Menawar
منوّر
The next generation of high-speed indoor connectivity. A complete ecosystem for Li-Fi network control, smart lighting, and spatial data transmission bridging the gap between visible light and gigabit communication.
Performance Metrics
Breaking the boundaries of RF limitations.
How It Works
Data through illumination in three distinct phases.
Modulation
LEDs pulse at nanosecond intervals, imperceptible to the human eye, converting electrical signals into an optical bitstream.
Propagation
Intense, focused light waves construct a hyper-dense, interference-free cone of connectivity directly to the localized receiver.
Demodulation
Photodetectors instantly decode the photons back into standard network data packets with microsecond processing overhead.
Core Capabilities
Seamless synthesis of illumination and data.
Li-Fi Discovery
Scan and connect to nearby access points via visible light. Real-time SSID equivalents and modulation metrics.
Signal Monitor
Live SNR graphs, precise packet loss analysis, and room coverage heatmaps.
Smart Light Engine
Precision dimming down to 10% (Li-Fi modulation floor) and tunable color temperature.
Indoor Positioning
Physical layer trilateration via multiple APs. Determine user and asset positions with centimeter-level accuracy.
Inherent Security
Data strictly contained within physical walls. Impossible to intercept externally.
Target Sectors
Where RF fails, Li-Fi illuminates.
Healthcare
EMI-free environments for operating rooms and patient ward connectivity.
Enterprise
High-density secure meeting rooms and impenetrable trading floors.
Industry 4.0
Resilient M2M links amidst heavy RF machinery interference.
Education
Shared gigabit bandwidth without overlapping Wi-Fi channel congestion.
Development Sprint
From foundation to 802.11bb launch.
Core Protocol Integration
Establishing the base physical layer handshake and basic payload routing protocols.
Photodetector Bridge
Platform APIs to interface with native iOS/Android camera hardware for optical reception.
Mesh Networking
Multi-node handoff ensuring zero-packet-drop transitions between different light fixtures.
Positional Engine
Mathematical trilateration leveraging multi-AP signal arrays. Real-time rendering maps.