Manual antenna adjustments mean high-elevation work, field dispatches and delays in accessing leased sites.
SENSORCANE / SOLUTIONS
Better alignment.
Stronger business outcomes.
From operational challenges to measurable network value.
01 / High OPEX & Hazardous Tower Climbs
Eliminate hazardous tower climbs.
Reduce operational cost.
Control tilt and steering remotely through the O&M dashboard. Optical Compass measurements and built-in camera snapshots let engineering teams check alignment and verify adjustments from the ground.
BUSINESS IMPACT
Potential OPEX reduction
Fewer field dispatches and less manual alignment work.
No routine alignment climbs
Remove climbing exposure from routine antenna adjustments.
Fewer site-access delays
Make remote adjustments without arranging a new roof-access visit.
OPEX / CAPEX estimates follow the Korean-operator cost analysis in the November 2025 OCRA presentation. The cited 8% is potential LTE quality loss from misalignment, not a guaranteed recovery. Validate outcomes in your PoC.
02 / Signal Interference & CAPEX Waste
Precision alignment.
More from every existing site.
Misaligned antennas can create inter-cell interference and coverage gaps, reducing the value of installed infrastructure and licensed spectrum.
Sun-orbit algorithms and Optical Compass sensing continuously measure azimuth (±2°) and tilt (±0.5°). Maintain the intended antenna vector and improve existing coverage before adding another site.
BUSINESS IMPACT
Potential CAPEX saving
Avoid redundant sites and unnecessary equipment investment.
Protect licensed spectrum value
Improve spectrum efficiency. The source presentation illustrates the stakes with a $600M spectrum-license scenario.
Misalignment-related quality loss
The source cites potential LTE quality loss—a reason to keep antenna orientation aligned.
OPEX / CAPEX estimates follow the Korean-operator cost analysis in the November 2025 OCRA presentation. The cited 8% is potential LTE quality loss from misalignment, not a guaranteed recovery. Validate outcomes in your PoC.
03 / Static Coverage & Future Network Blind Spots
Coverage that moves
with demand.
Fixed antennas cannot easily follow weekday-to-weekend traffic shifts, major events or emerging connectivity needs above the city.
OCRA combines horizontal steering (±60°) with vertical tilt (0–35°). Redirect coverage as traffic shifts, and use up to +35° up-tilt to explore UAM air-corridor and future 6G / NTN deployments.
BUSINESS IMPACT
Dynamic traffic balancing
Adapt coverage to changing locations, times and event demand.
UAM air-corridor readiness
Explore upward coverage for new aerial connectivity services.
Future network readiness
Build a flexible physical foundation for emerging network architectures.
LET’S BUILD WHAT’S NEXT
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