Enterprise Connectivity

Enterprise IT has experienced significant digital transformation during recent years as applications are increasingly moved from internally managed deployments to cloud based solutions. These can be based on a private cloud, residing on premise, public clouds accessed through public networks, or a hybrid cloud environment, being a combination of both.

At the same time, enterprise connectivity remains a fragmented and complex environment where one size will not fit all. DAS (distributed antenna systems), small cells, SD-WAN, carrier wifi and repeaters all play a major part in providing enterprise services, especially as operators compete to retain high value clients with legacy enterprise networks.

Mobile operators are well placed to take advantage of these needs in order to become a wireless connectivity provider for the enterprise, with new technologies like 5G and edge clouds emerging and opening new ways to distribute applications and optimize the usage of infrastructure, as well as providing increased security and dynamic network management capabilities.

Operators selling their connectivity and cloud computing services to enterprises face new challenges, including:

Increasing competition

Increasing competition in the telecommunication market driving down prices of fixed internet services.

Growing customer expectation

Growing customer expectation in terms of quality, speed and reliability of services puts heavy pressure on innovation and adopting new technologies to be able to deliver these services.

Making the services easy to buy and use

Making the services easy to buy and use for customers is hard to achieve while new technologies, like virtualization and diverse cloud infrastructure continuously increase the complexity.

Reliance on outdated operational processes

Reliance on outdated manual operational processes that are a bottleneck in adopting and managing new technologies and keeping the operational costs on feasible levels.

In order to remain competitive in this new world, a radical approach to service orchestration is required. The traditional model and workflow-based tools that rely on manual effort to design, test, and maintain these services does not enable commercially viable services. Instead, new processes and tools enabling holistic end-to-end service modelling and operational automation are required.

Several major drivers can be identified as key to building a successful service orchestration solution and to remain competitive in the continuously changing landscape:

1. End-to-end orchestration of new cloud-based services

2. Towards 100% operational automation

3. Dynamic service offering and orchestration

The aim is to be able to simplify and automate the orchestration of the cloud-based connectivity and value-added services. For this purpose, it is important that the orchestration solution is supporting capabilities to model services end-to-end in a repeatable way. This allows the holistic operation of services, unifying the management of underlying heterogenous infrastructure to cope with hybrid services containing both physical and virtual resources.

One of the key drivers to be able to deliver services faster and more efficiently is to move towards full operational automation. The current manual and workflow-based tools should be replaced by automated processes. The design and testing of new services are to be automated so that they can be deployed quickly. More importantly, once these services are in production, full operational automation should allow the service provider to upgrade an existing service to a new service, or heal or scale a service without any manual intervention.
New cloud-based technologies enable more flexibility and agility in service offering and operations but come with increased complexity. Utilization of all the potential offered by the new technologies requires holistic orchestration with high degree of automation, e.g. value added services such as security on top of the basic connectivity service should be delivered in minutes from ordering.
Find out how

Time Dotcom is using Stratoss for Enterprise Connectivity


Accanto’s Stratoss a unique cloud native product has been developed over the last 3 years to meet the most complex requirements of service orchestration. The product comes with a rich set of capabilities offering a solution for end-to-end service modelling and orchestration and enabling high degree of automation both at design time and in production time operations.

Key characteristics of Stratoss product suite include:

  • Opinionated Model; the product is architected around a product philosophy, where all service design configuration is standardized once and then utilized repeatedly across the IT/network landscape.
  • Brutal automation; rather than the legacy custom workflow by layer approach, the product ‘imposes’ the design based on the opinionated model.
  • Service-centric Intent; the design is centred around intent-based service design and operations. Whereas other products enable network intent, often only on Day 1 launch, Stratoss provides end-to-end Service-centric Intent from lab to operations.
  • VNF and network equipment vendor neutrality; the product is designed to reduce vendor dependency by providing generalized, vendor neutral service modelling capabilities.
  • DevOps; Vendor-agnostic DevOps and CI/CD processes for new services and change management.