GIBO Announces Strategic Collaboration with Japan Benling Zhushi Clubs Limited to Develop AI-Powered Manned eVTOL Aircraft for Disaster Response and Geological Exploration

Rhea-AI Summary

GIBO (NASDAQ: GIBO) announced a strategic collaboration with Japan Benling Zhushi Clubs Limited on Dec. 18, 2025 to co-develop AI-powered manned eVTOL aircraft for disaster response, search-and-rescue, geological and mining exploration, and remote operations.

The partnership couples GIBO's AI compute engine and autonomous sensing with Japan Benling's lightweight aviation and electric propulsion expertise to enable real-time 3D mapping, thermal/motion sensing, structural-hazard interpretation, and autonomous flight-path optimization.

The release cites a global eVTOL market rising to USD 23–25 billion by 2030 and a public-safety/mining segment of USD 6–7 billion by 2030, and notes co-development across Japan, Southeast Asia, and other international markets.

Positive

• Strategic collaboration announced on Dec. 18, 2025
• Targets regional co-development across Japan and Southeast Asia
• Cites eVTOL market projection of USD 23–25B by 2030 and safety segment USD 6–7B by 2030

Negative

• None.

Key Figures

Global eVTOL market 2023 USD 1.2 billion Estimated global eVTOL market size in 2023

Global eVTOL 2030 USD 23–25 billion Projected global eVTOL market size by 2030

Public safety eVTOL 2030 USD 6–7 billion Projected eVTOL segment for disaster, safety, and exploration by 2030

eVTOL CAGR over 40 percent Projected compound annual growth rate for global eVTOL market to 2030

Market Reality Check

$2.00 Last Close

Volume Volume 14,003 vs 20-day average 69,081 (about 0.2x typical activity) before this news. low

Technical Shares at $2.91 were trading below the 200-day MA of $113.17, far off the 52-week high of $1,396.

Peers on Argus

Before this announcement, GIBO was down 2.02% while several internet-content peers also traded lower (e.g., LCFY -8.29%, GITS -9.32%, ONFO -3.99%), but no peers showed momentum-scanner flags or same-day headlines, suggesting stock-specific rather than coordinated sector news flow.

Historical Context

Date	Event	Sentiment	Move	Catalyst
Dec 15	AI partnership	Positive	+5.9%	Strategic AI compute-center collaboration using advanced NVIDIA GPU architectures.
Dec 11	AI infrastructure	Positive	+9.7%	Announcement of 30MW AI data center with 14,000-GPU cluster in Malaysia.
Dec 09	Listing compliance	Positive	+0.8%	Regained compliance with Nasdaq Listing Rule 5450(a)(1) and one-year monitoring.
Dec 02	Cloud partnership	Positive	-8.3%	Core Partnership with Ricloud AI granting priority deployment and cloud access.
Nov 03	Crypto/content tech	Positive	-1.8%	Deployment of Ethereum-based on-chain hosting for anime and short films.

Pattern Detected

Recent GIBO news skew toward positive AI and infrastructure milestones, with three events seeing positive price reactions and two showing negative reactions despite constructive narratives, indicating mixed follow-through on good news.

Recent Company History

Over the last six weeks, GIBO issued several AI-focused and strategic updates. On Nov 3, it highlighted Ethereum-based on-chain content hosting. A Dec 2 partnership with Ricloud brought NVIDIA cloud access but saw a negative reaction. Subsequent updates on a 30MW AI data center (Dec 11) and an AI compute collaboration with E Total Technology (Dec 15) both drew positive price moves. A compliance update on Dec 9 restored Nasdaq listing status.

Market Pulse Summary

The stock moved -5.5% in the session following this news. A negative reaction despite strategic news fits GIBO’s mixed record, where positive AI and partnership updates sometimes preceded declines, such as the -8.3% move after the Ricloud agreement. The stock’s level far below its 52-week high and under the 200-day MA underscores existing skepticism. Execution risk in a new eVTOL domain and past volatility could have amplified downside pressure.

Key Terms

evtol technical

"next-generation manned electric vertical takeoff and landing (eVTOL) aircraft"

eVTOL stands for "electric vertical takeoff and landing" aircraft, which are small, electric-powered vehicles capable of taking off and landing vertically like a helicopter. They are designed to provide quick, on-demand transportation within cities or between locations, potentially transforming urban mobility. For investors, eVTOLs represent a growing segment of innovative transportation technology with potential for significant market impact and future growth.

geospatial mapping technical

"structural hazard interpretation, geospatial mapping, and real-time situational analysis"

Geospatial mapping is the creation of maps that connect information to specific physical locations using satellite, GPS and other location data, turning rows of data into visual maps and layers. Investors use these maps like a heat map of a city to spot where customers, assets, risks or supply routes are concentrated or changing, which helps with site selection, market sizing, risk assessment and more accurate forecasting and valuation.

multimodal ai technical

"Its multimodal AI architecture will support mission-level decision-making"

Multimodal AI is a type of artificial intelligence that can understand and process different kinds of information at the same time, such as images, sounds, and text. It’s like a person who can watch a video, read captions, and listen to music all at once, helping machines better understand complex situations and make smarter decisions. This technology matters because it enables more natural and versatile interactions between humans and computers.

autonomous flight systems technical

"breakthroughs in autonomous flight systems, and increasing demand"

Autonomous flight systems are the hardware and software that let aircraft, drones or delivery vehicles navigate, make decisions and control themselves without a human pilot on board. Think of it as a self-driving car for the sky: sensors, computers and control programs work together to detect obstacles, follow routes and respond to changing conditions. For investors, these systems matter because they can lower operating costs, open new markets, change safety and regulatory risk, and drive demand for related suppliers and services.

thermal and motion sensing technical

"real-time 3D environmental reconstruction, thermal and motion sensing, survivor"

Thermal and motion sensing are technologies that detect heat patterns and physical movement, like giving a device 'heat vision' and a motion-detecting alarm. Investors watch these features because they often determine a product’s usefulness, energy efficiency, safety and regulatory needs, influence manufacturing costs and recurring revenue opportunities, and can create competitive advantages in markets such as security, smart homes, automotive and industrial automation.

