China’s First “Initiativefor the Development of Safe, Eco-Friendly, and Intelligent Aerial Operations” Officially Launched – Wisson Robotics JoinsForces with Industry Leaders, Gaining Nearly 100 Supporting Organizations

On May 22, during the 10th Drone Congress, Wisson Robotics, togetherwith a number of leading institutions and emerging enterprises from variousindustries at home and abroad – including Shenzhen UAVIndustry Association, China Cleaning Industry Entrepreneurs Association,Shenzhen Property Management Association, Shoucheng Holdings, Shanxi GeneralAviation, Quanzhou Jiaofa, Accor Hotels, Shanghai New World Group, HuzhouDigital Group, Tianzheng Property, Wuhan Kechuang Property, China NuclearProperty, RC Corner (UAE), Hong Kong Low-Altitude Economy Advisory &Services, GALACTIC (Belgium), and others – officiallylaunched the first joint initiative in the low-altitude economy sector: the “Initiative for the Development of Safe, Eco-Friendly, andIntelligent Aerial Operations”. The initiative receivedinitial responses from nearly 100 organizations and their leaders. Mr. YangJincai, Chairman of the World Drone Congress and President of Shenzhen UAVIndustry Association, Mr. Ling Yongfu, Director of China Cleaning IndustryAssociation, and Ms. Li Min, Deputy Secretary General of Shenzhen PropertyManagement Association, attended the launch ceremony and delivered speeches.

As intelligent aerial operations enter a new stage of large‑scale application driven by the deepening development of embodied AItechnology and the low‑altitude economy,and in order to accelerate the adoption and benefits of intelligent aerialoperations across more industries and scenarios, the initiative focuses on thecore bottlenecks currently hindering the promotion of intelligent aerialoperations. It addresses six key breakthrough areas: concept promotion,intrinsic safety, workforce empowerment, risk management, green andenvironmental protection, and collaborative promotion. The initiative fullyresponds to national strategies on safe production, green and low‑carbon development, and new‑quality productive forces, actively practices the ESG sustainabledevelopment concept, and promotes the transformation and upgrading of high‑altitude operations towards safer, greener, more intelligent, andmore sustainable directions.

Concurrent with the launch of the initiative, Wisson Roboticsunveiled several Pliabot® embodied intelligent robot products and solutions,including the world’s first Pliabot® facade rope‑driven robot platform, the world’s first soft‑vibration cavitation non‑destructive cleaning robot, a “pure‑water, non‑destructive” high‑rise curtain wall cleaning solution, and diversified intelligentcleaning processes. For the first time, Wisson also revealed its “Pliabot®Intelligent Low‑Altitude AssetEmpowerment Matrix”, building a complete capabilitysystem for the industry across multiple dimensions –platforms, capabilities, processes, and ecosystem –vividly illustrating the safe, green, and intelligent concepts advocated by the“Initiative for the Development of Safe, Eco-Friendly,and Intelligent Aerial Operations”.

With the implementation of the initiative and the continuousexpansion of ecosystem partners, Wisson Robotics will continue to act as aglobal leader, driving the deep integration of Pliabot® embodied intelligencetechnology and the low‑altitude economy.Together with multiple parties, it will jointly build a “New Form of Low‑Altitude Intelligent Economy” based on intelligent operational capabilitiesacross various scenarios.

Full text of the initiative:

Driven by Pliabot® Embodied Intelligence  

Joint Initiative for Safe, Eco-Friendly, and Intelligent AerialOperations

As the integrated development of embodied intelligence and the low‑altitude economy accelerates rapidly, in response to nationalstrategies on safe production, green and low‑carbon development, and new‑quality productive forces, and to actively practice the ESGsustainable development concept, promoting the transformation and upgrading ofhigh‑altitude operations towards safer,greener, more intelligent, and more sustainable directions, we hereby call uponall sectors of society and all industries to jointly practice a new paradigm ofhigh‑quality aerial operations centered onintrinsic safety, workforce empowerment, risk controllability, resourceefficiency, and shared responsibility. We aim to systematically enhance thesafety assurance capability and environmental performance of intelligent high‑altitude operations, and jointly build a “New Form of Low‑Altitude Intelligent Economy” based on intelligent operational capabilitiesacross scenarios.

