Businesses and governments are moving towards deep fiberisation

Considering the data usage and proliferation trends, the importance of a robust network cannot be overstated. Level of fiberisation in data networks is a key factor in high performing networks. With 5G roll outs on the anvil and with talks on an IoT ecosystem, fiberisation becomes even all the more critical.

Here is how this idea of deep fiberisation is panning out across industries:

  • Nations as a whole are focusing on fibre based rural broadband
  • Defence services are looking at fiberised networks to provide secure and high speed communications
  • Operators are looking at fiberised backhaul and access networks.

Hyperscale fibre roll-outs are ridden with challenges

The journey towards deeply fiberised networks has already started around the world. And there is a pressing need for fast and cost optimised roll-outs at this juncture. But large scale fiberisation projects are not easy to execute because of the following challenges:

  • Multi-layered and complex RoW process
  • Improper route surveys
  • Unskilled manpower
  • Lack of proper planning
  • Legacy (largely manual) field operations

Moreover, the market is largely driven by unorganised players and the need for super fast roll-outs cannot be met until fibre roll-outs as a whole are re-imagined.

An intelligent and repeatable method for hyperscale fibre roll-outs

The speed and scale required to transform legacy infrastructure to make it fibre dominant is exceptional. In such a scenario, STL taps into deacdes of fibre expertise to devise STL way of execution which make large scale fibre roll-outs fast, repeatable and cost efficient. STL way of execution foundationally overcomes all the challenges and brings to table :

  • The power of network design
  • The power of technology led field operations
  • The power of automation and project management

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