The tools and technology stack powering Lyran Labs R&D facilities and enterprise deployments
Translating electrophysiological biosignals into real-time machine intelligence. Our neurotechnology laboratory engineers high-precision neural interfaces, biosignal decoders, and low-latency assistive robotics.
Multi-channel EEG telemetry, bandpass filtering, and spectral analysis.
Process multi-channel EEG signals using bandpass filters, 50Hz notch filters, and Fast Fourier Transform (FFT) power spectral density estimation to extract clean cortical biosignals.
Motor imagery command streaming, UART control, and bionic actuation.
Stream classified motor-imagery feature vectors over low-latency serial and wireless links to drive microcontrollers, multi-joint bionic limbs, and assistive peripheral hardware.
Analog front-end design, instrumentation amplifiers, and active electrodes.
Design custom analog front-ends for microvolt electrophysiological signals: high CMRR instrumentation amplifiers, driven-right-leg circuits, active electrodes, and multi-layer PCB layout.
Convolutional neural networks, spatial covariance, and intent classification.
Train convolutional and recurrent deep learning architectures on multi-channel EEG epochs. Implement Common Spatial Pattern (CSP) filtering for robust real-time intent classification.
Controlled experimental protocols, dataset benchmarking, and academic authorship.
Formulate rigorous BCI experimental protocols, curate standardized open biosignal datasets, conduct statistical validation, and prepare technical findings for peer-reviewed publication.
Full-stack neural system design, portfolio grading, and verified credentials.
Complete an end-to-end BCI hardware-software capstone project, submit verifiable code repositories, participate in neurotechnology hackathons, and earn accredited credentials.
From industrial IoT telemetry and custom shopfloor MES platforms to turnkey PLC control panels and robotics—engineered to maximize manufacturing productivity and uptime.
Deploy ruggedized edge computing gateways with Modbus RTU/TCP and OPC-UA protocol translation, streaming live vibration, current, and temperature telemetry directly into on-premise SCADA or cloud dashboards.
Eliminate manual paper clipboards. We engineer custom Manufacturing Execution Systems (MES) providing real-time OEE tracking, barcode batch traceability, electronic traveler sheets, and bidirectional ERP/SAP database synchronization.
High-speed industrial smart cameras installed over conveyor lines to catch dimensional defects, missing labels, cap alignment flaws, and packaging tears in real time at full production speed with automated pneumatic reject chutes.
Complete control automation for manufacturing lines, conveyors, packaging units, and batch mixing. We fabricate certified IP54/IP65 electrical panels, program deterministic PLC logic, and build operator touchscreen HMIs.
Articulated 6-axis industrial robotic arms and collaborative cobots designed to automate high-stress, repetitive shopfloor tasks: CNC machine loading/unloading, carton packing, palletizing, and precision dispensing.
Modernize legacy, relay-based machinery without buying expensive new equipment. We retrofit older hydraulic presses, stamping units, and packaging lines with digital PLCs, touchscreen HMIs, and certified safety interlocks.
A disciplined 4-step engineering workflow designed to eliminate factory downtime and guarantee seamless operator handover.
We visit your factory or inspect machine videos to assess cycle times, electrical wiring condition, bottlenecks, and automation feasibility.
Our engineers draft complete circuit diagrams, PLC logic, bill of materials (BOM), and mechanical mounting layouts for your sign-off.
We assemble and test the control panel, wire field sensors on-site, and run dry cycles before integrating with your production line.
We train your machine operators and maintenance electricians, provide source backups and schematics, and provide ongoing SLA support.
Lyran Labs unifies active laboratory R&D with industrial automation and institutional excellence, delivering an integrated ecosystem that accelerates deep-tech innovation.
In-house laboratories actively developing sub-orbital atmospheric payloads, multi-channel neural EEG processing, and autonomous robotic kinematics under rigorous engineering methodologies.
Real-world factory floor implementations — deploying inline machine vision, deterministic PLC control systems, and edge IoT telemetry built to global industrial standards.
Bridging the industrial skills deficit by transferring genuine R&D hardware, verified industry workflows, and master-certified curricula into schools, universities, and technical cohorts.
We partner with leading academic institutions and universities to establish state-of-the-art research laboratories, industry-standard training setups, and hands-on technological infrastructure.
Pioneering neurotechnology track. Students master multi-channel EEG signal acquisition, artifact filtering, and real-time brain-controlled robotic actuation.
Engineering miniature satellite payloads. Students design flight instrumentation, atmospheric telemetry radio links, ground stations, and parachute recovery systems.
Industry-standard robot software engineering. Hands-on LiDAR SLAM mapping, autonomous obstacle avoidance, and computer vision path planning using ROS 2.
Moving from theoretical code to intelligent physical systems. Train deep neural models for computer vision, acoustic anomaly detection, and embedded edge deployment.
Turnkey alignment with CBSE Artificial Intelligence (Subject 417), Coding (801), and Skill Education modules. Complete lesson plans, student workbooks, and lab assessments.
Aligned with ICSE Computer Applications and Applied Sciences. Connects foundational algorithmic thinking with real physical microcontrollers and robotic sensors.
End-to-end laboratory infrastructure: 3D printers, modular electronics workbenches, IoT sensor kits, safety enclosures, and continuous annual consumable replenishment.
Continuous Professional Development (CPD) programs empowering your existing school faculty to confidently teach hands-on AI, robotics, and coding with structured LMS lesson plans.
Establishing advanced campus research centers in Robotics, Brain-Computer Interfaces, and Industrial IoT for engineering universities and autonomous institutes.
Industry-grade final year capstone projects mentored directly by active laboratory engineers — bridging the gap between theoretical graduation and production deployment.
Rigorous technical credentials benchmarked against global industry standards in Embedded Systems, Machine Learning, and Industrial Automation.
Direct talent pathways connecting top-tier student researchers and engineering fellows with enterprise technology departments and internal R&D positions.
Functional hardware prototypes, autonomous systems, and research builds engineered across our specialized laboratories for real-world application.
Functional Build
EdgeVibe-4.0 is an industrial IoT sensor integrating a high-bandwidth 3-axis piezoelectric accelerometer with a quantized TinyML 1D-CNN, classifying bearing faults on-device and …
Functional Build
CogniGrip is a closed-loop Motor Imagery BCI that decodes cortical sensorimotor rhythms (mu and beta bands) to actuate a 6-DoF robotic prosthetic …
Functional Build
NeuroCommand is a research-oriented non-invasive Brain-Computer Interface (BCI) project that investigates how measurable patterns of brain activity can be acquired through EEG, …
Deploying advanced industrial automation, embedded systems, and R&D laboratories under strict enterprise standards.
To safeguard enterprise non-disclosure covenants (NDAs) and proprietary laboratory workflows, public endorsements and case studies are published only following formal partner milestone sign-offs.
Proprietary automation blueprints, telemetry data, and custom hardware IP remain fully confidential under mutual covenants.
Academic laboratory programs and engineering residency evaluations are systematically reviewed and verified upon cycle conclusion.
Accredited partner performance references, laboratory deployment briefs, and technical audits are available to authorized institutional partners.
Direct insights into our industrial engineering engagements, laboratory deployments, and institutional partnership frameworks.
Whether you need turnkey Industry 4.0 automation, an advanced Center of Excellence, or specialized R&D engineering — our leadership team is ready to collaborate.
