Oscillatory Resonance & Radiance Array

Energy you make,
not energy you borrow.

A caffeine drink does not give you energy. It blocks the receptor that tells you you are tired, then hands back the bill at three in the afternoon. ORRA works on the other side of that trade.

Three physical layers, fired in one sequence: a pulsed magnetic field into the nerve, red and near-infrared light into the cell, and a three-second cold jolt into the skin. Each one is measurable. Together they are the product.

See the ORRA Core How it works

Mode

40 Hz · Flow

Gamma square wave, 810 nm continuous, plate held neutral.

Surface flux

1.80 mT

50-turn Litz pancake coil at 2 A. 1.60 mT still reaches 10 mm in.

Core, assembled

75 × 15 mm

A large drink coaster. It sits in the cup of the palm.

The ORRA Core

Seventy-five millimetres across. Six layers inside it.

The Core is the unit everything else in the family is derived from. It is a disc the size of a large drink coaster, held between both palms, and it is the only one with a complete component list against real manufacturer part numbers.

The ORRA Core resting across two cupped palms, its cyan rim light reflecting on the skin.
The Core is held, not worn. Both palms, ninety seconds, and nothing is strapped to you.
The ORRA Core exploded into its seven layers: anodised top, silicone contact membrane, twelve-emitter photonic board, ceramic Peltier plate, copper Litz pancake coil, control board, and the base holding the cell and the charging coil.
Seven layers inside fifteen millimetres. The copper pancake is the coil the whole device is built around.

Generated product visualisation, not a photograph. No ORRA unit has been manufactured, so no photograph of one exists. These images were built from the dimensions and components on the concept sheets and are replaced with real photography when the first units are made.

The Core, in full The engineering package

The three layers

One device, three different arguments with your nervous system.

None of these is new on its own. Pulsed magnetic fields, red-light therapy and cold exposure each have their own literature and their own devices. What is not on the market is one unit that fires all three on a shared clock, against a skin measurement taken a second earlier.

Magnetic

A changing field induces a current

A flat 50-turn Litz coil pulses at the set point for the mode. A changing magnetic field induces an electromotive force in a conductor, and a nerve is a conductor. At 1.8 mT this is four orders of magnitude below a clinical TMS machine, which is the point: a tuning fork, not a sledgehammer.

Photonic

660 nm and 810 nm, into the cell

Twelve high-power emitters, half red and half near-infrared. Those two wavelengths are the ones absorbed by cytochrome c oxidase in the mitochondrial chain. Red stays shallow, near-infrared goes deeper. The Core runs them on different modes for that reason.

Thermal

Ten degrees, three seconds

A 40 mm Peltier plate drops the contact face to 10 degC for three seconds, then returns to neutral. Cold at the palm is the fastest lever in the stack and the one you feel first. A hardware cut-off sits outside the firmware and stops the plate before it can burn.

0.0 0.5 1.0 1.5 2.0 1.80 0 1.74 5 1.60 10 1.17 20 0.79 30 median nerve, 8–15 mm mT depth into tissue, mm
On-axis flux for the Core's coil, computed from B = μ₀NIR² / 2(R²+z²)^{3/2} at R = 35 mm, N = 50, I = 2 A. The field is still 1.60 mT at 10 mm, which is where the median nerve is.

The Sync Engine

The layers are the easy part. The timing is the product.

Three set points on the Core, six across the family. Each one names a frequency, a waveform, a plate temperature and a light state, and the firmware fires them together rather than in sequence.

20 Hz Jolt High beta
40 Hz Flow Gamma
10 Hz Prime Alpha
7.83 Hz Resilience Schumann
15-20 Hz Clarity Beta
1-4 Hz Deep Rest Delta
ModeFrequencyWaveformPlateLight
Jolt20 Hzsawtooth10 degC for 3 soff
Flow40 Hzsquare22 degC, neutral810 nm continuous
Prime10 Hzpulse35 degC, warm660 nm pulsed
Resilience7.83 Hzsinenoneoff
Clarity15-20 Hzsawtoothnoneoff
Deep Rest1-4 Hzsquarenone660 nm dim

These are design set points, not measured outputs. No ORRA unit has been built, so nothing here has been verified against an instrument. When a prototype exists, this table gets a measured column beside the target column, and the two will not agree at first.

