National Support from Rustyice Solutions.
Focused Local Support.
Rustyice Solutions is an organisation that has customer support at its very core and is a privately owned network systems integration company.
Making networks work is what we do. Many of our engineers have a background in supporting mission critical military and government satellite communications networks. From our Network Operations Centre in Ayrshire we support companies and customers throughout the UK from the home user to the multinational. You can rest assured that we have the technical clout to keep your network running 24x7x365.
Who are Rustyice Solutions?
With satisfied customers from every market sector and of every size from home networks to distributed corporate networks all across the UK Rustyice Solutions have been providing a cost-effective service with unrivalled account management and customer care throughout the UK since 1998. We take pride in the network engineering excellence which characterises everything we do. As the network matures and the services it delivers become increasingly essential to ordinary life we know you need your complex systems to work first time every time. Our proactive customer service and unrivalled standards ensure that you are always in control and, continue to enjoy the quality of service and more crucially the cost reductions which technology can bring to your home or business. Agile and independent, we can and will impress.
Satellite Communications isn't rocket science. Well not exactly anyway. It is however probably as close as most of our customers would like to get to dealing in rocket science. At Apogee Internet, Satellite Communications is simply what we do. Our team is mostly made up of ex British Forces engineers whose skills have been tested in the most demanding environments of all. In these cases, usable communications really does mean life or death. Thankfully our customers in Western Europe aren't under such pressure but we understand that each and every customer needs their systems to work first time every time.