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Management Solutions

By combining operational insights with data analytics, we enable customers to optimize network asset utilization and maintain stable, adaptable operations across varied service environments.

OCRA is a Smart AI Antenna Alignment Solution for precise management. Comprising an optical compass, controller, and robotic arm, the system precisely detects the antenna’s physical orientation. By analyzing collected data in real time and integrating with a cloud-based remote control architecture, it enables stable and reliable antenna operation.

It manages coverage and signal quality without on-site visits, even in restricted areas or emergencies. By reducing field tasks, it improves operational efficiency and ROI through significant cost savings.

With a modular turnkey approach, OCRA adapts to various networks, ensuring fast, stable integration. Through OCRA, HUMAX Networks leads future wireless networks, including 6G and UAM (Urban Air Mobility).

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OCRA Device

Related Technologies

Our management technologies deliver end-to-end network visibility and improved control precision, ensuring stable operations and scalable management frameworks across complex wireless and communication infrastructures.

Smart AI Antenna Alignment for Intelligent Wireless Networks

The Smart AI Antenna Control Solution is an intelligent remote control technology designed to precisely manage antenna orientation and operation in wireless communications.

Using optical sensing, it detects antenna status and environmental changes and transmits data to the cloud. AI-driven analytics optimize network performance by adapting to wireless conditions and traffic distribution.

In high-demand environments such as stadiums, concert venues, and large-scale events, fixed antenna setups may cause service degradation. In these cases, robotic arms (RA) remotely adjust antenna direction and coverage to distribute traffic and maintain stable service quality. Continuous analytics and AI-based decisions enhance control accuracy, ensuring consistent performance in varying conditions.

Designed for evolving network architectures, the solution supports terrestrial communications as well as future applications, including 6G networks and UAM (Urban Air Mobility).

Wi-Fi 7 for the Next Level of Wireless Performance

Wi-Fi 7 is a next-generation wireless LAN standard designed to deliver high throughput and improved transmission efficiency in environments with many concurrently connected devices. Support for channel bandwidths of up to 320 MHz and high-order modulation using 4K-QAM significantly increases data throughput, enhancing overall network capacity and responsiveness, even in high-density deployments.

Wi-Fi 7 also improves OFDMA scheduling efficiency and introduces the MRU (Multi-Resource Unit) structure, enabling more flexible channel utilization while reducing interference and latency.

In addition, MLO (Multi-Link Operation) allows simultaneous use of multiple frequency bands, including 2.4 GHz, 5 GHz, and 6 GHz, improving connection resilience and reliability for latency-sensitive traffic.

Built on these capabilities, Wi-Fi 7 supports advanced use cases such as high-resolution streaming, real-time collaboration, XR applications, and immersive services under demanding network conditions.

EasyMesh for Seamless Whole-Home Wi-Fi

EasyMesh is a standards-based mesh networking technology that allows multiple wireless access points (APs) to operate as a single unified network. By sharing network information and managing connectivity collaboratively, each device contributes to delivering stable and consistent wireless performance, even in environments with multiple APs deployed.

EasyMesh enables user devices to seamlessly connect to the access point with the best available conditions as users move or network environments change. This helps reduce sudden disconnections or performance drops when moving between spaces, providing a smoother and more continuous wireless experience. In addition, EasyMesh distributes network traffic across multiple access points when usage increases, ensuring stable communication even in congested scenarios.

Through this architecture, EasyMesh effectively extends wireless coverage across both residential and small business environments and delivers a predictable and comfortable network experience, even in deployments that require multiple access points.

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