Embedded product development in Urlabari: Bring Your Idea to Life
Smart devices start with smart software written by careful people.
- Artivtech
Every smart device begins as a rough prototype: a small board, a few sensors, and some basic code. Picking the right chip, connecting the sensors properly, and writing code that works reliably is where many good ideas get stuck.
Artivtech helps you get through that stage. Our team in Urlabari, Nepal builds hardware prototypes using chips like ESP32, STM32 and Nordic nRF, along with the sensors your product needs. Our main strength is software: the code that runs inside the device, the wireless connection, and the app and cloud people use every day. When your device is ready, we also help you prepare it for mass production. We work with businesses in Nepal and abroad, on-site or remotely.
What Is Embedded Product Development?
Embedded Product Development is the work of designing, building, and testing a device’s hardware prototype and the software that runs on it. That includes choosing chips and sensors, writing firmware and drivers, adding wireless connectivity, building companion apps, linking to the cloud, updating the device after launch, and preparing it for mass production.
In plain terms: we build the prototype, write the software inside it, keep it updated after launch, and help you get it ready for the factory.
Who is this service for?
Startups with an idea and a prototype
Most hardware founders have a working demo on a breadboard. They need to know if it can become something stable enough to sell. We help you:
- Pick a chip and software stack that fits your power and cost limits
- Build a proof of concept you can show investors
- Write firmware that’s stable enough for real users
- Prepare your design for mass production
- Keep 100% ownership of your code and intellectual property (IP)
Enterprises, OEMs, and agencies
Larger teams usually come to us for extra capacity. You may have more device projects than engineers, or an older product that needs updating. We fit into your team, follow your coding standards, and report progress the way you already track work.
How does Artivtech turn an idea into a working product?
Every project follows the same basic path. The details change, but the order doesn’t.
Step 1: Start with the problem, not the chip
Before writing code, we ask what the device must do, where it will live, and who will use it. A sensor in a dry warehouse has different needs from one sitting in a tea garden during monsoon. Battery life, signal range, and cost per unit all come from these answers.
Step 2: Build a proof of concept
Next, we build the smallest version that proves the idea works. This answers the risky questions early. Can the battery last six months? Does Bluetooth reach the gateway? It’s far cheaper to learn this in week three than in month five.
Step 3: Work in short sprints on real hardware
We work in agile sprints and demo progress on your actual boards, not only in a simulator. You get test builds, milestone tracking, and regular review calls. If something needs to change, you see it early.
Step 4: Get ready for production
A demo that works on a desk isn’t a product yet. Before release, we add:
• Automated tests that run on every code change
• Power tuning so batteries last longer
• Secure boot, so only trusted firmware can run
• Over-the-air (OTA) update support
We plan these from the first sprint, so they aren’t bolted on at the end.
Step 5: Support the device after launch
Devices in the field need fixes and new features. Our OTA pipelines use signed firmware images with rollback protection. If an update fails, the device returns to the last working version. Every patch is tested on real hardware before it reaches your customers.
How does Artivtech help with mass production?
Our main focus is software, but we don’t stop at the prototype. When you’re ready to manufacture, we help you:
- Move from a breadboard prototype to a custom circuit board (PCB)
- Choose parts that are easy to buy and won’t go out of stock
- Write factory test software so every unit is checked before it ships
- Load firmware onto hundreds or thousands of devices quickly
- Work with your manufacturer to fix problems in the first production batch
Which way of working fits your product?
Artivtech offers four service models. Pick the one that matches how your business runs.
Custom embedded software
For founders and device makers building their own product. We handle architecture, firmware, integration, testing, and documentation. You keep full IP ownership.
White-label embedded engineering
For design houses, electronics manufacturers, and IT firms. We act as your embedded team and deliver tested, documented code that you ship under your own brand.
Firmware modernization and sustaining
For products already on the market. We audit and clean up old firmware, port it to newer microcontrollers, close security gaps, and add OTA updates or wireless features.
Joint venture device products
For select partners with strong market access or deep industry knowledge. We co-build products through shared equity or revenue share.
What technologies does Artivtech use?
The right stack depends on your power, speed, and connectivity needs. Here’s what our team works with most:
- Languages and systems: C, C++, and Rust on bare metal, FreeRTOS, Zephyr, or Embedded Linux
- Hardware platforms: Arduino, ESP32, STM32, Nordic nRF, NXP, Microchip PIC/AVR, and Raspberry Pi-based boards
- Connectivity: BLE, Wi-Fi, LoRaWAN, MQTT, and Modbus
- Cloud: AWS IoT, Azure, or a custom dashboard
Because Artivtech also builds web, mobile, and SaaS products, we design the firmware, app, and cloud as one system. That matters more than it sounds. How often a device sends data affects its battery life, your cloud bill, and how fresh the numbers look in the app.
What could a project look like in practice?
Say a tea estate near Urlabari wants to track soil moisture across several hectares.
- The idea: Water only the sections that need it
- The limits: No Wi-Fi in the fields and no power outlets
- The build: Battery-powered ESP32 or nRF sensor nodes sending readings over LoRaWAN to one gateway, which pushes data to a cloud dashboard
- The result: A manager checks a phone app each morning instead of walking every row
The same approach works for a factory tracking machine temperature over Modbus, or a smart home brand adding app control to a light switch. The hardware changes. The five steps above stay the same.
How long does embedded software development take?
A working firmware prototype or software MVP usually takes about 3 to 6 months to build, test, and validate on your hardware. Projects take longer when they need:
- Several device variants
- Complex third-party integrations
- Strict compliance documentation
- Extended field testing
Moving from prototype to mass production usually adds more time, depending on the manufacturer and order size. You’ll get a clearer estimate once we understand your requirements.
Why work with an embedded team based in Urlabari, Nepal?
Our firmware developers, embedded engineers, and QA testers work both on-site and remotely. If you’re in or around Urlabari, you can bring your boards in and test side by side with us. If you’re abroad, we run an async workflow across time zones with the same reporting and code standards.
What you get:
- Hands-on access to your hardware when it matters
- Embedded skills without adding permanent staff
- One partner for the device, the app, and the cloud
- Support from prototype through to mass production
- Clear progress reports and regular demos
How do you get started?
It takes one conversation. Here’s what to do:
- Write down what your device should do and who will use it.
- Note what hardware you have, even if it’s only a breadboard prototype.
- Book a 30-minute call with Artivtech, or email us at hello@artivtech.com.
Bring the idea. We’ll help you build the software that makes it work.