01 / PROTECT
Bring capable cameras underwater
Develop a serviceable housing architecture with interchangeable optical ports, carefully designed seals, and a clearly stated depth target that will be claimed only after validation.
An open underwater camera platform
Take the camera underwater. Keep the system open.
AQWALY is exploring a robust, industrially made camera housing and developer platform—built to address underwater protection and give creators a useful, documented expansion interface.
Early concept artwork · platform details are evolvingThe problem space
Two gaps.
One platform opportunity.
Modern cameras keep getting smaller and more capable, but practical underwater use still depends on a reliable housing. At the same time, proprietary or missing accessory interfaces make it harder for independent builders to add the controls they need. AQWALY is a hardware-first response to both.
02 / CONNECT
Make room for useful accessories
Provide a documented pogo-pin interface and open I/O bus so control modules and accessories can be designed by AQWALY, community developers, or specialist suppliers.
The AQWALY platform
Manufactured hardware. Open interfaces. Shared know-how.
The goal is a dependable physical base and a developer’s kit—not a closed promise that every feature already exists.
01 — HOUSING
Pressure-ready enclosure
Injection-molded shell concept with a structural port interface, serviceable seals, and pressure validation as a core development task.
02 — PORTS
Interchangeable optics
A repeatable 120 mm interface for lens-port modules, using machined flanges, a locating socket, bayonet retention, and designed O-ring glands.
03 — I/O
Documented expansion
Open pogo-pin and bus specifications can let third parties create swappable control modules and accessories for the platform.
04 — TOOLING
Reproducible parts
Developer materials are intended to include CAD files, machining strategies, interface dimensions, and practical build notes.
Why a short launch window is plausible
A hardware offer with a focused scope.
The campaign is centered on a physical housing and accessory platform, with very limited bespoke electronics and software. The mechanical files are already validated, and display prototypes can be produced by professional workshops in about two weeks—so the pre-launch work can focus on showing the product clearly and documenting its real manufacturing path.
Open focus & tracking
Open the control layer to more builders.
Local FOC motor control can provide the precise actuator foundation for focus, iris, and zoom. The platform can ship without a built-in AI system and still leave room for independent control software.
01
Local motor control
Run motor commutation and feedback locally, with a documented command and status interface.
02
Open control software
Publish the reference firmware, FIZ command layer, calibration approach, and integration examples for community use.
03
Third-party smart modules
Specialist suppliers could build, validate, and sell plug-and-play control modules using the published mechanical and electrical interfaces.
04
AI is optional
Tracking and other higher-level features can be developed independently; they are not a prerequisite for the hardware platform.
Prototype & manufacture
Prototype flexibly. Manufacture at scale.
Before the campaign, AQWALY parts will be prototyped using Nestworks C500 machines. Selected significant parts will be machined and filmed locally on the C500; Nestworks will use that material in its own communications, helping introduce AQWALY to a wider audience. The longer-term plan is a small micro-factory of 10–12 C500 machines dedicated to R&D and customization of accessories and components. The main housing components will be manufactured using standard injection molding processes.