Robotics Services + Development Agency

We help clients build robot systems that work beyond the lab. At Think Circuits, robotics development means moving ideas from rough concept to functional systems. Our team works through every step of the process, from architecture to proof-of-concept and MVP, helping you shape an industry-ready product that's reliable and scalable.. Whether you're working on motion control, sensor logic, embedded boards, or edge computing, we'll help you move from idea to implementation. Contact us to discuss your project and how we can help.

End-to-End Robotics Development

Most robotics teams need more than just firmware or mechanical help. At Think Circuits, we offer full-cycle robotics development. That includes hardware, firmware, sensor fusion, and advanced AI autonomy.

We've helped startups push through bottlenecks and assisted larger teams with high-stakes launches. Some clients come to us with navigation issues, while others need a redesign to reduce size and weight. Each project is different, but the goal is always to build something that works and can ship at scale.

Embedded Hardware Built for Real-World Use

Embedded systems define how robotic platforms perform in the field. At Think Circuits, we design board-level solutions that balance processing demands with real-world constraints like power draw and heat dissipation. We build systems to function reliably, whether they are inside a compact wearable or mounted on outdoor equipment exposed to variable conditions.

Our team takes care of schematic design and board layout. We write the firmware that ties everything together, and support the full integration process. That includes hands-on work with sensor placement, connector routing, and thermal engineering. These decisions directly affect product stability and often determine whether a device performs well over time.

Smarter Robotics with Edge AI

Many robotic platforms need to understand their environment without relying on the cloud. That's where we come in. We design local systems that interpret camera input, inertial data, audio signals, and more. Our goal is to help your product respond with speed and accuracy, not just collect data about its surroundings.

Our work on iRobot's on-board localization and safety algorithms is a good example.. We built a reliable, edge-based model that ran directly on the device. That same mindset powers our robotics projects. We write compact, efficient code that helps your product see, hear, and react.

Navigation, SLAM, and Autonomy

A robot that moves needs to know where it is and how to get where it's going. We develop autonomous navigation systems that adapt to the space around them. Our team writes SLAM pipelines, path planners, and real-time controllers that respond to obstacles as they appear.

We helped iRobot with software for the Terra lawnmower, which operates without boundary wires. That work brought together SLAM, sensor input, and environmental logic in a product that has to function outdoors. If your platform needs to navigate complex terrain, we can help it do so.

Prototypes That Lead to Production

Prototypes are part of the process, not an afterthought. We build functional models, test mechanical fit, and adjust the details that affect performance in daily use. When something feels off or doesn't behave as expected, we stay with it until the issue is clear and resolved.

Some clients ask us to create early demo units. Others need support to enhance the intelligence and autonomy of an already existing product. In every case, we focus on the full system, including electronics, firmware, mechanical integration, and user experience. The goal is to move from a promising concept to a dependable product that's ready for the next step.

Robotics Across Industries

We've worked with companies in consumer tech, health and wellness, smart home devices, and outdoor automation. Each use case brought its own technical puzzle.

For one product, we built a biosensor interface designed to work with natural motion. For another, we refined navigation controls for uneven terrain. In yet another project, we helped create a wearable system that responded to user gestures without external triggers. These systems may look different, but they all have to perform reliably in the real world.

Platform-Agnostic Development Across RTOS, Linux, and Edge ML

We work across a wide range of embedded environments, from bare-metal implementations to full operating systems. This includes FreeRTOS and Zephyr for deterministic, low-latency task scheduling, as well as embedded Linux environments built with Yocto or Buildroot for higher-level applications. Our team also writes optimized machine learning models that run directly on constrained processors using tools like TensorFlow Lite Micro, CMSIS-NN, and custom DSP pipelines.

Each stack is tailored to the product's requirements. For resource-constrained systems, we prioritize efficiency, memory allocation, and startup behavior. For more capable platforms, we focus on modularity, real-time responsiveness, and maintainable service orchestration.

Projects vary in how much has been defined before we join. Some clients start with only a customer problem to solve or system-level goals. Others come in with board bring-up in progress or an early firmware package that needs debugging and refinement. We can lead system development from the ground up or integrate as part of an existing engineering team with shared ownership.

Work With Genuine Experts

Think Circuits is a small, senior team. When we work with a client, they talk directly to the people solving the technical problems. We don't pass things off or lose time in layers of communication.

What drives us is curiosity and practical thinking. If something doesn't work the first time, we don't stop until we know the reason. That attitude helps us move quickly, and we are committed to avoiding costly surprises and building systems that people can count on.

