Meshconomy

CyberBee

Artificial intelligence vision navigation for satellite-denied environments

Israel

11-50

Vitality Radar

Current

6M History

Industry

Updated 20 days ago

Pillar Analysis

Presence

Digital footprint, brand visibility, and online reach across channels

Business

Revenue signals, funding status, partnerships, and market traction

Innovation

R&D activity, patents, product launches, and technology adoption

Pulse

Recent momentum — hiring trends, news mentions, and social engagement

Capacity

Team strength, leadership depth, and organizational scale

Strategic Assessment

Strategic Vector

CyberBee focuses on developing lightweight, AI-powered visual-inertial navigation and SLAM technology for GPS-denied indoor environments, targeting applications in robotics, drones, wearables, and sectors like homeland security, defense, and logistics.

Efficiency Ratio

Early-stage R&D company demonstrates high innovation output relative to its small team of 13 employees, leveraging patented tech and strategic partnerships for market entry.

Evidence Signals

Partnership HIGH Israel and US

Teaming up with US-based EyeCloud.ai to develop indoor mini-drone for first responders, funded by $1.75M from BIRD Foundation and supported by US DHS and Israel’s Public Security Ministry.

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Funding HIGH Israel/US

$1.75 million grant from BIRD Foundation for joint mini-drone project with EyeCloud.ai.

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Product Launch HIGH Israel/US

High-accuracy indoor lightweight autonomous mini-drones expected operational in Q4 2024.

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Other HIGH

Patented AI engine and visual-inertial (VIO) algorithms for precise GNSS-free navigation and mapping.

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Expansion HIGH Rosh Ha'Ayin, Israel

Company incorporated in 2021 with 11-50 employees (specifically 13 reported), headquartered in Rosh Ha'Ayin, Israel.

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Leadership Change HIGH

Leadership team includes CEO/Co-Founder Dr. Hagay Klein, CTO/Co-Founder Max Khain, and Co-Founder Udi Ben-David.

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Award HIGH Israel/US

Project selected by US Department of Homeland Security’s Science and Technology Directorate and Israel’s Public Security Ministry.

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About: Develops spatial mapping software fusing visual and inertial data to provide autonomous navigation in global positioning system-denied environments. The algorithms achieve sub-percent position drift for unmanned vehicles and personnel operating indoors or underground.
Relevancy: Develops indoor navigation and SLAM technology with applications for first responders and military operations in GPS-denied environments. Provides precise localization for tactical operations including homeland security, construction, and defense applications requiring autonomous navigation.
Tags: #indoornavigation #slam #autonomous #ai #positioning #firstresponders #tactical #robotics

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