IoT, Robotics & Devices
We engineer intelligent robotics and Internet of Things (IoT) solutions that bridge the gap between concept and reality. We transform complex challenges into scalable, real-world products that have a meaningful impact.
Where Digital Meets Physical
Integrated Hardware and Software Engineering
At Inventing X, we believe true innovation in robotics and IoT happens at the intersection of hardware and software. A brilliant mechanical design is incomplete without intelligent firmware, and powerful software is useless without a reliable physical device. Our unique, full-stack approach ensures that every aspect of your product, from the circuit board to the cloud dashboard, is engineered in harmony. We are a team of multidisciplinary experts who speak both languages fluently, eliminating the friction that often stalls hardware projects. This integrated methodology allows us to build cohesive, robust, and truly smart products faster and more efficiently.
From Idea to Prototype
Hardware Prototyping & Minimum Viable Products (MVPs)
The journey of every great hardware product begins with a prototype. We specialize in a rapid, iterative prototyping process that quickly turns your abstract ideas into tangible, testable reality. This crucial phase is about learning fast, validating assumptions, and mitigating risk before committing to large-scale manufacturing. We help you define a Proof-of-Concept (PoC) to test core functionality and then evolve it into a Minimum Viable Product (MVP) that you can use to gather user feedback and secure investor confidence.
Our hardware prototyping services cover the full spectrum of development. This includes 3D modeling and printing for custom enclosures and mechanical parts, Printed Circuit Board (PCB) design and assembly for custom electronics, and sourcing and integration of off-the-shelf sensors and actuators. We build functional prototypes that not only look like the final product but also behave like it, enabling you to test, iterate, and perfect your design with speed and precision.
Firmware & Device Control
Firmware Engineering & Smart Device Integration
Firmware is the soul of any smart device. It is the embedded software that runs on the microcontroller, controlling the hardware and making intelligent decisions. Our firmware engineering team writes clean, efficient, and reliable code in languages like C/C++ and MicroPython. We have deep experience with a wide range of microcontrollers (including ESP32, STM32, and Nordic nRF series) and real-time operating systems (RTOS).
Beyond the device itself, we build the complete software ecosystem needed for control and monitoring. This includes developing secure and efficient communication using protocols like Bluetooth Low Energy (BLE), Wi-Fi, LoRaWAN, and MQTT. We create intuitive mobile applications for users to interact with their devices and powerful cloud-based platforms for data aggregation, remote updates (OTA), and fleet management. We empower you to not just build a device, but to harness the full power of the IoT to monitor, automate, and control physical environments.
Interactive Demonstrations
Educational & Marketing Demonstrations
Sometimes, showing is more powerful than telling. We create compelling, interactive robotics and IoT demonstrations designed to educate, inspire, and persuade. These are invaluable tools for trade shows, investor pitches, customer showrooms, and educational programs. We make complex technology tangible and accessible, allowing your audience to see and interact with your vision firsthand.
Our demonstrations are custom-built to highlight the core value of your product. Whether it is a robotic arm that users can control from a tablet, a network of IoT sensors visualizing real-time data, or a smart device that responds to user commands, we design the entire experience to be memorable and impactful. We handle the hardware, software, and user interface to create a polished and reliable demonstration that makes your technology shine.
Frequently Asked Questions
How much does it cost to develop a hardware prototype?
The cost of a hardware prototype varies widely based on complexity. Factors include the cost of components, the need for custom PCB design, the complexity of the enclosure and mechanical parts, and the amount of firmware development required. A simple Proof-of-Concept can be relatively inexpensive, while a feature-rich, looks-like-feels-like MVP will be a more significant investment. We provide a detailed cost breakdown after our initial discovery phase.
What is the typical timeline for an IoT product MVP?
The timeline for an IoT MVP depends on its complexity. A typical project might take 4 to 8 months. This includes phases for hardware design and prototyping, firmware development, and the creation of a basic mobile app or cloud dashboard for control. Our agile approach helps us accelerate this process by focusing on core features first.
Do you handle large-scale manufacturing?
While we do not own manufacturing facilities, we guide our clients through the process of preparing for mass production. This is known as Design for Manufacturing (DFM). We help optimize your design for cost and ease of assembly, assist in sourcing components, develop testing jigs, and connect you with trusted contract manufacturing partners to help you scale up production successfully.
Do I own the intellectual property?
Yes. As with our software projects, upon final project payment, you retain 100% ownership of the intellectual property. This includes all hardware design files (schematics, PCB layouts, CAD models), all firmware source code, and any application software we develop for you. Your IP is your most valuable asset, and our agreement ensures it belongs to you.
How do you ensure the security of a connected IoT device?
Security is a top priority in all our IoT projects. We implement a multi-layered security strategy. This includes securing the device itself with encrypted firmware and secure boot processes, using encrypted communication protocols (like TLS and DTLS) for data in transit, and employing robust authentication and authorization on the cloud and mobile applications. We design our systems to be resilient against common IoT threats.