Executive Summary
LTTS engineered the digital thread across the whole span of a network rollout: a web and mobile Activity Management System for construction and installation progress, a portfolio of site-supervision tools the client later migrated into its own deployment platform, and a customer portal for close-out package acceptance.
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Download Case StudyThe Challenge
The client needed real-time visibility of field operations, with site data joined to its own inventory and ERP systems. The alternative was what it already had: manual tracking on paper and spreadsheets, re-keyed later, verified by sending a manager to the site.
Downstream, the acceptance step was worse. Close-out packages are the evidence bundle that proves a site is complete; they were being exchanged with customers over an FTP server. That is the artifact the customer signs, and the signature is what releases revenue.
The requirement was one continuous chain from field capture to customer acceptance, flexible enough to match each customer's and each subcontractor's way of working.
Engineering Complexity
Four things made this harder than workflow software.
The work happens where the systems aren't
Network rollout is executed by third-party crews: typically one construction company for sites and a different
one for fiber. A site survey needs a physical visit. The system of record has to be fed by people who do not
work for you.
Acceptance is where the money is
The close-out package is not paperwork; it is the evidence that gates payment. Industry practice is explicit that validating acceptance reports triggers invoicing and payment to vendors. Carrier contracts enforce delivery of the package against a milestone invoice, with liquidated damages for lateness.
There is no standard for what a close-out package contains
Every carrier defines its own: as-built drawings, RF and fiber test results, commissioning data, GPS coordinates, antenna azimuth and downtilt, serial-numbered photographs. Practitioners state plainly that no cross-carrier standard exists. The portal had to accommodate per-customer definitions, not impose one format.
The volume is rising, not steady
5G raises deployment activity per unit area; the GSMA notes that 5G mmWave needs more transmitters to cover the same area as lower-frequency networks. The Small Cell Forum forecasts 61 million cumulative small-cell shipments by 2030. A tool built only for 4G volumes ages out.
Business Outcomes
What changed
80% of the activity workflow
Why it is credible
Mobile field capture replaced paper and spreadsheet reporting. Progress data arrives from site in near real time rather than being transcribed after the fact.
What changed
30% improvement; less manager travel to site
Why it is credible
Integrated dashboards and event notifications put current status in front of managers, so corrective action happened during the activity. GPS-stamped progress made a physical trip unnecessary just to confirm status.
What changed
FTP file exchange to portal workflow
Outcome Why it is credible
The close-out package is the evidence that gates payment. Moving acceptance into a workflow, with approval routed back to the field tool, removes the slowest and least traceable step.
What changed
Faster resolution of customer-reported issues
Why it is credible
Portal, field tool and site tool are integrated, so an issue reaches its activity and its evidence without reconciliation across systems.
What changed
Tools migrated into the client's own platform, in 3 stages
Why it is credible
The strongest signal of engineering trust available: work built by LTTS became part of the client's standard toolset.
What changed
8 years on the field system; 3 years on the portal, multiple geographies and projects
Why it is credible
A small, stable team of four engineers on the field system, carrying deep domain knowledge rather than rotating through it. An extensible workflow and a common adaptation layer are what let one system serve different customers and subcontractors.
Success Stories