Bring Your Robotics-Driven Product To Life

If you're developing a robotics product and want a team that helps you push through technical hurdles without slowing down, we'd like to talk. Whether you're refining a working prototype or defining your architecture from the ground up, we can help move it forward.

We offer full development services, subsystem support, or just technical help with the pieces that are giving you trouble. Whatever your product needs, we're ready to get started.

Frequently Asked Questions About Robotics Development Services

What Does Robotics Development at Think Circuits Include?

Our robotics development services cover the entire process from concept and architecture to prototype and production. We handle embedded hardware design, firmware, motion control, autonomy, and edge AI. Clients come to us when they need help creating a working robotic system that performs reliably in real-world conditions.

Can You Work With Our Existing Robotics Platform?

Yes. We can integrate into your current system or optimize what you already have. Some clients bring us firmware that needs refinement, while others need new control loops or navigation logic. We adapt to your hardware, whether it's running on ROS, NVIDIA Jetson, or smaller microcontrollers.

How Early Should We Bring Think Circuits Into a Robotics Project?

The sooner, the better. Involving our team early allows us to design the firmware and electronics in parallel with mechanical systems. This coordination saves time and prevents hardware constraints from limiting future features like sensor expansion or AI integration.

What Types of Robots Have You Worked On?

We have worked on consumer robots, health and wellness devices, industrial automation systems, and outdoor autonomous platforms. Our projects range from wearable robotics and cleaning systems to navigation-enabled outdoor machinery. Each design has unique demands, but they all rely on dependable embedded systems and efficient firmware.

Can You Help Build a Proof-of-Concept or Prototype?

Yes. We frequently build and refine prototypes for early-stage teams. Our engineers design functional demo units that validate motion control, sensing, or AI performance. We can also improve mechanical fit and reduce component costs as the product moves toward manufacturing.

How Do You Approach Navigation and SLAM Development?

We write SLAM pipelines and localization algorithms that combine sensor fusion, mapping, and path planning. These systems allow robots to understand their surroundings and move safely. For products that operate outdoors or in unpredictable settings, we optimize for robustness and real-time response.

What Is Edge AI in Robotics, and Why Does It Matter?

Edge AI allows a robot to process sensor data locally instead of depending on cloud servers. This means faster reaction times and greater reliability when connectivity is limited. We design compact AI models that run on-device to support visual recognition, obstacle detection, and decision-making in real time.

Can Think Circuits Design Custom Embedded Hardware for Robotics?

Yes. We design board-level systems that balance computing power with weight, power, and thermal limits. That includes schematic design, PCB layout, and integration with sensors, motor controllers, and communication modules. Each board is engineered for stability and long-term use.

How Do You Handle Power and Efficiency in Robotic Systems?

Power management is a major design focus. We manage power budgets by controlling motor duty cycles, optimizing sleep modes, and streamlining sensor activity. Our designs help extend runtime without sacrificing responsiveness or control precision.

Do You Work With Open-Source Robotics Frameworks?

We do. Our engineers can integrate and extend popular open-source systems like ROS, ROS2, and PX4. We tailor these frameworks to fit specific hardware and add optimized modules where needed, ensuring dependable behavior under production workloads.

How Does Think Circuits Ensure a Robot Performs Reliably Outside the Lab?

We test under realistic conditions that simulate how the robot will be used. This includes environmental stress testing, motion calibration, and endurance trials. Our engineers identify edge cases, such as uneven terrain or variable lighting, that can affect real-world performance.

Can You Add Intelligence to an Existing Robot?

Yes. Many of our clients have hardware that functions but lacks autonomy or data processing capabilities. We integrate AI models, additional sensors, and new firmware layers that expand functionality while keeping the system lightweight and efficient.

What Programming Languages and Tools Do You Use?

We code in C, C++, Python, and Rust depending on the platform. For robotics control and autonomy, we use frameworks like TensorFlow Lite Micro, CMSIS-NN, and real-time operating systems such as FreeRTOS. Our toolchain is chosen based on speed, memory, and compatibility requirements.

How Long Does It Take To Develop a Robotic System?

Timelines vary depending on scope. A prototype with basic motion control can take several weeks, while a production-ready autonomous system might require months of iteration. Our phased approach makes progress visible and allows for testing throughout development.

How Can We Start a Robotics Project With Think Circuits?

You can reach out through our contact form or schedule a technical conversation. We'll review your product goals, hardware requirements, and existing assets. From there, we create a proposal outlining development steps, deliverables, and estimated milestones.