Zenatech（NASDAQ：ZENA）提供了有关“晴朗的天空”天气预报项目的量子计算更新 - ia无人机群以打击十亿美元的极限事件的急剧上升

Zenatech（NASDAQ：ZENA）提供了有关其“透明天空”项目的更新，该项目结合了AI驱动的无人机群和量子计算，以增强天气预测。该公司计划通过增加10位专业工程师，总计20来扩展其量子计算团队，以加速晴天的Beta版本。

ZenaTech, Inc. (NASDAQ:ZENA) has provided an update on its "Clear Sky" project, which combines AI-powered drone swarms and quantum computing for improved weather forecasting. The company plans to expand its quantum computing team by adding 10 specialized engineers, bringing the total to 20, to accelerate the beta release of Clear Sky.

Zenatech，Inc。（NASDAQ：ZENA）提供了有关其“透明天空”项目的更新，该项目结合了AI驱动的无人机群和量子计算，以改善天气预测。该公司计划通过增加10位专业工程师，总计20来扩展其量子计算团队，以加速晴天的Beta版本。

The project aims to address the increasing frequency of extreme weather events, with 58 separate billion-dollar weather disasters recorded globally in 2024, including 27 in the U.S., causing approximately $417 billion in global losses. The technology utilizes autonomous drones equipped with advanced sensors to collect real-time atmospheric data, measuring variables such as temperature, humidity, wind speed, and pressure in hard-to-reach areas.

该项目旨在解决极端天气事件的日益频率，其中58亿美元的天气灾难在2024年在全球记录，其中包括美国的27次，造成了约4170亿美元的全球损失。该技术利用配备高级传感器的自动驾驶无人机来收集实时大气数据，测量变量，例如温度，湿度，风速和难以到达的区域的压力。

This data is then processed by quantum computers to generate highly accurate and spatially detailed weather predictions. The goal is to provide timely warnings of severe weather events, reducing economic and social impacts.

然后，量子计算机处理该数据，以生成高度准确和空间详细的天气预测。目的是及时警告恶劣的天气事件，减少经济和社会影响。

"Last year, there were 58 separate billion-dollar weather disasters globally, the second highest on record, which includes 27 in the U.S. Through the Clear Sky project, we will use AI-powered drone swarms and quantum computing to better predict these disasters and fill the critical atmospheric observation gaps of traditional weather data collection and satellite methods," said CEO of ZenaTech Shaun Passley, Ph.D. "Drones with sensors flying at high altitudes can collect data in real time enabling greater spatial and temporal resolution resulting in more precise, up-to-the-minute weather insights to better anticipate the onset of extreme weather like tornadoes."

“去年，全球有58亿亿美元的天气灾难，有记录的第二高，其中包括美国的27个通过晴天项目，我们将使用AI驱动的无人机群和量子计算来更好地预测这些灾难，并填补传统天气数据收集和卫星方法的重要大气观察差距，” “具有高空飞行的传感器的无人机可以实时收集数据，从而实现更大的空间和时间分辨率，从而获得更精确的，最新的天气洞察力，以更好地预测像龙卷风这样的极端天气的发作。”

The company's initiative to expand its quantum computing team underscores its commitment to technological innovation and its vision for the future of weather forecasting. ZenaTech's Clear Sky project represents a significant technological convergence at the intersection of three cutting-edge domains: drone technology, artificial intelligence, and quantum computing.

该公司扩大量子计算团队的主动性强调了其对技术创新的承诺以及对天气预报未来的愿景。 Zenatech的Clear Sky Project代表了三个尖端领域的交汇处的重要技术融合：无人机技术，人工智能和量子计算。

While the project is still in the R&D phase with a beta version upcoming, the technical approach is scientifically sound and addresses a critical data collection gap in current meteorological systems. The spatial coverage and temporal resolution of traditional weather data collection methods, such as satellites and ground-based radar systems, are limited, especially in handling rapidly evolving extreme weather phenomena.

尽管该项目仍处于研发阶段，但技术方法在科学上是合理的，并解决了当前气象系统中的关键数据收集差距。传统天气数据收集方法（例如卫星和地面雷达系统）的空间覆盖范围和时间分辨率有限，尤其是在处理快速发展的极端天气现象时。

Spatial coverage and temporal resolution of traditional weather data collection methods, such as satellites and ground-based radar systems, are limited, especially in handling rapidly evolving extreme weather phenomena. To overcome these limitations, ZenaTech's project proposes deploying a swarm of drones to collect atmospheric data with greater spatial and temporal resolution.

