Victoria Saporta, BoE executive director for prudential supervision, has said recently that minimum resilience requirements should be required for the tech giants’ (and others’) hosting services, before they may process and store banking data. We strongly support these comments. We have identified this issue as one of a number of new risks arising from modern financial systems architecture, in recent Structured Risk Analyses that we have carried out for financial and retail organisations in North America, Asia-Pac and EMEA.
EMV is at the heart of global payment card processing. As a specification it governs the processing of billions of transactions globally, with the vast majority of those flowing through the international payment schemes. As a technology it has been incredibly successful, reducing fraud levels everywhere it’s been introduced and its extension into contactless payments is now the fastest growing area of face-to-face payments. The idea that EMV might soon be obsolescent seems far-fetched, to put it mildly, but there are reasons to believe that its hegemony is under threat.
We’ve now had well over year of sporadic lockdowns, of varying degrees of severity. I’m loathe to tempt fate, but it does seem that, in the UK, we’re heading towards a low background level of Covid-19, during the summer months at least. It’s therefore an appropriate time to examine the changed methods of working, and whether, or to what extent, they should be incorporated into normal practice.
The Bank of England and the UK Treasury have announced a Central Bank Digital Currency (CBDC) Taskforce to coordinate the exploration of a potential British CBDC. But how could a digital Pound actually work? As it happens, this is something that Consult Hyperion knows rather a lot about. Apart from our work on the first British central bank digital currency (Mondex) back in the 1990s, our work on the first population-scale mobile money scheme (M-PESA) in the 2000s and our work on the most transformational contactless payment roll-out (Transport for London) in the 2010s, our practical experience across implementation platforms means that we understand the architectural options better than anyone.
Twenty-Twenty. What could go wrong in such a perfectly numbered year? Sadly, we all know the answer to that: Everything.
2020 has been dominated by the COVID-19 pandemic threatening our way of life, challenging our resourcefulness and resilience, on a global scale not experienced since the World War ended 75 years ago.
In 2020, some businesses with a strong digital presence have shown resilience by shifting all their operations online and moving to full-on remote working, adapting to a period of indefinite social distancing. Broadband connectivity was a key factor in keeping the lights on for those businesses. When the stay-at-home order came into full force in the UK, most feared the impact this would have on broadband performance all around. They anticipated a struggle along with their neighbours, stuck at home looking for ways to keep connected with their loved ones and colleagues, and to keep themselves entertained online. No doubt these were all valid concerns for us, domiciled warriors, called to take up arms to save lives by, ahem, manning the recliner, among other things. Yet, lo and behold, most of the ISPs in the UK had no major trouble adapting, and stood their ground as their resilient systems faced this sudden, indefinite surge in demand as the pandemic unfolded.