Perceive
Cameras and AI vision models identify state, target and task-relevant events.
WATER · ROCK · UNDERGROUND · OEM
A communication layer through water and rock.
Universe AI Tech provides OEM-ready near-field magnetic-induction communication for freshwater pool robots, underwater equipment and selected through-rock or underground paths—connecting AI perception, telemetry and machine control.
OEM SUBSURFACE LINK / REFERENCE CONFIGURATIONWHY IT BELONGS IN THE STACK
Perception is only useful if the decision reaches the machine.
In a freshwater pool robot, vision can identify obstacles, coverage, contamination or operating state. Edge AI can decide what matters. The communication layer then carries a bounded command or telemetry message across the water-system boundary so control can respond.
This is not a separate communications business. It is a targeted extension of the same perception-to-action architecture used across Universe AI Tech robotics programs.
Our engineering work began during the early commercial development of magnetic-induction communication, giving the team practical experience in turning the physical principle into an OEM-ready machine interface.
SYSTEM LOGIC
Vision → edge decision → magnetic link → robot control.
The communication module occupies one defined boundary in the system. It does not replace perception, autonomy or control.
Decide
Edge logic converts visual evidence into bounded commands, events and telemetry.
Connect
A near-field magnetic-induction link carries the approved data path through water, across media boundaries or through selected rock and underground geometries.
Control
The robot controller receives the message and closes the task loop under defined safety behavior.
APPLICATION DOMAINS
One physical principle. Three high-value environments.
The module is configured around the medium, geometry, message load and consequence of a missed or delayed command.
Pool robots
Command, status and low-rate telemetry links for cleaning robots and other sealed freshwater equipment.
Underwater equipment
Robot, sensor and control links across water or air-water boundaries when the named configuration is validated.
Subsurface telemetry
Selected command and telemetry paths for rock strata, underground assets, mines and concrete-adjacent structures.
CURRENT EVALUATION BASELINE
One reference baseline. No blended roadmap claims.
Values below define the current reference configuration used for initial engineering evaluation. OEM performance is confirmed for the selected coil, enclosure, medium, alignment, message load and installation geometry.
CONFIGURATIONOEM / project-defined
COMMUNICATION RANGE15–50 m
DATA RATE1 kbps
INTERFACEUART
COMMUNICATION MODEHalf-duplex
ACTIVE POWER1.2 W
STANDBY POWER100 mW
SIZE71.34 × 71.34 × 12.28 mm
MASS200 g
Final range, data rate, latency, power, thermal behavior, sealing, compatibility, electromagnetic environment, supply status and compliance scope are confirmed in the named project configuration and validation record.
PHYSICAL PRINCIPLE
Near-field magnetic induction—not conventional underwater RF.
A driven transmit coil produces a quasi-static alternating magnetic field. A receive coil couples to that field, induces an electrical signal and demodulates the information.
Coupling is strongly dependent on distance and geometry; the source material states induced receiver voltage attenuation is proportional to 1/d³, where d is coil spacing. That is why system validation must include the real enclosure, coil orientation and installation geometry.
ENGINEERING OWNERSHIP & OEM DELIVERY
The physical principle becomes valuable through system engineering.
Universe AI Tech turns magnetic-induction communication into a project-defined module, interface and validation path.
Application and system definition
- Pool-robot application and acceptance definition
- AI vision model and edge-hardware integration
- UART, robot-control and telemetry interfaces
- Validation plan, project configuration and delivery
Module, coil and embedded interface
- Project-defined module and coil configuration
- Enclosure, sealing and installation geometry
- UART, firmware and system-control behavior
- OEM branding, supply and lifecycle scope
What must be confirmed before design-in
- Commercial configuration and warranty boundary
- Named test geometry, medium, range and message load
- Sealing, compliance, lifecycle and production status
- Customer-approved evidence and disclosure rights
TECHNICAL FAQ
Answers that separate present capability from future potential.
What is underwater magnetic-induction communication?
A transmitting coil generates a quasi-static alternating magnetic field. A receiving coil detects the coupled signal and demodulates the information. It is a near-field magnetic-induction link, not conventional radio-frequency propagation through water.
Why use it in a freshwater pool robot?
It can provide a sealed command-and-telemetry path in an environment where conventional RF links attenuate rapidly. Technical fit still depends on range, coil orientation, enclosure, geometry, interference, power and the required data volume.
Can magnetic-induction communication work through rock or underground?
It can support selected command, status and telemetry paths through rock, concrete-adjacent structures and underground environments because it uses near-field magnetic induction rather than conventional RF propagation. Feasibility depends on distance, material, coil geometry, alignment, enclosure and electromagnetic interference, so the real installation must be tested.
What is the current reference configuration?
The current reference baseline is 15–50 m range, 1 kbps data rate, UART, half-duplex operation, 1.2 W active power, 100 mW standby power, 200 g mass and a 71.34 × 71.34 × 12.28 mm enclosure. These values are engineering inputs, not universal guarantees.
Can Universe AI Tech provide an OEM magnetic-induction module?
Yes. Universe AI Tech provides project-defined OEM configurations covering the module, coil geometry, enclosure, embedded interface, firmware behavior, AI or control integration, validation plan and commercial delivery boundary.
Are longer ranges or higher data rates available?
The source materials describe higher-specification and roadmap targets, but this page does not present them as current production performance. Any alternative configuration must be documented and validated under named test conditions before quotation or design-in.
SUBSURFACE COMMUNICATION TECHNICAL REVIEW