Optical Compass
3D orientation sensing
Sixteen optical sensors, sensor fusion and camera snapshots. Measure azimuth to ±2° and tilt / roll to ±0.5°.
COMMERCIALIZED WITH HUMAX NETWORKS
OCRA System
100% Remote 3D Antenna Alignment
& Robotic Steering
Precision control from your web or mobile dashboard. Measure, move and verify antenna direction in one continuous optimization loop.
Azimuth ±2°Tilt 0–35°Steering ±60°AISG 2.0 / 3.0IP65
OC + RA / OCRAONE SYSTEM. FOUR CONNECTED PARTS.
From the antenna
to your operations team.
Robot Arm
Remote actuation
Move antennas up to 30 kg through 0–35° tilt and ±60° horizontal steering.
OCRA Controller
Optional independent link
An integrated LTE Cat 4 modem provides a data link for sites without AISG connectivity.
Server Platform
Monitoring & analytics
Map antenna orientation, monitor changes and review camera evidence for installation and audit workflows.
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.
Continuous feedback. Continuous improvement.
VALUE YOU CAN EVALUATE.
A stronger case
for every deployment.
Potential OPEX reduction
Fewer field dispatches and less manual alignment work.
Potential CAPEX saving
Avoid redundant sites and unnecessary equipment investment.
Misalignment-related quality loss
The source cites potential LTE quality loss—a reason to keep antenna orientation aligned.
UAM air-corridor readiness
Explore upward coverage for new aerial connectivity services.
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.
BUILT TO CONNECT.
Standard protocols.
Flexible integration.
AISG 2.0 / 3.0 integration
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
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.
ENGINEERING AT A GLANCE.
Technical specifications
- Azimuth / tilt / roll
- ±2° / ±0.5° / ±0.5°
- Post-command verification
- ±1° target deviation
- Vertical / horizontal movement
- 0–35° / ±60°
- Antenna load
- Up to 30 kg
- RA protection / temperature
- IP65 / −40°C to +70°C
- Control interfaces
- AISG 2.0 / 3.0; optional LTE Cat 4 OCC
FROM THE FIELD. RECOGNIZED GLOBALLY.
Real deployments.
Industry recognition.
PLDT / SMART · PHILIPPINES
Remote alignment in the field
Smart describes its robotic-arm antenna trial and the potential for stronger, smarter coverage.
Read the operator story ↗
2025NETWORK X AWARDS · PARIS
Most Innovative AI-RAN Implementation
Awarded to HUMAX Networks, the commercialization partner for OCRA, in the official 2025 winners list.
View the official winners ↗TAKE THE NEXT STEP.
Technical resources
PDF ↗
OCRA Product Datasheet
System overview and supplied technical specifications.
PDF ↗Telco ROI & Business Case
Planning assumptions and a framework for your PoC.
PDF ↗Installation & Integration Overview
AISG and standalone architectures for integration planning.
Planning editions. Confirm final specifications and installation procedures with the engineering team.
READY TO AUTOMATE YOUR NETWORK?
Schedule an
OCRA live demo.
Tell us about your network and the outcome you want to validate.