Services / Neurotech
Advanced Brain-Computer Interfaces: Neurotech Engineering Experts
LeafLabs specializes in high-performance neurotechnology solutions
We provide cutting-edge expertise in brain-computer interfaces (BCI), with over a decade of experience in neural signal processing, data acquisition, and embedded systems. We partner with consumer neurotech companies and research labs to bring next-generation BCI technology to life.
Our Neurotech & BCI Capabilities
We offer comprehensive engineering services tailored to the unique challenges of neurotech development:
BCI Hardware & Firmware Development – Custom-designed hardware and firmware optimized for high-fidelity neural data acquisition.
Signal Processing for BCI & Neural Data Analysis – Advanced algorithms for real-time decoding, artifact removal, and feature extraction.
Custom ASIC & Low-Power Embedded Systems – Expertise in neural interfacing, including proprietary ASICs like Willow and Catkin.
Neurotech Data Acquisition & Integration – High-speed, low-noise data acquisition systems tailored for clinical and consumer applications.
Prototype to Production Support – Scalable solutions from proof-of-concept to mass production.
Why Work with LeafLabs?
Cambridge-Based, Embedded in the Neurotech Ecosystem – Located in one of the world’s leading neuroscience and biotech hubs. LeafLabs is situated in Inman Square, Cambridge, between MIT and Harvard.
10+ Years of Experience in Neural Interfaces – Proven expertise in developing advanced electrophysiology systems.
Pioneering Work in Electrophysiology & Custom ASIC Design – LeafLabs’ Willow system and Catkin 1024-channel ASIC push the boundaries of neural data capture and processing.
Agile, Research-Driven Development Process – We work closely with clients to rapidly iterate and refine BCI technology.
Willow - Low-power Neural Data Acquisition Platform
Willow is an advanced data acquisition system optimized for low-power, high-precision neural signal capture. Designed for integration into wearable and implantable neurotech applications, it facilitates real-time, high-quality data streaming.
Catkin - High-Density Neural Interface ASIC
Catkin is a state-of-the-art neural interface chip designed for high-fidelity electrophysiology applications. With ultra-low power consumption and high-channel density, it enables scalable, high-resolution neural data collection.
Our Process
We follow a structured, iterative approach to BCI and neurotechnology development:
Discovery & Technical Assessment – Evaluating system requirements and feasibility.
Proof of Concept & Prototyping – Rapid development and validation of core technology.
System Optimization & Validation – Refinement of hardware, firmware, and algorithms.
Deployment & Scalability – Ensuring a seamless transition from prototype to production.