AI-generated analysis. Not financial advice.

KUALA LUMPUR, Malaysia, Dec. 18, 2025 /PRNewswire/ -- GIBO Holdings Ltd. (NASDAQ: GIBO) today announced a strategic collaboration with Japan Benling Zhushi Clubs Limited, marking a major step in the advancement of next-generation manned electric vertical takeoff and landing (eVTOL) aircraft enhanced with GIBO's advanced artificial intelligence technologies. The partnership focuses on developing an intelligent aviation platform capable of supporting disaster investigation, search-and-rescue missions in difficult-to-access terrain, geological and mining exploration, and critical operations in remote or hazardous environments.

Central to the collaboration is the co-development and training of sophisticated AI compute models designed specifically for manned eVTOL systems. These AI models will power high-precision autonomous assistance, complex environmental perception, structural hazard interpretation, geospatial mapping, and real-time situational analysis. By combining GIBO's AI computation engine and autonomous sensing algorithms with Japan Benling Zhushi Clubs Limited's engineering expertise in lightweight aviation structures, electric propulsion technology, and compact aircraft system design, both companies aim to create a new class of intelligent eVTOL aircraft optimized for high-risk, mission-critical operations.

The manned eVTOL platform is being engineered to operate in conditions where conventional vehicles, drones, and helicopters often struggle. This includes navigating collapsed or unstable disaster zones, reaching mountainous or forested regions, entering areas adjacent to underground geological formations, and conducting detailed aerial surveys for mining exploration and resource assessment. The aircraft's AI-driven capabilities will enable real-time 3D environmental reconstruction, thermal and motion sensing, survivor or target identification, advanced terrain analysis, and autonomous flight-path optimization even in low-visibility or adverse environmental situations.

The global eVTOL industry is expanding rapidly, fueled by improvements in battery energy density, breakthroughs in autonomous flight systems, and increasing demand for rapid-response aerial mobility. Industry projections estimate that the global eVTOL market will grow from approximately USD 1.2 billion in 2023 to more than USD 23–25 billion by 2030, representing a compound annual growth rate of over 40 percent. Within this expansion, the specialized segment dedicated to public safety, disaster response, critical infrastructure inspection, and geological or mining exploration is expected to reach USD 6–7 billion by 2030. The collaboration between GIBO and Japan Benling Zhushi Clubs Limited positions both organizations at the forefront of this strategically important and fast-growing aviation frontier.

GIBO's AI system will serve as the core intelligence layer of the aircraft, enabling autonomous navigation, obstacle detection, terrain reasoning, precision landing, and continuous environmental mapping. Its multimodal AI architecture will support mission-level decision-making, including structural damage assessment, geological pattern interpretation, hazard detection, and optimal route planning for complex rescue, investigation, or exploration operations. This intelligence-driven framework is designed to increase mission success rates, reduce operational risk, and significantly improve the effectiveness of rapid-response aviation.

Both companies plan to expand co-development activities across Japan, Southeast Asia, and additional international markets, working closely with agencies and industry partners involved in emergency response, geological and mining assessment, fire and rescue operations, utility and infrastructure monitoring, environmental protection, and security. As the collaboration matures, GIBO and Japan Benling Zhushi Clubs Limited also intend to explore further applications in urban air mobility, autonomous aerial logistics, cross-border operational coordination, and AI-enhanced aviation robotics.

This partnership represents an important milestone in the evolution of manned autonomous aviation. GIBO believes that integrating advanced AI compute capabilities with next-generation eVTOL platforms will redefine national disaster-response capabilities, transform geological exploration workflows, and unlock safe access to remote or previously unreachable environments—ultimately strengthening the resilience and intelligence of future aviation systems.

 

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SOURCE GIBO Holdings Ltd.

FAQ

What did GIBO announce on Dec. 18, 2025 about eVTOL development?

GIBO announced a strategic collaboration with Japan Benling Zhushi Clubs Limited to co-develop AI-powered manned eVTOL aircraft for disaster response and geological exploration.

How will GIBO's AI be used in the manned eVTOL (NASDAQ: GIBO)?

GIBO's AI will enable autonomous assistance, real-time 3D mapping, thermal and motion sensing, structural-hazard interpretation, and flight-path optimization.

Which missions are the GIBO eVTOLs being designed for?

The platform is designed for disaster investigation, search-and-rescue in difficult terrain, geological and mining surveys, and operations in remote or hazardous environments.

What market size did GIBO cite for the global eVTOL industry by 2030?

The release cites a global eVTOL market of approximately USD 23–25 billion by 2030.

What size did GIBO cite for the public-safety and mining eVTOL segment by 2030?

GIBO cited an expected specialized segment size of USD 6–7 billion by 2030 for public safety, disaster response, and geological exploration.

Where will GIBO and Japan Benling expand co-development activities?

They plan to expand co-development across Japan, Southeast Asia, and additional international markets with emergency-response and industry partners.