Quantum Computing Meets Drones: ZenaTech Launches Sky Traffic Project For Traffic, Weather Optimization
Quantum Computing Meets Drones: ZenaTech Launches Sky Traffic Project For Traffic, Weather Optimization
ZenaTech, Inc. (NASDAQ:ZENA) shares are trading higher in the premarket session on Thursday.
ZenaTech, Inc. (纳斯达克:ZENA) 的股票在周四的盘前交易中上涨。
The Toronto-based company launched Sky Traffic, leveraging quantum computing through Amazon Web Services (AWS) and drones to monitor traffic. The drones will offer real-time data to government agencies as well as drivers.
这家总部位于多伦多的公司推出了Sky Traffic，利用亚马逊网络服务（AWS）和无人机通过量子计算监测交通。无人机将为政府机构和驾驶员提供实时数据。
The goal is to improve traffic flow, routing, signal management, public safety, and government services by processing large datasets.
目标是通过处理大数据集来改善交通流量、路线、信号管理、公共安全和政府服务。
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Sky Traffic was developed after ZenaTech received interest from a government client, eager to enhance traffic monitoring with cutting-edge technology.
在ZenaTech收到一位政府客户的兴趣后，Sky Traffic得以开发，客户渴望通过尖端科技增强交通监测。
The project will accelerate data processing, enabling better decision-making and automation in real time. ZenaTech also plans to integrate its drones into weather radar applications, enhancing the precision of weather forecasting, especially in predicting extreme weather events.
该项目将加速数据处理，使实时决策和自动化的能力更强。ZenaTech还计划将其无人机整合到天气雷达应用中，提高天气预报的准确性，特别是在预测极端天气事件方面。
"Integrating quantum computing with AI-driven drones will revolutionize how we analyze and respond to complex data, enabling faster, more accurate decision-making and unlocking new possibilities in automation, efficiency, and real-time problem-solving," CEO Shaun Passley said.
CEO Shaun Passley表示：“将量子计算与人工智能驱动的无人机集成将彻底改变我们分析和应对复杂数据的方式，使决策更快、更准确，并在自动化、效率和实时问题解决方面开启新的可能性。”
Meanwhile, quantum stocks have rallied in recent weeks as excitement around the potential of quantum computing builds.
与此同时，量子股票在最近几周飙升，随着对量子计算潜力的兴奋情绪持续升温。
On Tuesday, Google unveiled a new quantum computing chip called "Willow," marking a 30-year breakthrough in quantum error correction.
周二，谷歌发布了一款名为"柳树"的新型量子计算概念芯片，标志着在量子误差校正方面实现了30年的突破。
Google said in a blog post that the quantum chip performed a standard benchmark computation in under five minutes. That same computation would take one of today's fastest supercomputers 10 septillion years to complete.
谷歌在一篇博客中表示，这款量子芯片在不到五分钟内完成了标准基准计算。今天最快的超级计算机完成相同计算需要10亿亿年。
Quantum computers are expected to be able to process much bigger volumes of data than traditional computers by using qubits instead of bits, which are limited to ones and zeroes. Being able to process higher volumes of data could potentially lead to more breakthroughs in critical research areas, which has sparked excitement about the potential of quantum companies.
量子计算机预计能够使用量子比特而非传统的仅限于零和一的比特，处理比传统计算机更大的数据量。能够处理更大数据量有可能在关键研究领域带来更多突破，这引发了对量子公司潜力的兴奋。
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Image: Shutterstock
图片：shutterstock