The family

Nine units. They divide the body between them.

The Core is the one you hold. Everything else moves the same three layers to somewhere you cannot reach with your palms, and takes the control board with it as a module that snaps off so the garment can be washed.

Catalyst

ORRA Core

Three layers, one grip, ninety seconds.

$299concept

Anchor

ORRA Node

The signal you carry, so the noise stops mattering.

$199concept

Cerebral

ORRA Dome

Wear the mode instead of holding it.

$399concept

Torso

ORRA Neural Suit

The spine, the vagus, and a cold jolt between the shoulder blades.

$499concept

Torso

ORRA Neural LS

Everything the Suit does, carried down both arms.

$599concept

Lower body

ORRA Shorts

Quads and hamstrings, before the session and after it.

$349concept

Lower body

ORRA Pants

Hip to ankle, one continuous path.

$499concept

Hands

ORRA Gloves

The hands that do all the typing get their own mode.

$249concept

Feet

ORRA Strides

The furthest point from the brain, and the easiest one to reach.

$199concept
ORRA Dome cerebral cortex ORRA Node vagus nerve, cervical branch Neural Suit & Neural LS spine, vagus, median, radial ORRA Gloves median and radial, at the carpal tunnel Shorts & Pants femoral, sciatic, tibial, peroneal ORRA Strides sural and plantar ORRA Core median and ulnar, held between the palms Nine units, one Sync Engine. All of them calibrate to the same baseline before they output anything.
Coverage by nerve path. Abstract on purpose: a more anatomical figure starts to look like a clinical claim, and this is a general wellness product.
Open the full family The interface media

Where this actually stands

Nothing here has been built.

It would be easy to write this site as though the Core were shipping. It is not, and a hardware page that pretends otherwise is worth nothing to the person who has to build it.

0

prototypes built

The first five units are the next milestone.

0

certifications held

Eight standards are on the roadmap. None have been tested.

0

patents filed

The claims are drafted. Nothing is on file at the USPTO.

5

registered marks

NANO, NANO RX, THE UNIVERSAL STANDARD, NANODOSE, NANOBIDIOL.

What exists

A layer stack with manufacturer part numbers for every active component. A functional block diagram. A mode table with frequencies, waveforms and timing. A bill of materials costed at 100 units. A test plan. Sixteen engineering visualisations. A registered trademark portfolio across eight classes.

What does not

A board. A case. Firmware. A single measurement taken from a real coil against a real palm. Any regulatory file. Any patent application. Any clinical or human data of any kind. Until those exist, every number on this site is a target, and it is labelled as one.

Talk about building it Read the architecture

The moat

The hardware is copyable. The vocabulary is not.

Five registered marks across eight classes already cover the materials, the apparel, the calibration baseline, the platform and the consumables. ORRA is the product name; these are what the parts are called.

MarkClassesWhat it covers in this family
NANO®005, 006, 018, 044, 046, 051, 052Master brand. Chassis architecture and EMI shielding on the Core and every ORRA Drive; cases and carriers.
NANO RX®005, 006, 018, 044, 046, 051, 052The wellness platform at nanorx.com, and the conductive interface media.
THE UNIVERSAL STANDARD®005, 006, 018, 044, 046, 051, 052The calibration baseline — what the bio-impedance reading is measured against, and the safety cut-off thresholds.
NANODOSE®025, US 022, US 039The smart-weave delivery system in every worn SKU.
NANOBIDIOL®025, US 022, US 039Bio-active formulations and expanded contact media.
The full portfolio

Ready to look at the engineering?

The layer stack, the component list with manufacturer part numbers and the mode table are written down. Ask and you get the same document a contract manufacturer would.

Request the data package Read the architecture

See what it would cost

Concept retail against a real bill of materials, with the margin shown rather than implied.

Pricing →

Start with the science

Three physical layers, six set points, one calibration baseline. Ninety seconds of reading.

How it works →