Drones are now being used across a wide range of industries, from inspecting underground sewer systems to monitoring complex production units in refineries. For many operators, the security of their data is a top priority. Whether it's protecting intellectual property or ensuring the confidentiality of sensitive infrastructure, maintaining data integrity is essential for all users. At Flyability, we understand that data security is not just a feature—it's a fundamental part of our design philosophy. We believe transparency is key, and here’s a detailed look at how we protect your data throughout every step of the process. Since the launch of our first product, the Elios 1, we've worked with organizations handling some of the most critical and secure assets, including nuclear power plants in the U.S. Over half of these facilities use our technology to reduce human exposure to hazardous environments. We also partner with major industrial companies where data privacy is crucial. As a result, we’ve built strong IT security measures directly into the core of our drones, ensuring maximum protection from the ground up. Our drones are specifically designed for indoor and signal-limited operations. They function without relying on GPS or internet connectivity, which significantly reduces the risk of data breaches. The only device connected to the drone during flight is the Ground Control System (GCS). This isolated setup ensures that no external signals can interfere or access your data, making it inherently more secure. All data collected by the drone is stored on an SD card located inside the unit. Operators can also save a screen recording on the tablet as a backup. These are the only two storage locations—no data is ever uploaded to the cloud. After the mission, the SD card can be removed and transferred to a secure computer. During flight, the drone and GCS communicate only with each other, and no components need to connect to the internet. Even the tablet, which has the option to go online, can have its internet access permanently disabled before leaving our facility. The only non-proprietary parts of our system are the camera and transmission system. Both the Elios 1 and Elios 2 use a DJI Lightbridge 2 radio link, and the GCS includes a DJI controller and a Samsung tablet. While the DJI SDK is required for initial activation, this connection happens once during production and never again. This ensures that no ongoing communication with DJI occurs after the drone leaves our facility. Every component of our system—from the drone itself to the firmware, app, and software—is developed in-house. We maintain full control over all aspects of the system, ensuring that no third-party has access to your data. Our goal is to keep all information strictly within the operator’s hands. The GCS uses an encrypted uplink to prevent unauthorized control of the drone. The downlink is not encrypted, but it requires pairing with the UAV through a mobile device running DJI Go. Without this pairing, accessing the downlink is extremely difficult and would require significant technical expertise. This adds another layer of security against potential threats. The tablet is the only device in the system that can connect to the internet. However, we offer a permanent disablement option to prevent any online activity. If internet access is enabled, we recommend using local backups and avoiding unnecessary connections. The Cockpit app is designed to detect and block man-in-the-middle attacks, ensuring secure updates and operation. If the tablet is offline, all updates must be done manually. The Cockpit app can be updated via an APK file downloaded from our secure server, and the drone’s firmware can be installed via an SD card. All files are verified for integrity, and updates are handled entirely in-house without involving third parties. To maximize security, we recommend keeping the drone and GCS physically protected. Store SD cards separately, lock hardware in transport boxes, and delete data after downloading. For public safety operators, flying without SD cards ensures that all footage remains on the tablet. For service providers, starting missions with empty SD cards helps avoid leaving sensitive data behind. We only collect data when the drone is armed and the tablet is connected to the internet. At that time, we record the unit ID (encrypted), flight time, and firmware version. Users are informed and can opt out. Debugging logs can be sent voluntarily, but are not required for support. We work closely with our clients to ensure they feel confident using our technology. Our team is always ready to assist with any concerns about data security or system integration. Contact us anytime for help or additional details. Pure Ptfe With Adhesive,Ptfe Film With Adhesive,Pure Ptfe Film With Adhesive,High Temperature Resistance Ptfe Tape Taixing Yingxing Composite Material Co.,Ltd , https://www.ptfecnyx.comData Security Is Embedded in Every Drone
Flying in Signal-Deprived Environments
Secure Data Storage and Handling
External Components and Communication
Proprietary Systems for Full Control
Secure Communication Between GCS and UAV
The Tablet: A Key Component with Control Options
Offline Updates and Management
Best Practices for Enhanced Security
What Data Does Flyability Collect?
Collaborating for Safer Inspections
IT security and Flyability: Is it safe to fly Elios 2 in my sensitive assets?