Technology

The engineering foundations behind every solution.

We have expertise in all technologies shown below. We offer consultation services if you wish to integrate these technologies into your applications. Every product and solution we deliver is built upon our knowledge of this suite of core technologies.

Data Acquisition

Reliable analysis begins with reliable data. We design complete data acquisition systems that collect high-speed, high-precision measurements from sensors, instruments, laboratory equipment, and industrial devices. Our solutions support interfaces such as PCIe, USB, Ethernet, serial communication, CAN, and custom hardware connections. We develop the full data path, including device drivers, communication layers, buffering, synchronization, visualization, and storage.

Whether the application involves a small laboratory instrument or a distributed industrial monitoring platform, we focus on data integrity, timing accuracy, scalability, and long-term reliability. The acquired data can be streamed to desktop applications, databases, cloud services, signal-processing pipelines, or AI models. By integrating hardware and software as one system, we help ensure that every measurement is captured accurately, transferred efficiently, and made immediately useful.

Signal Processing

Raw signals often contain noise, interference, artifacts, and complex patterns that are difficult to interpret directly. We develop signal-processing pipelines that transform these measurements into clear and useful information through filtering, spectral analysis, feature extraction, statistical processing, time-frequency analysis, and machine learning.

Our solutions can operate offline, in real time, or as part of an embedded control system. They can identify important events, remove unwanted noise, detect trends, classify patterns, and extract meaningful features from large volumes of data. We work with both traditional signal-processing methods and modern data-driven approaches, selecting the right techniques for each application.

From early algorithm development to optimized production implementation, we design pipelines that are accurate, efficient, explainable, and maintainable. The result is a reliable path from raw waveform to actionable insight.

Neural Signal Processing

We develop advanced software for acquiring, processing, and analyzing multi-channel neural signals in real time. Our capabilities include signal conditioning, artifact removal, spike detection, spike sorting, raster visualization, firing-rate analysis, synchronization, and population-level activity analysis.

Neural data can be highly complex, noisy, and sensitive to timing. Our systems are therefore designed for applications where low latency, precise synchronization, stable performance, and reliable data handling are essential. We can process signals from electrode arrays, neural probes, imaging systems, and other physiological sensors while coordinating experimental events and external devices.

Our experience spans neuroscience research, brain–computer interfaces, behavioral experiments, closed-loop stimulation, and medical technologies involving complex biological signals. We help turn large streams of neural data into interpretable measurements that support scientific discovery, real-time feedback, and advanced experimental control.

Biomedical Instrumentation

Biomedical instruments require close integration between sensors, electronics, data acquisition, software, user interfaces, and scientific workflows. We design complete instrumentation systems that connect neural probes, biosensors, amplifiers, imaging devices, data acquisition hardware, real-time processing, visualization, and long-term storage.

Our engineering approach combines precision measurement with practical product development. We consider signal quality, electrical noise, timing, calibration, safety, usability, data management, and system reliability from the beginning of the design process. This helps reduce integration risk and creates a clearer path from research concept to functional system.

We support research teams, laboratories, startups, and medical technology companies in developing prototypes, experimental platforms, and deployable products. By bridging hardware, firmware, signal processing, and application software, we help transform scientific ideas into reliable instruments that can operate consistently in real-world environments.

Industrial Communications

Modern industrial systems depend on reliable communication between devices from different manufacturers, technology generations, and network environments. We develop robust communication software that connects PLCs, meters, controllers, data acquisition devices, robots, embedded systems, supervisory platforms, and cloud services.

Our solutions support a wide range of physical interfaces, network architectures, and industrial communication protocols. We design software for polling, event reporting, command execution, device discovery, data conversion, protocol mapping, and gateway applications. Particular attention is given to interoperability, timeout handling, reconnection, diagnostics, cybersecurity, and deterministic behavior.

Industrial communication systems must continue operating even when devices disconnect, networks degrade, or unexpected data is received. We therefore build fault-tolerant software that is easier to test, maintain, and expand. The result is a dependable communication foundation for modern automation, energy, instrumentation, and intelligent control systems.

Embedded Software

We develop embedded software using a clear, layered architecture that separates hardware drivers, operating systems, reusable frameworks, communication services, application logic, and user interfaces. This structure improves reliability, portability, testing, and long-term maintainability.

Our experience covers microcontrollers, embedded Linux platforms, real-time operating systems, industrial processors, digital signal processors, and heterogeneous computing systems. We develop firmware and software for device control, communication, data acquisition, signal processing, diagnostics, secure updates, and real-time applications.

Embedded products are often expected to operate continuously for years with limited maintenance. We therefore focus on predictable behavior, efficient memory use, fault recovery, hardware abstraction, version compatibility, and clear software interfaces. From low-level drivers to complete applications, we create software that is practical to deploy, easier to extend, and supportable throughout the product lifecycle.

Experiment Control

We create precise experiment-control systems that coordinate stimulus generation, data acquisition, real-time processing, behavioral monitoring, and closed-loop feedback. These platforms can support visual, auditory, electrical, mechanical, optical, or other customized stimuli while synchronizing multiple instruments and data sources.

Our systems are designed for neuroscience, biomedical research, behavioral studies, and advanced scientific experiments where timing accuracy, repeatability, and traceability are critical. They can automate complex experimental sequences, react to incoming physiological or behavioral signals, and adjust stimulation or control outputs in real time.

We also develop user interfaces, configuration tools, event logging, synchronization mechanisms, and data management functions that make experiments easier to operate and reproduce. By integrating acquisition, processing, and control into one coordinated platform, we help researchers reduce manual work, improve consistency, and build more sophisticated closed-loop experiments.