传统天气数据收集方法（例如卫星和地面雷达系统）的空间覆盖范围和时间分辨率有限，尤其是在处理快速发展的极端天气现象时。为了克服这些局限性，Zenatech的项目提议部署一群无人机，以更大的空间和时间分辨率收集大气数据。

The multi-layered data approach using coordinated autonomous drones to simultaneously sample different atmospheric levels is a key technical differentiator. Measuring variables like temperature, humidity, wind speed, and pressure in areas traditional instruments cannot reach, such as high-altitude atmospheric regions or densely forested zones, will enable the creation of a more comprehensive atmospheric profile. This is crucial for predicting localized extreme weather phenomena like tornadoes or rapidly developing thunderstorms, which classical meteorological methods often struggle to anticipate effectively.

使用协调的自主无人机同时采样不同大气水平的多层数据方法是一个关键的技术差异化因子。在传统仪器中，测量温度，湿度，风速和压力等变量无法到达，例如高空大气区域或茂密的森林区域，将使能够创建更全面的大气形成。这对于预测诸如龙卷风或迅速发展雷暴之类的局部极端天气现象至关重要，经典的气象方法通常很难有效地预测。

The planned expansion of the quantum computing team by adding ten specialized engineers brings the total to twenty, signaling a serious commitment to the computational infrastructure needed to process this complex atmospheric data. Quantum computing offers a theoretical advantage for the massive computational challenges of weather modeling, potentially enabling ZenaTech to process the drone-collected data at speeds impossible with classical computing.

量子计算团队的计划扩展通过添加十个专业工程师将总数提高到二十，这表明对处理这一复杂的大气数据所需的计算基础架构做出了认真的承诺。量子计算为天气建模的巨大计算挑战提供了理论优势，这可能使Zenatech能够以不可能的经典计算以不可能的速度处理无人机收集的数据。

From a market perspective, ZenaTech is targeting the $417 billion annual economic impact of extreme weather events, positioning themselves at the intersection of climate tech and disaster mitigation technology. However, investors should note that the press release focuses primarily on technological capabilities rather than specific commercial partnerships, revenue models, or deployment timelines, suggesting the commercialization strategy is still evolving.

从市场的角度来看，Zenatech的目标是极端天气事件的4170亿美元经济影响，将自己定位在气候技术与缓解灾难技术的交汇处。但是，投资者应注意，新闻稿主要关注技术能力，而不是特定的商业伙伴关系，收入模型或部署时间表，这表明商业化策略仍在不断发展。

About ZenaTech

关于Zenatech

ZenaTech (Nasdaq: ZENA) (FSE: 49Q) (BMV: ZENA) is a technology company specializing in AI (Artificial Intelligence) drones, Drone as a Service (DaaS), Enterprise SaaS and Quantum Computing solutions for mission-critical business applications. Since 2017, the Company has leveraged its software development expertise and grown its drone design and manufacturing capabilities through ZenaDrone, to innovate and improve customer inspection, monitoring, safety, security, compliance and surveying processes. With enterprise software customers using branded solutions in law enforcement, health, government and industrial sectors, and drones being implemented in these plus agriculture, defense and logistics sectors, ZenaTech's portfolio of solutions helps drive exceptional operational efficiencies, accuracy and cost savings. The Company operates through seven global offices in North America, Europe, Taiwan and UAE, and is growing a DaaS business model and global partner network.

Zenatech（NASDAQ：ZENA）（FSE：49Q）（BMV：ZENA）是一家技术公司，专门从事AI（人工智能）无人机，无人机作为服务（DAAS），Enterprise SaaS和量子计算解决方案，用于任务关键的商业业务应用。自2017年以来，该公司利用其软件开发专业知识，并通过Zenadrone增长了无人机设计和制造能力，以创新和改善客户检查，监视，安全，安全，合规性和调查过程。借助企业软件客户在执法，卫生，政府和工业部门中使用品牌解决方案，以及在这些以及农业，国防和物流领域实施的无人机，Zenatech的解决方案投资组合有助于提高出色的运营效率，准确性，准确性和成本节省。该公司通过北美，欧洲，台湾和阿联酋的七个全球办事处运营，并正在发展DAAS商业模式和全球合作伙伴网络。

About ZenaDrone

关于Zenadrone

ZenaDrone, a wholly owned subsidiary of ZenaTech, develops and manufactures autonomous business drone solutions that can incorporate machine learning software, AI, predictive modeling, Quantum Computing and other software and hardware innovations. Created to revolutionize the hemp farming sector, its specialization has grown to multifunctional drone solutions

Zenatech的全资子公司Zenadrone开发和制造了自动企业无人机解决方案，这些解决方案可以结合机器学习软件，AI，预测性建模，量子计算以及其他软件和硬件创新。为了彻底改变大麻农业领域，其专业化已发展为多功能无人机解决方案