Overview
Sheridan Computers provides IT support and IT management services for growing businesses. The agency supports organisations in transforming their technology infrastructure, offering either reinforcement of internal IT teams or complete outsourced IT support. Its solutions cover IT cost reduction, prevention of service interruptions and deployment of cloud infrastructures tailored to growth.
Services and expertise
Managed IT Services
Sheridan Computers offers outsourced IT management services for businesses with or without an internal IT team. These services include comprehensive support and implementation of reliable IT solutions enabling organisations to transform their technology into a competitive advantage.
Monitoring and fault prevention
The agency champions a proactive monitoring approach capable of identifying and resolving 93% of IT issues before they impact business operations. This approach maintains team productivity and customer satisfaction.
Cloud solutions
Sheridan Computers deploys enterprise-grade cloud solutions tailored to organisational growth, without the costs associated with traditional IT infrastructures. These solutions enable businesses to grow without being constrained by their IT systems.
IT cost optimisation
Businesses adopting outsourced IT management services achieve estimated savings of between 30 and 50% on IT costs. The economic model operates on the basis of predictable monthly packages, eliminating surprise invoices.
Specialist support
The agency provides local support for IT businesses based in Manchester, as well as on-site interventions across mainland UK. It also works on specialist solutions such as UniFi CCTV systems and Microsoft 365 migrations.
Accreditations and partnerships
Sheridan Computers is a certified partner of Microsoft, SentinelOne, NinjaOne, Huntress, OPNsense and DNSFilter. These certifications reflect the agency's expertise in IT security technologies and leading market cloud solutions.
For more information, visit https://www.sheridancomputers.co.uk
