Optical sensing, robotic actuation and AI analytics—unified in one autonomous optimization cycle.
01 / SENSE
STAGE 01 / SENSE
Know the true absolute position.
The Optical Compass tracks sunlight with a 16-sensor array and sun-orbit algorithms. Gyroscope, accelerometer and GPS data support sensor fusion and measurement continuity as conditions change.
Azimuth accuracy
±2° / True North
Tilt / roll accuracy
±0.5°
Sensing array
16 light sensors + IMU + GPS
Camera integration
On-site snapshots
02 / MOVE
STAGE 02 / MOVE
Adjust antenna orientation remotely.
A precision gearbox and actuators turn O&M commands into physical antenna movement. The Robot Arm supports antennas up to 30 kg and adjusts tilt and steering without routine tower climbs.
Vertical tilt range
0–35°
Horizontal steering
±60°
Maximum antenna load
30 kg
Operating environment
IP65 / −40°C to +70°C
03 / VERIFY
STAGE 03 / VERIFY
Confirm the result, not just the command.
After actuation, the Optical Compass measures the antenna again. Position feedback closes the control loop, while camera snapshots provide visual evidence for installation checks and audit reporting.
Post-command verification
Within ±1° of the target
Visual verification
Built-in camera snapshots
Audit workflow
Position records + visual evidence
04 / OPTIMIZE
STAGE 04 / OPTIMIZE
Turn feedback into the next adjustment.
Connect with SON / AI network engines to analyse traffic, KPIs and inter-cell interference. Use that feedback to refine orientation, then return to Sense to verify the next cycle.
AI / SON integration
Operator network automation
Optimization inputs
Traffic / KPIs / interference
Continuous tuning
Feedback → adjustment → verification
↻ OPTIMIZE feeds back into SENSE. The cycle continues.
◎Maximize Coverage & Capacity
↗Improve Network Performance
↓Reduce OPEX (~30%) & CAPEX (~10%)
✓Eliminate Routine Alignment Climbs
↻Future Ready (UAM / 6G)
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.
ONE INTELLIGENT LOOP.
Powered by AI-Driven Closed-Loop Intelligence
Autonomous sensing, precision actuation, and continuous optimization in one seamless loop.
01 → 02 → 03 → 04 → 01
Every result. A smarter next move.
Optimization feeds directly back into sensing. Every adjustment is measured, verified and used to start the next cycle.
Connect OCRA through the AISG interface on compatible radio / base-station equipment. Integration support covers Ericsson Radio 4490 HP, Huawei U2000 environments and Nokia equipment.
RU / BS↔AISG 2.0 / 3.0↔OC + RA
02 / STANDALONE
OCC independent data link
For sites without AISG connectivity, the optional OCRA Controller provides an independent remote-control link through its integrated LTE Cat 4 modem.
O&M↔LTE Cat 4 / OCC↔OC + RA
Confirm the equipment model, firmware, control permissions and site configuration during integration planning.
LET’S BUILD WHAT’S NEXT
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