I have written some earlier posts on Mitel’s and Siemens’ strategies for the hosted IP telephony/cloud UC market. But  there are others that have tapped into this space previously reserved for the telcos (ILECs, CLECs), MSOs, ISPs and some ASPs. I get a lot of questions about BroadSoft, Cisco, Microsoft, IBM, etc. I have now completed my study on North American hosted IP telephony and UC services markets and have some new insights to share. Unfortunately, the individual vendor analysis is too lengthy to post here, but I will share excerpts that more broadly discuss the value proposition of these new business models.

A key new development in the hosted IP telephony and UC services market is the entry of PBX vendors with their own multi-tenant or virtualized (multi-instance) solutions designed specifically for carriers and partners or intended for service delivery out of their own data centers. Cisco’s Hosted Collaboration Solution (HCS) architecture, Mitel’s various hosted/cloud solutions and Siemens’ OpenScape cloud architecture are some examples of these new business models. These platforms are typically more feature-rich than the carrier softswitches and application servers traditionally utilized to deliver multi-tenant business telephony services, but they also offer some additional benefits. For example, Verizon’s UCaaS services based on Cisco’s HCS are positioned as most suitable for the highly demanding large enterprises who wish to integrate the hosted service with their existing Cisco premises-based infrastructure. Also, most of these new architectures are not truly multi-tenant, but are instead using shared hardware and dedicated software, thus addressing some security concerns associated with hosted services.

The new business models are likely to cause some re-alignment in the value chain, with potential advantages and disadvantages for all market participants. Their impact on end users, however, is going to be mostly beneficial as they will be able to choose from a larger number of alternative solutions. For the supply side, the key benefit is ability to focus on core competencies – vendors will be able to leverage their software expertise, data center providers will deliver the most cost-effective server hosting and management, and the diverse range of service providers will focus on customer acquisition and ongoing management, as well as the integration of typical carrier services such as SIP trunking.

• PBX vendors: PBX vendors are likely to benefit from gaining access to a customer base looking to outsource both infrastructure and infrastructure management from a third party. They will also be able to deliver greater value to their channel partners by enabling them to generate recurring revenues by either hosting the platforms themselves or reselling services hosted in a third-party data center. Potential pitfalls for PBX vendors include channel conflicts, if the vendors are also selling hosted/cloud services directly; customer mismanagement, if tiers of support and responsibilities are not clearly defined; and some loss of professional and managed services revenues. Also, customer churn is likely to be greater compared to that experienced in the premises-based business.
•  Telcos: Service providers stand to benefit from the opportunity to deliver hosted/cloud services to more demanding customers using advanced telephony and UC platforms previously only available as premises-based solutions. Also, they can realize cost savings and reduce time to market, if the solution is hosted in a third-party data center, as the deployment and integration of multiple servers and software stacks is typically costly and time consuming. Virtualized solutions such as Mitel’s Virtual MCD and Cisco’s HCS also enable them to provide more secure hosted services to customers requiring their own dedicated software while leveraging the benefits of shared hardware and a hosted model. Potential challenges for service providers include the need to maintain multiple versions of vendors’ software stacks (as in the case of Verizon’s implementation of Cisco HCS), and more limited ability to customize the solution when hosted in a third-party data center. Furthermore, the new business model lowers barriers to entry thus potentially leading to increased competition.
• VARs, SIs and MSPs: For VARs, SIs, MSPs and smaller LECs this is an excellent opportunity to expand their portfolio and generate recurring revenues by introducing hosted/cloud-based services without the cost and hassle of acquiring, integrating and running the systems in their own data centers. The cost and complexity of next-generation architectures has prevented this group of market participants from exploring hosted services in earnest. Now they can more successfully compete against larger telcos and premises-based solution vendors by presenting several alternatives to their customers – from premises-based systems, managed in house, to provider-managed on-premises solutions and fully hosted services. With their strong expertise in CPE installation, integration and management and typically better customer service and support, smaller, regional interconnects will now be able to serve their customers even more effectively.
• Business customers: Business customers will benefit from increased availability and diversity of hosted/cloud solutions. As more service providers introduce hosted IP telephony or UC solutions, businesses will be able to choose a partner from a broad range of providers – from large telcos with a substantial brand-name reputation to trusted local system resellers with whom they have long-standing relationships. The increasing competition is likely to result in more competitive prices and better customer service. Also, service offerings now include a large spectrum of alternatives – from low-end basic telephony offerings to comprehensive UC bundles and packages of tightly integrated communications and business applications (e.g. CRM). Furthermore, along with the cost-effective multi-tenant services, providers are now able to address the needs of businesses with high security requirements by using virtualized solutions based on shared hardware but dedicated software.