Full-stack product engineering

We turn your mental spaghetti into products built to last.

From PCB and firmware to cloud, apps, and AI: complete connected products, engineered to work in the real world.

KytherTek, Artificial Intelligence of Things KytherTek, Artificial Intelligence of Things
12Engineering disciplines under one roof
6Stack layers, enclosure to app
HW + SWOne unified engineering team
Idea to FieldThe full product lifecycle

Who we are

End-to-end engineering for smart hardware and software.

We turn technical ideas into working products, combining electronics, embedded firmware, IoT connectivity, cloud platforms, mobile apps, web dashboards, UI/UX, and mechanical product development.

KytherTek is not just a software house and not just a hardware lab. We work across the complete product stack, from circuit design and microcontroller firmware to cloud infrastructure, mobile applications, 3D design, and field deployment.

Our work covers everything from early proof of concept to functional prototypes, MVPs, pilot deployments, and production-ready systems.

Capabilities

Everything a connected product needs.

Twelve engineering disciplines under one roof, so hardware and software are designed together, not stitched together.

01

Hardware & Electronics Design

Sensor circuits, power systems, drivers, protection, and communication modules for real products.

  • Power
  • BMS
  • I2C / SPI
  • CAN / RS485
02

PCB Design & Prototyping

Schematic to layout to manufacturing-ready Gerbers, built to fit the enclosure.

  • KiCad
  • Altium
  • JLCPCB
  • DFM
  • Gerber
03

Microcontrollers & Platforms

From low-power sensor nodes to Wi-Fi and BLE controllers and custom boards.

  • ESP32
  • STM32
  • RP2040
  • nRF
  • AVR
04

Embedded Firmware Development

Real-time control, sensor monitoring, safety logic, OTA updates, and diagnostics.

  • C / C++
  • ESP-IDF
  • FreeRTOS
  • Zephyr
  • LVGL
05

IoT Product Development

Connected devices with telemetry, remote commands, provisioning, and OTA.

  • MQTT
  • WebSockets
  • AWS IoT
  • Azure IoT
06

Cloud & Backend Engineering

Dashboards, device management, telemetry storage, analytics, and automation.

  • Node.js
  • FastAPI
  • PostgreSQL
  • Redis
  • Docker
07

Mobile App Development

Onboarding, live status, schedules, alerts, diagnostics, and remote control.

  • Flutter
  • React Native
  • iOS
  • Android
  • BLE
08

Frontend & Web Dashboards

Real-time monitoring, admin control, analytics, and device-management UIs.

  • React
  • Next.js
  • TypeScript
  • Charts
09

UI/UX & Interface Design

Apps, dashboards, and embedded touch screens: wireframes to design systems.

  • Figma
  • Prototypes
  • Embedded UI
  • TFT / OLED
10

3D Modelling & Mechanical

Enclosures, mounts, and prototype-ready parts aligned to your PCB.

  • Fusion 360
  • SolidWorks
  • 3D printing
11

AI, Computer Vision & Smart Systems

Sensors, cameras, and edge or cloud intelligence: inspection, detection, LLMs.

  • Python
  • OpenCV
  • PyTorch
  • YOLO
  • Edge AI
12

Testing, Debugging & Deployment

Hardware and firmware testing, calibration, OTA, and field pilots.

  • HW test
  • OTA
  • Thermal
  • Field pilots

How we work

Idea to deployment, in five stages.

A practical, cost-aware path that keeps hardware and software moving together at every step.

1

Understand

We study the idea, technical requirements, user needs, business goals, environment, and deployment conditions.

2

Design

We define system architecture, electronics, firmware logic, cloud flow, app experience, UI/UX, and mechanical design.

3

Prototype

We build functional prototypes with dev boards, custom PCBs, 3D-printed enclosures, firmware, apps, and cloud services.

4

Test

We test across hardware, firmware, communication, cloud, app, power, safety, and user-interaction layers.

5

Deploy

We prepare for real-world use through pilots, production revisions, documentation, OTA systems, and support.

Where we work

Technology for the physical world.

From the factory floor to the field to the home, we build for the industries where hardware and software have to work together.

Why KytherTek

Built to survive the real world.

Most products fail because hardware and software are designed separately. We connect every layer into one working system.

Complete product stack

Hardware, firmware, software, cloud, apps, UI/UX, and mechanical design. We build complete products instead of isolated components.

Real-world engineering

Built to survive actual users, field conditions, power issues, and sensor failures.

Hardware plus software

Electronics, firmware, backend, apps, dashboards, and enclosures, in one coherent system.

Startup-friendly execution

We move you from idea to prototype, MVP, pilot, and commercial deployment with practical, cost-aware engineering decisions.

Engineered for field conditions

Power loss, flaky networks, heat, vibration, sensor drift. We design for the messy real world, not the demo bench.

Flagship product

One product, the whole stack.

The clearest proof of what an end-to-end KytherTek build looks like.

ezGeyser

Smart thermostat and automation for gas, electric, and hybrid geysers

ezGeyser combines embedded hardware, sensor monitoring, ignition and relay control, scheduling, timers, and safety logic with a mobile app, cloud communication, and diagnostics. It shows KytherTek building a complete connected hardware product from concept to deployment.

  • Embedded hardware
  • Ignition & relay control
  • Safety logic
  • Scheduling
  • Mobile app
  • Cloud telemetry
  • Diagnostics
ezGeyserOnline
Water temp54°C
ModeAuto
Next schedule06:30
SafetyOK

FAQ

Common questions, answered.

The things teams most often ask before starting a hardware, IoT, or AI build.

Yes. We cover the complete lifecycle, from proof of concept and functional prototypes to MVPs, pilot deployments, and production-ready systems, across electronics, firmware, cloud, apps, UI/UX, and mechanical design.

We handle the full PCB process from schematic to manufacturing-ready Gerbers, plus matching enclosure design in Fusion 360 and SolidWorks, with PCB-to-enclosure fit checks, display windows, button placement, and sensor openings.

MQTT, WebSockets, REST, HTTPS, Wi-Fi, BLE, LoRa, and GSM/LTE, running on AWS IoT Core, Azure IoT Hub, Firebase, EMQX, Mosquitto, Node-RED, or custom brokers and backend APIs, with provisioning, authentication, and OTA.

Yes. We build companion mobile apps in Flutter or React Native and web dashboards in React or Next.js, with device onboarding, live status, schedules, alerts, diagnostics, admin panels, and remote control, all wired to the same backend as the hardware.

Absolutely. We help companies move from idea to prototype, MVP, pilot, and commercial deployment with practical, cost-aware engineering decisions tuned to your stage and budget.

Have an idea for a hardware, IoT, or AI product?

We can help you design, build, test, and deploy it. A custom PCB, embedded firmware, an IoT platform, a mobile app, a cloud backend, a dashboard, an AI system, or a complete product prototype. We can build it.

Start a project

Tell us what you're building.

Share a few details about your product idea and our engineering team will get back to you to scope the build.

  • OfficeOffice 1104, National Science & Technology Park, NUST, H-12, Islamabad.
  • What we buildEmbedded, IoT, AI, PCB, Cloud, Apps, UI/UX, and Product Engineering

We typically respond within two business days.

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