AI modernizes hardware by embedding intelligence, enabling devices to learn, make decisions, and perform tasks autonomously. As a gateway to Silicon Valley, supported by industry experts and an onsite hardware lab led by Dr. Kevin Weekly, UC Berkeley EECS Ph.D, we collaborate across academia, robotics, electronics, and advanced algorithm and software development.
Get StartedWe have industry experience developing hardware to market such as wearable tech, home cleaning robots, personal EEG devices, Smart home electronics and more.
We use AI training, inference and prediction, learning from data, recognizing complex patterns from diverse data sources and making decisions as an eloquent answer to the next frontier of computing.
Specializing in algorithms for low-power, compute and memory constrained applications such as IoT. We have implemented advanced ML models and DSP algorithms on battery powered Cortex-M4 platforms.
We have implemented complex frameworks, GUI’s and simulations in C/C++, Python, and MATLAB. We have also created full-stack web applications using Flask/Jinja2 and Javascript.
Think Circuits specializes in crafting innovative consumer electronics that captivate users and set new standards. Our team of skilled engineers and technology experts integrates advanced features and technologies into clients' products, ensuring they exceed expectations. With a track record of revolutionary solutions for industry leaders like Fitbit, iRobot, and others, we help clients stay ahead of the curve and dominate their markets.
By partnering with Think Circuits, clients gain access to unrivaled expertise, forward-thinking innovation, and tailored solutions. In the rapidly evolving world of consumer electronics, we help clients redefine their industries, set new benchmarks for excellence, and turn their visions into groundbreaking realities. Our cutting-edge engineering services and expertise ensure that products stand out in a crowded market and shape the future of their respective industries.
Get StartedChoosing Think Circuits as your partner means opting for a team that is as invested in your success as you are. With Think Circuits, you're not just getting a service provider; you're gaining a partner dedicated to turning your innovative ideas into real-world successes.
Our Think Tank harnesses cross-industry engineering expertise to drive innovation. We delve deep into understanding your needs, ensuring our collaboration aligns with your vision, providing support and resources.
We're committed to lowering technological barriers, transforming your innovative ideas into scalable business solutions, guiding you from conception to industry breakthrough.
Through strategic connections, we align your technology goals with the necessary resources, facilitating the development of early ideas into prototypes and advancing core technologies to their next phases.
As mission-driven builders, we focus on advancing technology for societal benefit, partnering with you to achieve impactful, positive change in the world through technological progress.
We're not just coders; we're pioneers, transforming complex academic research and theorems into dynamic, real-world applications that propel technology into new dimensions. Our expertise spans Bayesian statistics, Kalman Filtering, computer vision, digital signal processing (DSP), and partial differential equations, offering you solutions that are not just answers but visionary leaps into the next frontier of computing.
Algorithm SoftwaresAt Think Circuits, we specialize in cutting-edge computing solutions that redefine the possibilities of technology. Our edge computing services are designed to optimize performance in low-power, compute, and memory-constrained environments, perfect for IoT applications. By implementing advanced ML models and DSP algorithms on energy-efficient platforms, we ensure your technology operates at peak efficiency, even in the most demanding scenarios.
Unlock the full potential of your IoT devices with our tailored edge computing solutions, ensuring maximum efficiency and performance.
Leverage our expertise to deploy sophisticated machine learning models directly on your devices, reducing latency and improving real-time decision-making.
Experience the power of advanced digital signal processing algorithms optimized for edge computing, enhancing data accuracy and processing speed.
Our edge computing services focus on minimizing power consumption while maximizing computational power, ideal for battery-powered and remote applications.
Transform your edge devices into powerhouses of real-time data analysis, enabling immediate insights and actions directly where data is generated.
Ensure the security and integrity of your edge computing applications with our robust security protocols, designed to protect data and operations even in decentralized networks.
In this project, Think Circuits ported advanced EEG signal processing algorithms from research Python code to a C implementation on an STM32 target processor.
Architected and implemented a custom wearable research platform capturing electrical bio signals such as EEG, EMG, EKG and PPG. Included implementing real-time firmware using ESP-IDF and appropriate signal capture and analysis in Python.
For this project, Think Circuits assisted in the formulation of system requirements, architecture design, and component selection to effectively integrate wireless charging capabilities into an indoor cart.
Think Circuits designed a novel battery powered heating device for a particular niche use case. The device currently has orders exceeding 1000 units and is garnering significant interest from customers involved in this niche.
Using first principles analysis, Think Circuits devised a Proof-of-Concept novel sensing mechanism for vehicles to interact with traffic control devices. To do this, we conducted experiments and used Digital Signal Processing to architect a prototype design.
Think Circuits was tasked with researching Machine Learning and Signal Processing algorithms to estimate important vehicle vibration parameters that need to be corrected. We advised on experimental design and implemented a powerful Python-based analysis pipeline.
First and foremost, I was incredibly impressed with Kevin's speed and efficiency in completing the job. Communication with Kevin was seamless throughout the project. He was responsive, attentive, and kept me informed every step of the way. It was reassuring to work with someone who could convey technical concepts in a clear and understandable manner.
Kevin was awesome to work with! Very knowledgeable and easy to collaborate with.
High quality work delivered in a timely fashion