FROM HARDWARETO INTELLIGENCE
“We help turn connected-product ideas into practical, working solutions.”
IoT Hardware • IoT Firmware • Electronics • PCB • Connectivity • Product Prototyping • Consulting
03. FIRMWARE[Deterministic Logic]
Domain Focus: Low-Level Control
Bare-metal or RTOS drivers, peripheral integration, sleep modes, and robust state machines.
- FreeRTOS / C++
- SPI/I2C/UART Drivers
- Failsafe Bootloader & OTA
What We Do
We help businesses and innovators turn IoT ideas into practical connected products.
IoT Firmware Development
“Bringing intelligence to connected devices.”
Development of reliable firmware for connected and embedded devices, from device interfaces and peripheral integration to connectivity and device management.
- Peripheral & sensor driver development (I2C, SPI, UART, ADC, PWM)
- Real-time task scheduling with FreeRTOS and bare-metal state machines
- Low-power management, deep sleep modes, and battery endurance tuning
IoT Hardware Development
“Designing the electronics behind connected products.”
Custom electronic hardware development for IoT devices and connected systems, from hardware architecture and component selection to prototype-ready designs.
- Microcontroller and system-on-chip selection based on power, compute, and cost
- Power delivery architectures: battery management (Li-Po/LiFePO4), USB-C, and energy harvesting
- Analog and digital sensor integration for environmental, acoustic, and electrical parameters
IoT Product Prototyping
“Turning IoT ideas into working prototypes.”
We help transform concepts into functional IoT prototypes that can be tested, demonstrated and refined before moving toward production.
- Rapid Proof of Concept (PoC) assembly combining modular boards and custom interposers
- Prototype PCB assembly and initial hardware bring-up verification
- Sensor telemetry bench testing with real-world stimuli
Schematic & PCB Design Support
“Turning circuit concepts into reliable hardware.”
Support for schematic development, PCB design, component selection, BOM preparation, design review and prototype preparation.
- Comprehensive schematic capture with clear hierarchical sheets and decoupling networks
- Multi-layer PCB layout with dedicated ground and power planes
- Signal integrity planning for high-speed buses and RF antenna matching networks
IoT Product Consulting
“Helping you choose the right path from idea to product.”
Technical guidance for businesses and innovators developing IoT products—from architecture and technology selection to hardware, firmware, connectivity and prototype planning.
- System architecture blueprinting (Edge vs Gateway vs Cloud computing allocation)
- Wireless connectivity trade-off evaluation (Wi-Fi vs BLE vs Cellular vs Sub-1GHz)
- Battery life feasibility studies and power budget modeling under varying duty cycles
From Idea to Connected Product
A structured, low-risk engineering path to move from raw specifications to a verified physical IoT device.
Understand
Understand the problem, requirements and product goals.
Target Outputs:
- Functional requirements document
- Operating constraints definition
- Target specifications
Architect
Define the hardware, firmware, connectivity and system architecture.
Target Outputs:
- System block diagram
- Component shortlist
- Communication protocol plan
Design
Develop the electronics, firmware and connected-system architecture.
Target Outputs:
- Schematics & PCB files
- BOM with active components
- Core firmware drivers
Prototype
Build a functional IoT prototype.
Target Outputs:
- Working physical prototype
- Hardware bring-up report
- Initial test firmware
Validate
Test, refine and prepare the solution for the next stage.
Target Outputs:
- Telemetry validation logs
- Power profile measurements
- Next-stage development roadmap
Technologies We Work With
We leverage proven silicon platforms, industrial field buses, and robust wireless networking protocols to construct reliable connected systems.
Embedded Platforms
Proven silicon architectures for microcontrollers and edge compute nodes.
Connectivity
Robust wireless and wired networking protocols for connected products.
Industrial Communication
Noise-immune field protocols for machinery and industrial telemetry.
Software & Tools
Development languages, runtimes, and deployment toolchains.
Built Around the Product
We focus on the fundamental engineering realities that make connected products perform reliably in the real world.
Hardware + Firmware
Unified System Thinking“We understand the relationship between electronics and the software that powers them.”
Writing firmware requires deep understanding of silicon registers, bus timings, and analog signals. We engineer both in lockstep to avoid finger-pointing between hardware and code.
IoT Focus
Dedicated Connected Tech“Focused on building practical connected products and systems.”
Our focus is strictly on IoT, embedded devices, and electronics engineering. We don't dilute our attention with unrelated services.
Prototype Driven
Tangible Results“Move ideas from concept toward something real and testable.”
A functional working prototype answers questions that slides and simulations cannot. We prioritize building working physical hardware early in the development cycle.
Technology Agnostic
Requirement-Led Decisions“Choose the technology based on the product requirement—not the other way around.”
We don't force a single favorite vendor or chip family. If an ultra-low-power Cortex-M0+ is right, we use it; if an ESP32 or Linux edge node fits best, that's what we specify.
Who We Help
Whether you are designing a brand-new connected device or upgrading existing hardware with wireless telemetry.
Startups
“Turn an early-stage product idea into a working IoT prototype.”
Proof-of-concept builds, hardware feasibility validation, and working demonstrations ready for testing.
Product Companies
“Extend existing products with connectivity, embedded intelligence or new electronics.”
Adding wireless telemetry, upgrading legacy microcontrollers, or designing supplementary sensor boards.
Industrial Businesses
“Develop connected solutions for machines, equipment and industrial applications.”
Modbus/RS-485 sensor gateways, machine operating parameter monitoring, and ruggedized edge nodes.
Innovators
“Get technical guidance and development support to move an idea forward.”
Architecture consulting, feasibility assessment, and hands-on prototype engineering support.
Have an IoT Product Idea?
Let's discuss the technology, architecture and path to your first working prototype.
Direct Email: info@chiptobyte.com • Telephone: +91 97892 23196