The Challenge
In the world of engineering service providers, scalability becomes more and more difficult as the amount of work increases. For Cyient, the management of capital assets through the ups and downs of projects is a critical factor as they continue to scale. Using the devices as they had been, Cyient had no view into how much the devices were being used and how productive their fielders were being. The lack of visibility presented a challenge as Cyient continued to grow their telecom business and their fleet of IKE’s along with it.
With the prospect of massive scalability in front of them, Cyient looked to IKE for a solution to the management of their devices and the productivity of their fielders. In addition to the device management, Cyient found an opportunity to re-examine their usage of the IKE to meet the expanding needs of their customers and their high expectations of process efficiency.
What Happened
Since the release of IKE 4 in 2016, IKE’s capability has expanded far beyond the digital height stick capabilities that Cyient had been leveraging. In 2021, IKE is providing solutions to customers up and down the value chain from field data collection through pole load analysis and permitting.
A major part of the development came with the release of the next generation of IKE Office, called IKE Office Pro. Developed alongside major partners in telecom, IKE Office Pro contained game-changing workflow enhancements and new features to represent the next wave of IKE innovation.
Perhaps the standout feature for Cyient was the newly developed IKE Dashboards. The data visualizations therein allow users to gain new insight into how their projects are performing. With data coming from the IKE Device, Cyient now has access to a field-specific dashboard dedicated to managing devices and fielders including data on:
- Device usageShows all poles collected by each device in all of Cyient’s departments within a specified period.
- Fielding ProgressDisplays the fielding progress information, including the total number of poles collected as well as the daily collection rates for each fielder.
By implementing the fielding dashboards, Cyient gained the ability to easily see detailed metrics on field data collection, a piece of their business that was previously lacking clear metrics. They can now use data to improve the usage of devices and the performance of the people using them. As the former senior manager tells it, “It [IKE] helps make new employees efficient in short order as opposed to months of training on traditional data collection methods.” Not only can employees ramp up fast, but they can also continually monitor their collection speed and address performance issues before they affect team productivity.
For a company widely considered one of the best in the world at outsourced engineering, the ability to easily monitor efficiency in driving data from their field teams to their outsourced engineering teams has been invaluable.
Moving beyond the digital height stick
With the adoption of IKE Office Pro, Cyient gained access to more than just dashboards. A suite of new features has allowed them to expand capability and streamline their internal processes as they increase their focus on technology-led transformation of network design, deployment & transformation.
The key features for Cyient have been:
- Data Roundtrip Cyient can now pre-load IKE’s with data such as pole locations and existing data by simply uploading a spreadsheet in IKE Office. The pre-loaded data allows fielders to manage their routes better and quickly find the poles they need to collect. Once they collect data in the field, the new data takes a round trip back to IKE Office, where the pole record is updated.
- Vector Representations When a point-to-point measurement of a span or anchor lead length is taken in the field, it is represented as a vector line in IKE Office. Unlike the traditional method of checking the numerical data, the visual representation allows Cyient to review span and anchor measurements significantly faster.
- Collection Linking Creates a vector line between two collections (poles) based on a high accuracy location measurement. The link gives a span a length and bearing while eliminating the need to take certain span shots in the field.
- Reverse Geocoding Back office employees can generate the nearest address to a pole based on location, streamlining billing and reporting.