Accepting new projects

From device to software, end to end.

We build electronics, embedded firmware and the software businesses use every day. We design devices and take them to series production, and we build and run intordia.app, which brings customer relationships and communication together in one place.

Discuss your project Go to intordia.app

Products

Software we build and run ourselves.

Business software · SaaS

intordia.app

A customer relationship and communication platform. A business’s customers, conversations and sales on one screen, with the whole team working together.

Customers and sales

Contact and company records, sales stages, quotes, tasks and reminders.

Messaging

WhatsApp, Instagram and Messenger conversations in one inbox, each message linked to the right customer record.

E-mail

A searchable archive of company e-mail, linked to customer records.

Digital marketing

Ad spend, website visits and search results in a single report.

Calendar and bookings

Sync with Google Calendar, with booking times customers choose themselves.

Workflows

Repeating work runs on rules: open a task when a message arrives, tell the team when a deal is won.

Engineering

We design and deliver complete electronic systems. Each discipline is delivered in-house, which keeps hardware and software decisions aligned from the first schematic onward.

System architecture

Requirement analysis, component and microcontroller selection, power budget, communication topology, cost and manufacturability assessment before any design work begins.

Hardware design

Schematic capture and multilayer PCB layout, mixed-signal design with mains-side isolation, EMC-aware routing, custom segment LCD specification, prototype bring-up and validation.

Embedded software

Firmware in C and C++ on STM32, Nuvoton and TI platforms. Bare metal, FreeRTOS and Zephyr, and Embedded Linux with Yocto or Buildroot where the application requires it.

Wireless and connectivity

LoRa and LoRaWAN, BLE, Wi-Fi and cellular gateways, MQTT backends, custom radio protocols, airtime and power budget optimisation, secure over-the-air update.

Production infrastructure

Programming, calibration and functional test applications for the assembly line, serial number and traceability records, encrypted firmware installation with read-out protection.

Application software

Desktop applications in Qt and .NET, web dashboards and mobile interfaces for device configuration, monitoring and fleet management.

Process

Fixed phases with defined deliverables at the end of each. Scope and price are agreed before work starts.

01Analysis and architecture

Requirements, constraints and risks are documented. Deliverable: system architecture, component selection, cost estimate and project schedule.

02Design and prototype

Schematic, PCB layout, mechanical constraints and first firmware. Deliverable: working prototypes and fabrication files.

03Verification

Functional, environmental and field testing; power, range and reliability measurements. Deliverable: test reports and a revised design.

04Production readiness

Assembly documentation, programming and test tooling, traceability. Deliverable: a package the manufacturer can build from without us.

05Field support

Remote update infrastructure, fault analysis, new features and revisions over the product lifecycle.

Intellectual property

Hardware design files are transferred to the client. Firmware is delivered installed and read-protected; source code escrow is available where continuity cover is required.

Delivered systems

Client names are withheld where agreements require it.

HVAC / Industrial control

Heat recovery ventilation controller

STM32 control board · RS485 wall panel · custom segment LCD

Scope: Complete replacement of a generic control module with a proprietary controller: system architecture, board design, firmware, and a wall panel communicating over RS485.
Engineering: Mixed-signal design combining mains switching and low-level analog measurement on a single board. Custom segment display specified and laid out for the unit’s exact indication set.
Delivered: Production-ready controller and panel, with design files and behaviour fully owned by the manufacturer.

Agricultural IoT

LoRa field device family and gateway

Battery-powered nodes · GSM gateway · MQTT backend

Scope: Water level control and irrigation protection devices for sites without cellular coverage or mains power, with a single gateway carrying the connection and a server-side data pipeline.
Engineering: Proprietary LoRa protocol with time-slot arbitration to eliminate node and multi-gateway collisions. Differential over-the-air update transmitting only the changed portion of the firmware image.
Delivered: A field-proven product line running unattended through full growing seasons, extensible with new device types on the same platform.

Production and service

Programming, test and field service tooling

Qt and .NET desktop applications · ESP32-based SWD programmer

Scope: Line-side software for device programming, calibration and functional test with per-unit records, plus desktop software for monitoring installed devices and a handheld field programmer.
Engineering: Operator-oriented interfaces requiring no firmware knowledge; verified write and power-fail protection on the field programmer, operated over its own wireless link from a phone.
Delivered: Assembly and service operations performed by non-engineering staff, with traceability for every unit shipped.

Discuss your project

Send an outline of the system, its constraints and your timeline. You will receive an assessment of feasibility, a proposed architecture and an indicative schedule. Questions about intordia.app go to the same address.

info@intordia.com

Kırıkkale, Türkiye