**1. Actively empower traditional operation models with intelligenttechnology**

We advocate that all parties actively promote the deep applicationof intelligent technology in high‑altitude operations, integrating capabilities such as intelligentperception, autonomous decision‑making, andadaptive control to assist or gradually replace high‑risk manual operations. Focus on enhancing operational safety andpersonnel protection through intelligent technology, ensuring thattechnological evolution aligns with national safety production regulations andESG governance requirements.

**2. Strengthen the “intrinsic safety” capability of intelligent operations**

We advocate that all parties in the industry jointly strengthen thedevelopment of native safety capabilities during technology R&D, selection,application, and iterative upgrades. Advocate for implementing the concept ofintrinsic safety from the source, integrating safety mechanisms such as dynamicstability and native safe interaction in complex high‑altitude environments (e.g., strong winds, sudden disturbances) intothe entire lifecycle of intelligent operation systems. This effectivelymitigates impact risks from accidental contact, minimizes potential harm topersonnel, buildings, and public environments, and accelerates the fundamentalshift from relying on external protection to inherent safety capabilities.

**3. Jointly promote the professional transformation and training ofpractitioners**

Accelerate the establishment of standardized training mechanismscovering operators, maintenance personnel, and managers, ensuring thatpractitioners possess the ability for standardized operation, risk prediction,and emergency response. Encourage enterprises to incorporate skill enhancementinto talent development strategies, support the smooth transition oftraditional workers to intelligent positions, and promote the coordinateddevelopment of employment structure optimization and occupational safety protection.

**4. Implement scenario‑based risk management covering the entire cycle**

Advocate embedding risk assessment and dynamic response mechanismsthroughout the entire operation process: conduct comprehensive analysis ofbuilding structure, airspace environment, and weather conditions beforeoperations; rely on intelligent perception and analysis for real‑time risk identification and parameter adaptation during operations;and improve post‑operation reviewand data archiving. Jointly enhance operational resilience in complex scenariosand effectively prevent public safety risks.

**5. Deepen green, environmentally friendly, and low‑carbon operational practices**

Strictly control environmental impact during operations, completelyban the use of highly toxic and highly corrosive chemicals, and prioritizeenvironmentally friendly materials and biodegradable consumables. Promoteprecision operation technologies and low‑disturbance operation modes to reduce material dispersion, resourcewaste, and secondary pollution. Optimize the efficiency of energy and media(such as water and electricity) usage, significantly reduce energy consumptionand carbon emissions per unit of operation, and actively serve the national “dual carbon” goals.

**6. Build a multi‑partycollaborative ecosystem for application, promotion, and普及**

Promote the formation of synergy among equipment manufacturers,service providers, property managers, regulatory agencies, researchinstitutions, and communities, deeply integrating safety, environmentalprotection, and compliance requirements into the entire chain of productdevelopment, service delivery, and operation management. Encourage regulardisclosure of key environmental and safety performance data to promote industrytransparency. Through joint standard setting, technology sharing, and experienceexchange, jointly create a high‑quality, green,and sustainable new ecosystem for intelligent high‑altitude operations.

**Partial list of co‑initiators andfirst responders (in no particular order; full list available at the launchevent):**

**Industry associations:** Shenzhen UAV Industry Association, ChinaCleaning Industry Association, Shenzhen Property Management Association, etc.

**Commercial organizations:** Wisson Robotics, Shanxi GeneralAviation UAV Co., Ltd., Shanghai Boying Technology Co., Ltd., Guangxi TianruiUAV Technology Co., Ltd. (technology enterprises); Shoucheng Holdings, QuanzhouJiaofa Park Management Service Co., Ltd., Accor Hotels, Shanghai New World(Group) Co., Ltd., Huzhou Digital Group (integrated commercial organizations);Nanjing Tianzheng Property Service Co., Ltd., Wuhan Kechuang Property ServiceCo., Ltd., China Nuclear Property Service Co., Ltd. (property managemententerprises); Shanghai Yiqing Environmental Cleaning Service Co., Ltd., GuiyangBingqing Yujie Property Cleaning Co., Ltd., Yangyang Environment (cleaningservice enterprises); and other leading companies and emerging enterprisesacross various sectors.

**Overseas organizations:** RC Corner Drone Solutions (UAE), HongKong Low-Altitude Economy Advisory & Services Limited, GALACTIC (Belgium),etc.