognition, digital IDs, and advanced privacy technology are leading this ...
DORA is about to change how financial companies handle digital risk. If you’re a bank, insurer, investment firm, or a tech provider supporting these institutions, this new EU law will affect how you manage cybersecurity, outages, and third-party IT systems.
Production is happening all over the world. Consumers are more aware of what they’re buying. Two reasons why supply chain traceability has become the new standard. Doesn’t matter if it's a luxury good, a pharmaceutical shipment, or a grocery item, people want to know where products come from, how ...
Ever wondered what makes systems work together seamlessly? Interoperability is the answer. Data is everywhere, but it rarely speaks the same language across platforms. That’s why interoperability is the quiet hero behind the scenes, turning chaos into clarity.
The financial technology (fintech) sector is driving disruption, constantly pushing the boundaries of banking, insurance, and payments. But increasing digitization also means data is being shared more than ever, raising new concerns around cyber threats, compliance, and consumer trust.
Financial institutions are responsible for protecting some of the most sensitive data imaginable: bank account numbers, transaction histories, investment portfolios, and personal identification details.
Read the official whitepaper that reports on the first large-scale and practical application of Secure Multi-Party Computation, which took place in January 2008.
Being able to prove a product’s origin story and verify how it was stored and transported turns messy supply chains into transparent, trusted ecosystems. But most systems are still stuck in the digital Stone Age.
