BCI Labs —
Where Research Meets Real-World Engineering
Control technology with your mind.
Frontier Engineering, Purpose-Built for Industry
BCI Labs is where students, researchers, and institutions work hands-on with research-grade EEG and EMG brain-computer interface systems. From raw neural signal acquisition to deep learning biosignal decoders and mind-controlled robotics, this is the frontier of neurotechnology education.
EEG headset research stations for real-time multi-channel brainwave acquisition
Surface EMG signal-processing workstations for bionic & muscle-computer interfaces
Level 1-3 progressive BCI curriculum: from basic alpha waves to neural prosthesis control
Direct access to the scientific infrastructure of Lyran Labs Neurotechnology division
How We Work
From Lab Research to Client Deployment
Core Technical Focus Areas
Targeted specializations driving next-generation engineering across industry, research, and critical infrastructure.
Brain-Computer Interface
EEG & EMG signal acquisition, real-time motor-imagery decoding, P300 spellers, SSVEP-based neural control.
Biosignal DSP & AI
Digital bandpass filtering, Fast Fourier Transform (FFT), wavelets, and deep neural network signal classifiers.
Neuro-Robotics Articulation
Mapping classified neural commands to physical hardware: multi-axis prosthetic arms, drones, and virtual avatars.
Specialized Lab Workstations
Purpose-built research bays equipped with industry-standard instrumentation, enabling our engineers to design, test, and validate complex systems at depth.
EEG Brainwave Acquisition Pod
Equipped with 16-channel OpenBCI Cyton & Daisy boards, ultra-low noise instrumentation amplifiers, and saline/gel electrode placement tools.
- 16-Ch Active Dry/Wet EEG
- 24-bit ADS1299 ADC
- Bluetooth LE Telemetry
EMG Muscle-Machine Interface Bench
Surface electromyography benches dedicated to capturing arm and forearm motor unit action potentials to drive robotic exoskeletons and prosthetics.
- Differential EMG Amplifiers
- Hardware Envelope Detectors
- Bionic Hand Articulators
Neural AI & ML Processing Station
High-performance GPU workstations running Python, MNE-Python, PyTorch, and BrainFlow for artifact removal, eye-blink rejection, and classification.
- NVIDIA RTX Tensor Workstations
- MNE-Python & SciPy
- Sub-10ms Real-Time Loop
What Clients Receive From This Lab
Every engagement with BCI Labs is structured to produce tangible, measurable engineering outcomes — not just research reports.
Technology Stack
Client Engagement Tiers
We structure our client engagements in progressive phases — from initial feasibility and prototyping through to full-scale deployment and operational support.
Biosignal Foundations & Acquisition
Neurophysiology, action potentials, electrode impedance, baseline EEG band identification (Alpha, Beta, Theta, Delta), and analog signal filtering.
Biosignal Machine Learning & Decoding
Feature extraction, Common Spatial Pattern (CSP) algorithm, SVM and Random Forest classification, SSVEP frequency detection, and biofeedback games.
Frontier Neurotechnology & Capstone
Deep learning EEG decoders (EEGNet), mind-controlled robotic arm manipulation, closed-loop neural stimulation, and publishable paper development.
Hardware & Software Apparatus
A comprehensive inventory of the precision instruments, development platforms, and software tooling that underpin all BCI Labs research and client deployments.
Inside BCI Labs
A look into our active research bays, hardware benches, and ongoing client project workstations.
Hardware
OpenBCI Cyton & Bio-Amplifier Rig
16-channel low-noise biosignal instrumentation amplifiers with gold-cup Ag/AgCl electrodes.
Software & AI
Real-Time Neural Pattern Decoding
FFT power spectral density and Common Spatial Pattern (CSP) machine learning classification.
Robotics Interface
Mind-Controlled Robotic Prosthetics
Converting classified motor-imagery brainwaves into multi-axis robotic hand finger articulation.
Workstations
Shielded BCI Research Workstation Floor
Dual-monitor neural analysis pods equipped with high-refresh stimulus screens and grounding mats.
Deep Learning
Deep Neural Network Biosignal AI
1D-CNN and LSTM architectures decoding SSVEP and P300 evoked potential waveforms in real-time.
Research
Peer-Reviewed Research & Verification
Original research methodology and neurotechnology student papers published in international symposiums.
Neuroscience
10-20 International Electrode Placement
Precision scalp mapping capturing frontal, motor-cortex, and occipital lobe microvolt potentials.
Explore All Research Labs & Services
Lyran Labs operates a portfolio of specialized research divisions and industry service practices — each delivering proven, domain-specific engineering to clients.
BCI Labs
Control technology with your mind.
Robotics Labs
From first build to competition-grade engineering.
Aerospace Labs
Real rocket builds, real launches.
Astronomy Labs
The same sky our rockets fly into.
Industrial IoT & Connectivity
Live sensor networks, engineered for sites WiFi can't reach.
AI & Computer Vision
Vision systems trained on your data, not a demo.
Industrial Automation (PLC/SCADA)
Robotics engineering, applied to your production line.
Software Development
The software layer behind every deployment.
Embedded Systems Engineering
Where an idea becomes a device.
Space Technology & Satellite Systems
The aerospace depth behind our student programs, as an engineering service.
Ready to Deploy BCI Labs Capabilities at Your Organisation?
Whether you're scoping a new R&D initiative, seeking a system integrator, or looking to embed specialist engineering within your operations — our lab team is ready to engage.
