Telomy Halo
Closed-loop neuromodulation chamber
In development
A reclined chamber that reads the body every 30 seconds and adjusts light, PEMF, sound, motion and heat toward a chosen goal.
- 30 s
- sense, decide and adapt loop
- 7
- sensing channels
- 3
- PEMF zones cast in the bed
What Kumar did
- Leads Halo as Telomy's planned flagship chamber, with its data read natively by the Telomy record.
- It grows out of the PEMF bed programme his engineering team built at Bonphul.
What it is
Telomy's planned flagship device: a closed-loop, sensor-rich recovery chamber whose data the Telomy record reads natively. It grows out of the PEMF bed programme Kumar's team engineered.
How it works
About every 30 seconds the chamber senses, estimates the person's state, compares it with the goal, chooses an action, passes it through a safety clamp and acts. A Raspberry Pi 5 decides; an ESP32 acts in real time and holds an independent hardware cut-off, so it can refuse any command.
Sensing and output
Dry EEG, ECG and PPG, blood oxygen, skin conductance, respiration, a thermal camera and a radar that reads breathing without contact. Out of it come red and near-infrared light, three-zone PEMF, vibroacoustic sound with slow rocking, far-infrared heat and guided breathing.
Specifications
| Control loop | About every 30 seconds |
|---|---|
| Compute | Raspberry Pi 5 and ESP32 with hardware cut-off |
| Sensing | EEG, ECG/PPG, SpO₂, EDA, respiration, thermal camera, mmWave radar |
| Light | Red 630 to 660 nm, near-infrared 810 to 850 nm |
| PEMF | 3 zones, 0.5 to 150 Hz, coils cast in the bed |
| Bed | 30 mm acrylic, zero-gravity recline |
| Heat safety | 45 °C cut-off per zone |
- Senses and adapts every 30 seconds
- Hardware safety that can overrule the software
- Contactless breathing radar