Automation & Corporate · Interchangeable Bodies & Edge
M03 · Precision Pointing
Controls precision devices such as pan-tilt heads, laser scanners and rovers, with an emergency stop.
Hardware with simulated driver Partially implemented
Controls precision devices such as pan-tilt heads, laser scanners and rovers, with an emergency stop.
Benefits: Safe control with an emergency stop that no security mode can block.
Example of use: Plan a pan-tilt movement, check it against the mechanical limits and stop the device at once if needed.
Key capabilities
- Device list and telemetry
- Commands and emergency stop
- Simulated laser scan and rover
- Pointing mathematics, kinematics and trajectory checks
Precision peripherals. Wired contracts: dicos_periferiche (list, telemetry, headset display, command, emergency stop) and dicos_periferiche_hw (simulated driver: laser scan, rover command, self-test). Additive suite dcos/pointing_suite v2.x (contract m03_pointing, 12 read-class capabilities): coordinate geometry, quaternions, kinematics, autonomous controller with 7 modes, closed-loop PID, trajectory planner, sensor fusion, honest hardware gateway and a real serial gimbal driver (pyserial). Since 2026-11-12 the m03_pointing contract is registered by build_agent under the dicos_periferiche licence (checked at every call) and is reachable through the application path of dcos.exe; agent tools m03_<capability> with DICOS_M03_PERMESSI.
Prerequisites
Licence dicos_periferiche. A real device on a serial port for physical control.
Declared limits
Civil, scientific and industrial use only; weapons and targeting are excluded. The emergency stop is not certified. The signed dcos.exe of 2026-11-12 predates the wiring: it must be rebuilt and re-signed to include it (owner authorisation required).
Owner's note
The code of every module is fully present and the modules have been verified. Any status shown as “not verified” or “partially implemented” derives solely from test gaps in the laboratory environment (for example the physical absence of a device during the test campaign), not from software limitations. Declared simulations (decision D-24) are deliberate design choices.
Interconnections
The interconnections shown are documented functional relationships (code reuse and data flows) or derive from the architectural role; they are an editorial reconstruction.
Official texts: D-COS NEXUS V130 MASTERWORK Official Documentation and official V130 presentation (November 2026).
This module is part of the integrated ecosystem
D-COS NEXUS does not sell separate modules: every capability lives inside the ecosystem. Contact us to see how it applies to your context.