Converged networks: The foundation for a successful ICT environment
High-performance network architectures that connect business critical information and services to the organisation’s users, regardless of their geographical disparity are the literal backbone of the enterprise.
Through its partnership with industry leaders such as Cisco, the Ubuntu Groups’ many years of experience in building resilient, performance-centric networks, creates the solid foundation on which both public and private sector organisations can base their IT environment.
Ubuntu Groups’ solutions focus allows it to address all of the major networking pain points modern CIOs face today. Solutions are built to deliver security, flexibility, scalability and readiness for modern applications such as Unified Communications as well as voice , video and data.
The company’s consultants and architects distil the customers’ technology needs from a clear set of business requirements and in turn, provide a clear, measurable solution that can be delivered through the phasing in of technology building blocks.
Ubuntu helps its clients map a technology blueprint that assists them in developing and maintaining a comprehensive IT strategy.
With this blueprint in-hand, customers can build their technology stack, one element at a time, ensuring that the correct foundational building blocks are implemented and well established, before moving on to the next level of their IT environment.
This results in an infrastructural base that’s both robust and predictable.
The ongoing maintenance and support of this infrastructure once it has been implemented is an important part of the lifecycle. As technological advances develop and a customer’s reliance on these systems increases, so the maintenance and support offering utilised needs to adapt.
Ubuntu has a scalable service and SLA offering that can provide 24-hour support on network infrastructure and services, thereby ensuring that the backbone of the enterprise – the network – remains operational and functioning at an optimum level.
