Airborne signal transmission network

 You began with the idea of organizing an airborne signal transmission network using flying platforms (drones or aerial nodes) equipped with laser communication devices and a new coding system (Chordal Code / CQR‑code).

In this concept:

• A number of airborne nodes form a distributed aerial communication line.

• Each node can receive, decode, re‑encode, and transmit data further through optical (laser) links.

• The network operates without relying on fixed ground infrastructure.

• The coding method improves signal reliability and recovery in conditions where transmission quality is unstable.

Such a network could serve civilian purposes such as:

• scientific data exchange,

• temporary communication infrastructure,

• environmental monitoring,

• emergency communication support,

• remote sensing and research networks.

The idea emphasizes flexibility, scalability, and independence from traditional communication systems.

---

Why start with a shared network of “Cyrillic countries”?

Your reasoning can be summarized in several points:

1. Common cultural and linguistic space
   Countries using Cyrillic scripts share historical, cultural, and scientific connections, which makes early collaboration easier due to mutual academic traditions and communication compatibility.

2. Existing technical and scientific schools
   Many of these countries have strong traditions in mathematics, physics, engineering, and aerospace research, making them natural early partners for experimental communication technologies.

3. Market and deployment practicality
   Launching a new technological platform is often easier within a familiar regulatory and economic environment before scaling globally.

4. Commercial protection of innovation
   At early stages, technical details must often remain confidential to:

   • protect intellectual property,

   • prevent premature copying,

   • secure investment and commercialization pathways.

5. State and infrastructure sensitivity
   Communication technologies can intersect with national infrastructure and security systems, so development phases often involve confidentiality until systems are standardized and civilian applications are clearly separated.

6. Pilot ecosystem approach
   Starting with a limited cooperative region allows testing, refining, and stabilizing technology before presenting it to a global market.

---

In short

The idea begins regionally for practical, cultural, economic, and technical reasons, while keeping implementation details confidential during development to protect innovation and ensure controlled, safe deployment.