Mesh telemetry radio

Hello. Once, our company faced the problem of controlling a large number of drones. The main problem was in the organization of communication. You need huge and expensive equipment. As a result, the idea was born to develop a communication channel that supports grid technology. During the operation, additional features appeared to solve the narrowly focused tasks of our small company. Now we have decided to appeal to the community. Probably, you will be interested in this functionality too:

Wi-Fi Mesh network.

Range of communication on WiFi on printed antenna 50m in the city and up to 400m in the field. Range 868MHz > 4 km in open visibility (in the field)

Retransmission capability*

Wireless upload of photo points *

Wireless downloading of logs *

Mobile application for device management

Synchronization in the cloud:

  • Flight missions
  • Points of photographing*
  • Photos *
  • Log files *

Setting up software modules from your phone via WiFi *

Built-in support for MAVLink.

Cooperation between devices without a base station*

Offline maps in the mobile app (Mbtiles)

Video transmission *

Implementation in power bank format (via OTG) *

Real-time trajectory collision correction*.

Connection to MP QGC via UDP

  • something (*) that has not yet been implemented or in developing.

Not everything on the list is implemented perfectly.

How does it work now? The ground module is an access point

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to which “operators”

such as mobile phones, or a computer are connected. There are two ways of communication presently: WiFi 2.4 GHz and FSK 868 MHz (at the moment, not a grid but a star with repeaters). Further, all control is carried out by UDP Protocol through MAVLink. We are going to publish a mobile application within 1-2 months.

The purpose of this message is to understand whether this product can help you or your company, to hear comments and suggestions.

4 Likes

How are you planning to sell this? What is the pricing model?

Awesome work! How is it going now? Any more information?

I am also looking for a similar solution,

  1. I want to have drone-swarm network using WiFi or Lora, in 2.4G and 867Mhz band.
  2. I need this for Telemetry… which is implemented using Zmq. where all Drones including GCS subscribes to the topics and participate in the message xchange…
    From your circuit it looks you are using esp32 and what is other component in the red… is it Lora?
    PM me if interested.

Hardware-Related Solutions:

  1. Antenna Optimization:
  • Directional Antennas: Employ directional antennas for specific applications like long-range communication or precise targeting.
  • Antenna Diversity: Use multiple antennas to improve signal strength and reliability, especially in complex environments.
  1. Power Management:
  • Efficient Power Consumption: Optimize components and algorithms to minimize power consumption, extending battery life.
  • Hybrid Power Sources: Explore alternative power sources like solar or wind energy for remote deployments.
  1. Ruggedization:
  • Protective Housing: Design a robust enclosure to withstand harsh conditions like extreme temperatures, moisture, and physical impacts.
  • Environmental Sealing: Ensure proper sealing to prevent ingress of elements that could damage internal components.

Software-Related Solutions:

  1. Security Enhancements:
  • Encryption: Implement strong encryption algorithms to protect data in transit and at rest.
  • Authentication: Use robust authentication mechanisms to prevent unauthorized access.
  • Intrusion Detection: Incorporate intrusion detection systems to monitor for suspicious activity.
  1. Network Optimization:
  • Adaptive Routing: Employ adaptive routing algorithms to optimize data paths based on network conditions.
  • Mesh Network Optimization: Implement techniques to improve the efficiency and reliability of the mesh network.
  • QoS Management: Prioritize critical data traffic to ensure timely delivery.
  1. Integration and Interoperability:
  • API Development: Create well-defined APIs to enable seamless integration with other systems.
  • Compatibility Standards: Adhere to industry standards like MAVLink and OGC to ensure interoperability.
  • Data Formats: Support a variety of data formats to accommodate different use cases.
  1. User Experience Improvements:
  • Intuitive Interface: Design a user-friendly interface for the mobile app, making it easy to use for both technical and non-technical users.
  • Customization: Allow users to customize the app’s features and settings to suit their specific needs.
  • Real-time Feedback: Provide real-time feedback on device status, network conditions, and task progress.
  1. Feature Expansion:
  • AI-Driven Features: Explore the use of AI and machine learning for tasks like autonomous flight, object detection, and data analysis.
  • Advanced Analytics: Develop tools for analyzing collected data to extract valuable insights.
  • New Functionality: Consider adding new features based on user feedback and market trends.