MECM Segregation of multiple networks with VLAN
Penntech established two MECM servers to ensure localised management, redundancy, and improved load distribution.
Penntech established two MECM servers to ensure localised management, redundancy, and improved load distribution.
An NHS Trust possessed the necessary licensing for Microsoft Endpoint Configuration Manager (MECM) but needed more internal expertise and resources to implement and optimise the system.
With proper configuration, they could efficiently manage server patching and keep their IT infrastructure secure and up to date.
The Trust needed a reliable, scalable solution to centralise patch management and meet its stringent operational and compliance standards.
To address these challenges, a two-site MECM deployment was implemented:
With a properly implemented and fully integrated MECM and WSUS infrastructure, the NHS Trust gained tighter control and visibility over its patch management processes.
Servers were regularly and reliably updated, security risks were minimised, and critical systems maintained compliance with healthcare regulatory requirements.
The successful deployment paved the way for future expansion of MECM functionality, ensuring that the Trust’s IT environment remained secure, efficient, and prepared to support evolving operational demands.
NHS Trusts across the UK
Penntech transitioned to a cloud-first infrastructure model, significantly improving scalability, performance and costs.
Segregation of multiple networks with VLAN
Penntech completed a full network audit of the current setup to build a full picture of the infrastructure.
A virtualised network was created on the existing hardware across the access, distribution and core switches.
MECM Health Review and App Deployment
Penntech carried out a health review of the Trust’s MCEM platform to ensure optimal functionality and security.
Penntech proactively advised that the ageing hardware and operating systems were not scalable or aligned with their business growth strategy. They required an infrastructure that was secure, robust, fit for purpose and scalable.