RADAR & SENSING ENGINEERING
AERIS-10
A modular technology base for the next generation of radar and sensing systems.
- Status
- R&D / ENGINEERING BASELINE
- Type
- RADAR & SENSING ENGINEERING
- Sector
- Defense, Security & Civil Protection
- Last reviewed
01
What it is
A concise, public description of the product or engineering capability.
AERIS-10 consolidates Douvris Dynamics' expertise in phased-array concepts, RF electronics, signal processing, FPGA/MCU firmware, and operational visualization into one architecture covering the full path from signal capture and processing to the results an operator sees.
Its modular design lets you develop and evaluate individual subsystems independently: RF front ends, electronic beam steering, digital processing, spatial context, and operator interfaces. Organizations and technology partners can explore new sensing applications without starting from a blank sheet each time.
Today, AERIS-10 is available as an R&D and engineering baseline for feasibility studies, prototypes, subsystem development, and technical integration programs.
Ideal for
R&D teams, integrators, and technology partners building radar and sensing capability.
02
Platform capabilities
The public scope reflects current approved capabilities without implying unverified performance or readiness.
RF electronics and signal-chain engineering
FPGA and MCU processing directions
Operator tooling and integration studies
03
Maturity & public boundary
Status, human authority and publication constraints are part of the technical description.
Status
R&D / ENGINEERING BASELINE
Maturity & public boundary
Technology development baseline. No public performance, readiness or certification claims.
Engagement model
AERIS-10 is presented as a technology-development baseline. Performance, readiness, deployment and certification claims are intentionally not made publicly.
Contact
Discuss an engineering challenge
Share the operational problem, deployment context and required evidence. Do not submit classified, export-controlled or other sensitive information.