Artificial intelligence (AI) is swiftly reshaping the UK's healthcare sector, driving innovation, improving patient care, and streamlining operations. AI enables healthcare providers to use data for better decision-making, automate tasks, and deliver personalised treatments, enhancing care quality and resource management while ensuring compliance with regulations.
Our specialists, in partnership with our reliable equipment vendor Cisco, can quickly and successfully implement comprehensive modernization and network security projects.
Our experience includes, but is not limited to: implementation of perimeter and corporate email security, providing secure connection of remote users and company branches, provision of secure, fault-tolerant access to the Internet and development of a strategy for the development of the company's integrated network architecture, taking into account the prospects for further development.
AI integration in the UK's healthcare sector drives significant advancements, enhancing operational performance and patient satisfaction while ensuring compliance with regulatory frameworks. Investing in AI and machine learning technologies provides healthcare providers a competitive edge, enabling them to innovate and improve patient care in a rapidly evolving market.
AI and machine learning (ML) offer advanced data analytics capabilities, allowing healthcare providers to make more informed and accurate decisions by processing vast amounts of patient data in real time.
AI-driven diagnostic tools and treatment planning solutions significantly improve patient care by providing accurate diagnoses promptly. Personalised treatment plans based on AI analysis enhance patient outcomes and increase patient satisfaction.
Automating administrative tasks through AI and ML reduces operational costs and increases efficiency. For instance, robotic process automation (RPA) can handle routine administrative tasks, freeing healthcare professionals to focus more on patient care.
AI excels at predicting disease outbreaks and patient deterioration by identifying unusual patterns and behaviours—a critical move for proactive healthcare management and improving patient outcomes.
Machine learning models can analyse genetic data to provide personalised treatment plans. This personalisation helps healthcare providers meet the specific needs of their patients, driving better health outcomes and patient engagement.
AI can help healthcare providers navigate complex regulatory landscapes by ensuring compliance with laws and regulations. AI systems can monitor medical procedures and flag potential compliance issues in real time, reducing the risk of regulatory fines.
Challenge:
Establish a highly efficient wireless network that provides segmented access for guests and employees.
Solution:
The implementation of Cisco Virtual Wireless Controller technologies enabled centralized configuration and management, allowing administrators to address issues efficiently by working with all access points simultaneously. This scalable solution offers customers a robust opportunity for future growth and expansion of their wireless network. Additionally, the Cisco Virtual Wireless Controller facilitates secure guest access, detects third-party wireless devices, and supports the transmission of voice and video data within the branch office wireless network.
Result:
Deployment of a scalable corporate network with dependable coverage utilizing Cisco Virtual Wireless Controller equipment and 60 Cisco Aironet 1850 access points, which are based on 802.11ac Wave 2 technology. This setup offers centralized management and high data throughput of approximately 1 Gbps for numerous remote offices.
Challenge:
Ensuring stable and efficient network infrastructure operation with managed resources access, administration and support.
Solution:
We audited the customer's network infrastructure and devised a comprehensive solution that included:
- A complete network and infrastructure equipment redesign.
- Establishment of a fault-tolerant network core switch cluster using Flex Stack technology.
- Micro-segmentation and VLAN organization.
- Configuration of aggregated channels (EtherChannel).
- Optimisation of MTU size to enable Jumbo Frame transmission, enhancing the network performance of storage systems and servers.
- Implementation of protection against L2 loops and network storms.
Result:
Implementation of the Cisco Prime Infrastructure monitoring system and establishing a fault-tolerant switch cluster using Flex Stack technology. Complete reorganisation of the corporate network which enhanced network security and scalability. Provision of uninterrupted operation of services and applications for over 300 employees.
case study?