ENGINEERING IMPACT
Selected projects demonstrate the results of targeted optimization and spectrum refarming across GSM, UMTS and LTE networks.
LTE / ZAMBIA
Improve LTE radio performance and mobility while increasing user throughput.
Used live performance statistics and traffic recordings to assess individual cells, carriers and neighbour relationships. Optimization covered antenna configuration, radio resource management and uplink power control, alongside PCI, neighbour and mobility settings.
REPORTED RESULTS
Reported percentage change · 0–20% scale
Reduction in uplink RSSI
The presentation reports pre/post KPI averages over five working days.
GSM / DELHI, INDIA
Improve service quality across a GSM network comprising 900 MHz and dual-band 900/1800 MHz sites.
Delivered three cycles of automatic frequency planning and parameter optimization, addressing frequency assignments alongside cell and neighbour configuration.
REPORTED RESULTS
A gain of 12.10 percentage points
Lower call drop rate
Improved from −3.35 to +1.42
The engagement combined frequency planning and parameter optimization; these results reflect the overall project.
UMTS / MUMBAI, INDIA
Improve UMTS service quality through targeted radio, mobility and resource configuration.
Used live performance statistics and traffic recordings to examine cells, multiple carriers and individual neighbour relationships. Optimization addressed antenna configuration, CPICH power and cell offsets, with further tuning of soft handover, RACH and HSDPA settings.
The pre/post comparison showed lower RRC setup failure rates for both circuit-switched and packet-switched services, together with lower RAB drop rates for both service types.
REPORTED RESULTS
Circuit-switched services
Packet-switched services
Circuit-switched services
Packet-switched services
Direction of the reported pre/post change
The presentation reports pre/post KPI averages over five working days.
SPECTRUM / MUMBAI, INDIA
Release 5 MHz from the original 14 MHz allocation in the 1800 MHz GSM layer for LTE deployment while maintaining GSM service quality.
Refarmed 5 MHz from the original 14 MHz allocation in the 1800 MHz GSM layer, retaining 9 MHz for GSM. The engagement covered a network comprising 900 MHz and dual-band 900/1800 MHz sites.
from the original 14 MHz GSM allocation
Reduction in the reported SD drop rate
Major GSM KPIs restored to their previous levels following spectrum reduction.
The project created room for LTE deployment while maintaining the remaining GSM network’s service quality.
DIGITAL ENGINEERING
Kanad’s delivery experience also extends to software and digital platforms across education, healthcare, real estate, financial services, travel and cloud infrastructure.
8 projects shown.
EDUCATION
Recording, processing and secure distribution of lectures, supported by engagement workflows.
EDUCATION
A learning management platform connecting students and teachers.
HEALTHCARE
Discovery and booking of diagnostic services through a digital platform.
HEALTHCARE
A platform for ordering medicines from participating local pharmacies.
REAL ESTATE
Web and mobile aggregation of co-working spaces.
FINANCIAL SERVICES
An end-to-end trading platform for latency-sensitive workflows.
TRAVEL
A micro-services platform incorporating adapters, configuration, policy and workflow engines.
CLOUD INFRASTRUCTURE
An encrypted, cloud-native platform for transferring and distributing large files.
THE NEXT STEP
Tell us the users, operating constraints and result you need. We can discuss the engineering scope with you.