On Friday 9th November 2018, the Bank of England, in partnership with industry and other UK financial authorities (HM Treasury and Financial Conduct Authority), will host a one-day exercise designed to test the financial sector’s resilience to a major cyber incident impacting the UK.
This exercise forms a vital part of the sector wide biennial process that seeks to ensure the industry is prepared for – and can respond effectively to – any major disruption stemming from a cyber Incident, protecting the financial system on which the public relies. The exercise will help authorities and firms identify improvements to our collective response arrangements, improving the resilience of the sector as a whole.
Source: Bank of England
NEWSLETTER SIGN UP
And receive exclusive articles on securities markets
It's been a month since we had our Women In Finance Awards in New York City at the Plaza! Take a look back tab some moments, and nominate for our upcoming awards in Mexico City and Singapore here: https://www.marketsmedia.com/category/events/
4
Citadel Securities told the SEC that trading tokenized equities should remain under existing market rules, a position that drew responses from various crypto industry groups. @ShannyBasar for @MarketsMedia:
SEC Commissioner Mark Uyeda argued that private assets belong in retirement plans, saying diversified alts can improve risk-adjusted returns and that the answer to optimal exposure “is not zero.” @ShannyBasar reporting for @MarketsMedia:
COO of the Year Award winner! 🏆
Discover how Jennifer Kaiser of Marex earned the 2025 Women in Finance COO of the Year recognition.
Related articles
-
The SEC erased nearly a year’s worth of text messages sent and received by former Chair Gary Gensler.
-
The regulator's emails and email attachments were subject to unauthorized access.
-
PQC aims to strengthen communication and data security as quantum computing advances.
-
The DORA compliance deadline is just three months away.
-
Quantum computing poses a major cybersecurity concern as it can break cryptography & encryption algorithms.