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How is eSIM Technology Streamlining Global BVLOS Drone Operations?

2023-08-09 17:42:09
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Illustration: © IoT For All

Drones have revolutionized many industries in recent years, from agriculture to logistics to global military operations. These flying robots have proven their worth in various applications, and drone technology has continued to develop and improve.

Connectivity is a must for many autonomous drones that need to have a reliable and robust connection that enables them to operate remotely and safely, without issues in data delivery and transmission. eSIM technology is a significant step forward for drone connectivity. Let’s explore how it works and the benefits that it offers.

eSIMs: Fast & Easy Deployment

eSIMs come in multiple form factors and are similar to a traditional SIM, as eSIMs can be a physical, insertable chip (2FF/3FF/4FF). However, unlike traditional SIMs, eSIMs can also be soldered onto the motherboard of a device (MFF2).

One of the critical benefits that eSIM technology provides is quick and easy deployment of Beyond Visual Line of Sight (BVLOS) drones, anywhere in the world. BVLOS drones are unmanned aerial vehicles that can fly autonomously. BVLOS drones can cover much larger distances than drones that are operated within visual range, which makes them ideal for search and rescue missions, surveying vast areas of land, mapping, and monitoring wildlife and livestock.

With eSIM technology, drone operators can equip their BVLOS drones with an eSIM, eliminating the need to purchase local SIM cards or navigate the complex process of signing up for local carrier services when deploying their drones to new regions.

eSIM technology simplifies the management of numerous drones within a fleet, reducing the workload on drone operators. With traditional SIM cards, operators would need to switch SIMs in and out of devices and monitor, manage, and pay for individual subscriptions for each drone in a fleet. 

eSIM for Drone Expansion

eSIM technology is a key enabler for the expansion and growth of drone operations worldwide. With eSIMs, drones have access to a global network of carrier services, enabling quick and easy deployment of diverse BVLOS drone missions anywhere in the world.

This intelligent, programmable technology ensures reliable connectivity for drones, even in remote areas, simplifies fleet management, and optimizes the use of carrier services. By leveraging eSIM technology, drone operators can focus on delivering quality results, and expand the use of unmanned aerial vehicles in an ever-growing range of industries.

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  • Connectivity
  • Drones
  • eSIM

  • Connectivity
  • Drones
  • eSIM

参考译文
eSIM技术如何简化全球无人机的超视距操作?# 示例输入和输出**输入** 人工智能(AI)是计算机科学的一个分支,旨在开发表现出人类智能的软件或机器。这包括从经验中学习、理解自然语言、解决问题以及识别模式。**输出** 人工智能(AI)是计算机科学的一个分支,旨在开发表现出人类智能的软件或机器。这包括从经验中学习、理解自然语言、解决问题以及识别模式。
插图:© IoT For All 近年来,无人机彻底改变了众多行业,从农业到物流,再到全球军事行动。这些飞行机器人在各种应用中都展现了其价值,而无人机技术也在不断进步和发展。对于许多自主无人机而言,连接性至关重要,它们需要可靠且稳定的连接,以实现远程和安全的操作,同时确保数据传输的顺利进行。eSIM技术为无人机的连接性带来了重要进展。让我们看看它是如何工作的,以及它提供了哪些优势。eSIM:快速且便捷的部署 eSIM有多种形态,其形式与传统SIM卡类似,可以是实体的可插入芯片(2FF/3FF/4FF)。然而,与传统SIM卡不同,eSIM还可以焊接在设备的主板上(MFF2)。eSIM技术提供的一个关键优势,是能够在全球任何地方快速且便捷地部署超视距(BVLOS)无人机。 BVLOS无人机是一种可以自主飞行的无人驾驶飞行器。与在可视范围内操作的无人机相比,BVLOS无人机可以覆盖更远的距离,使其特别适合执行搜救任务、对大片区域进行测绘、地图绘制以及野生动物和牲畜的监测。 借助eSIM技术,无人机操作员可以为其BVLOS无人机配备eSIM卡,无需购买本地SIM卡或在部署无人机到新区域时,经历复杂的当地运营商注册流程。eSIM技术简化了无人机编队的管理,减轻了操作员的工作负担。 使用传统SIM卡时,操作员需要频繁更换设备中的SIM卡,并逐个监控、管理并为编队中的每架无人机支付订阅费用。eSIM助力无人机拓展 eSIM技术是全球无人机运营扩展和增长的重要推动力。借助eSIM,无人机可以接入全球运营商网络,实现各类超视距无人机任务的快速和便捷部署。这种智能可编程技术确保了无人机的可靠连接,即使在偏远地区也能稳定运行,简化了编队管理并优化了运营商服务的使用。 通过利用eSIM技术,无人机操作员可以专注于提供高质量的结果,并不断拓展无人驾驶飞行器在日益增多的行业中的应用。
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