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CYBERNEX

Electronics R&D and manufacturing · Istanbul

The invisible brain
behind smart systems.

The board that closes a pergola in the rain and the prototype that reads a blood tube in the lab come off the same bench. We design the circuit, write the firmware and build it.

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  • CND-1101
  • CND-1102
  • CND-1103
  • CND-1104
  • CND-1105
  • CLT-1101
  • CLT-1102
  • CLT-1103
  • CKT-1101
  • CKT-1102
  • CKT-1103
  • CKT-1104
  • CIF-1101
  • CIF-1102
  • CIF-1103
  • CRC-1101
  • CT-1000
  • CT-1001
  • CMT-1103
  • CMT-1201
  • CMT-1202
  • CSN-1101
  • CSN-1102
  • CSN-1103
  • CGW-3101
  • CPW-1101
  • CPW-1201
  • CAC-1101
  • CAC-1201
A rain-beaded sensor, a small camera module and blood tubes behind them on a dark bench, with signal traces on the surface

01 · Sensing

Everything starts with a signal.

The first raindrop on a louvre, the wind speed, the settling line in a tube, a movement the camera catches at night. Sensors and cameras see the world; we turn what they see into a signal the board understands.

Examples01/04
Terrace
Rain sensor is wet
Laboratory
Settling line read in the tube
Site
Movement detected on the perimeter
A dark green control board with a wireless microcontroller module, terminal blocks and relays; light along the traces

02 · Board

The board picks up the signal.

The electronics that drive the motor, dim the light, read the sensor and listen to the remote and the camera. We draw the schematic and design the board ourselves. Out of sight, yet it decides how the system behaves.

Examples02/04
Inputs
Sensor, remote, camera
Outputs
Motor, LED, relay
Communication
433 MHz RF and wired link
Signals on an oscilloscope in a dark lab, a board under test with probes in front and a code screen beside it

03 · Decision

The firmware on the board makes the decision.

Limits, speed ramps, priorities, safe states. What happens when the wind passes its threshold, and what a device does when the measuring time is up, are both lines of firmware. We write those lines; the decision is made on the board, without a round trip to the cloud.

Examples03/04
Terrace
Safety before comfort: close the roof
Laboratory
Time is up: save the result
Site
Zone breached: alert the operator
Rows of control boards and enclosures wired up on a test rack, each with a green status light

04 · Production

Then we take it into the field.

We build the prototype, measure it under real load, then move it into series production. We can build the same function in three architectures: separate modules, two boards in one enclosure, or a single board. We choose together which one fits your project.

Examples04/04
Standalone
Each function in its own module
All-in-Box
Two boards in one housing
One-Board
Everything on one board
CND-1103 control board from above: four relays, wireless module, display and terminals

05In the showcase

Featured product

One or Two Linear Motor and One Tubular Motor

CND-1103

Hybrid control managing a linear and a tubular motor from one board.

₺8,713.00incl. VAT$174.00

View product

On sale today

From control board to remote

The highlights are here; the rest is in the catalogue, each with its model code.

Prices are in USD and exclude VAT. Complementary products are third-party brands that we supply to complete the system.

Product catalogueEvery product in one bookLeaf through it online or download it as a PDF in any of four languages.

Where our series products work

From terraces to winter gardens

The boards we sell today run outdoor living systems: they manage the motor, the light and the sensor as one decision.

What we do

What we do today

Each one is a separate door; behind them, the same engineering and the same care.

All services

Three architectures

One function, three levels of integration.

Standalone, All-in-Box and One-Board belong to the same product family and the same model coding. What changes is how many boards and enclosures the functions are spread across.

Hybrid · 2 PCB

All-in-Box

Two independent boards in one enclosure: the motor side and the lighting side stay on separate boards but are installed in the same box.

Best suited to · Systems that want motor and lighting in one place

R&D pipeline

What we are developing

What sits on our bench alongside the products we sell. Some are prototypes, some are in design, some are still ideas; each one is a candidate for our next product family. Tap one to see the details.

See R&D

Medical projects are in R&D: they are not for sale and make no medical device claim.

Verifiable facts

Own-design models
29
Architecture tiers
3
Reference companies
10
Projects in development
11

References

Our boards run inside their products

Companies in Türkiye, Greece, Bosnia and Herzegovina and Russia that make pergolas, awnings, umbrellas and glass systems or work in energy. They trust us with their control electronics.

CYRA · Needs assessment

How many motors, which LEDs,
which sensors?

CYRA asks a few questions in the language of your project: system type, motor type and count, lighting, sensors. It checks your answers against our engineering rules and shows you the architecture and products that fit.

Rule-based today: same answers, same result. On the roadmap: a local AI that works integrated with your projects.

Let's talk about your project.

A ready-made product, a board adapted to your product, or a device built from scratch. Tell us what you want to make, and we will work out together where to start.