樱桃涩福利姬

A free event hosted by

In this webinar, you will learn how to protect your organisation and members against rising cyber threats, using AI and automation to enhance resilience while reducing operational costs.

Building and maintaining a Security Operations Centre (SOC) can cost upwards of £2 million. Managed Detection and Response (MDR) is rapidly becoming the default model for resilient, cost-effective cyber defence, delivering the same enterprise-grade security capabilities as a fully staffed SOC at a fraction of the cost.

The session will unpack how Managed Detection and Response (MDR) delivers stronger protection through shared intelligence and scale, reduces operational burden and cost, and enables leadership teams to focus internal expertise on higher-value, business-critical initiatives.

By attending this webinar, delegates will learn how to:

• Quantify risk reduction for boards and insurers. Examine why organisations using MDR experience significantly lower cyber insurance claims, helping support stronger governance, regulatory confidence, and board-level assurance.
• Eliminate the cost of an in-house security investment by outsourcing security. Explore how MDR can reduce total cost of ownership by 75–90%, while delivering round-the-clock monitoring, threat hunting, and response capabilities.
• Access 24/7 SOC expertise without the operational burden. Gain round-the-clock monitoring, specialist threat intelligence and incident response capabilities, without the complexity of recruiting, training and retaining an internal team.
• Turn alert overload into decisive threat response. Enable faster, more focused responses to genuine threats through expert-led MDR.

This webinar is tailored for 樱桃涩福利姬 and credit unions to help assess whether their current operating model is fit for purpose, and how MDR can support stronger resilience, better outcomes, and smarter use of internal expertise.

brings award-winning expertise to this session, having won Cybersecurity Project of the Year 2025 for delivering measurable security outcomes in complex, regulated environments.