Access at the point of need.
The proposed dock combines first-mile user access, local operations, energy management and tether handling. The paper discusses Wi-Fi as the user-facing access method.
Aerial communication infrastructure / 01
AERIS™Aerial Emergency Resilient Infrastructure System
A research-led system concept for communication continuity when conventional infrastructure is disrupted.
AeroNodus — AERIS PLATFORM — DTD ARCHITECTURE
The design question
How can access, energy and backhaul work as one system?
AERIS is organized around Dock–Tether–Drone (DTD) Architecture. A ground station provides user access and operational support; a tether connects that layer to an aerial LoRa mesh; a separate higher-altitude layer can provide backhaul integration.
The paper presents an analytical design framework. Field performance, operational readiness and deployment capability remain to be established.
The architecture
Ground. Air.
Backhaul.
Each layer solves a different part of the continuity problem.
DTD SYSTEM MODEL01 / 03 — 03 / 03
LAYER 03 HIGH-ALTITUDE BACKHAUL
SATCOM / LONG-RANGE LINK
AIRNODE 01TETHERED UAV · LoRa
AIRNODE 02RELAY NODE · LoRa
LAYER 02 AERIAL MESH NETWORKLOCAL ROUTING · ECHO PROTOCOL
POWER + DATA
HYBRID TETHER
LAYER 01 / GROUND STATIONDOCK + TETHER MANAGEMENT
FIRST-MILE ACCESS
FIELD USERS
DATA / NETWORK PATH POWER / PHYSICAL LINKCONCEPTUAL ARCHITECTURE
Operational sequence
A path through the system.
The design depends on interfaces between the layers, not on the aircraft alone.
01↗
Ground access
People and field devices connect to a local access point at the dock.
02↗
Tethered lift
A hybrid tether links ground infrastructure to an aerial node and is designed to carry power and data.
03↗
Local mesh
LoRa-capable nodes form a local mesh; the study describes a two-phase ECHO routing approach.
04↗
Backhaul
Traffic can interface with a separate higher-altitude or SATCOM backhaul layer where available.
A tethered node above ground.
The UAV acts as an aerial communication node. LoRa mesh networking extends local connectivity across nodes; the physical tether is integral to the energy architecture.
A route beyond the local mesh.
Layer 3 provides the model for long-range backhaul integration, including SATCOM where a compatible platform and service are available. This is an architectural interface, not a service claim from AeroNodus.
Research foundation
Analytical design, with validation ahead.
The source paper develops first-mile access, a two-tier mesh, tether energy, population-aware dock placement and altitude optimization. Its limitations include tether mass and aerodynamics, LoRa capacity, urban constraints and the need for field validation.
Numerical values in the paper belong to its stated research configuration and assumptions. They are not presented here as AERIS product specifications.
Research and developmentContinue the conversation