Construction & Robotics
Development support for material supply, robot motion, peripheral equipment, sensing, and control systems used in construction-scale 3D printing facilities.
APPLIED PHYSICS. INTEGRATED ENGINEERING.
Turning difficult physical-world problems into testable products.
invilab connects sensing, electronics, embedded software, mechanics, and applications. Through our own R&D and client development, we support projects from hypothesis testing and prototypes to product design and field deployment.
Start with an idea, an open question, or a technical challenge.
PHYSICAL → DIGITAL
invilab01 / OBSERVE
Physical states into data.
Sensing & measurement
02 / INTEGRATE
Technologies into a system.
Electronics, firmware, mechanics & apps
03 / VERIFY
Prototypes into evidence.
Proof of concept, evaluation & iteration
ENGINEERING CAPABILITIES
What we can develop
From a focused technical challenge to a product that connects disciplines. Explore our development scope across six engineering areas.
Electronics & PCB Design
Sensor, power, communication, and control circuits designed around enclosure constraints and power budgets, then integrated into a PCB design.
Development scope & related workEmbedded Systems & Connectivity
Firmware and communication that connect sensors and actuators with device control, status monitoring, and field operation.
Development scope & related workSensing & Measurement
Spectroscopy and environmental sensing integrated into measurement systems, alongside foundational validation and use-case PoC planning for 60 GHz millimeter-wave sensing.
Development scope & related workMechanical Design & Prototyping
Mechanics, enclosures, and thermal design developed alongside electronics, with prototypes evaluated against field requirements and manufacturing constraints.
Development scope & related workApplications & Cloud
Web and mobile interfaces, device control, data storage and visualization, and API and cloud integration designed around the people who use them.
Development scope & related workEvaluation & Failure Analysis
Evaluation planning and logging to support debugging. Our RFR research aligns different log sources to reconstruct events before and after a failure.
Development scope & related work60 GHz physical sensing is research-stage; RFR is in collaborative validation and PoC. Prototype fabrication and manufacturing involve partners where needed.
PROPRIETARY R&D
Research, ready for the next question.
Research and products led by invilab. Explore each project’s current stage and opportunities for collaborative validation.
Research in progress
60 GHz Physical Sensing
Research into non-contact observation of moisture distribution, changes in material condition, and micro-vibration using 60 GHz radar.
Joint research and PoC inquiries welcome
Explore this researchJoint validation in progress
RFR
Failure Reconstruction Engine
R&D that aligns logs across formats and clocks to reconstruct events around failures in machines and robotic systems.
Prototype / PoC applications open
Explore this researchResearch in progress
Aiferis
Structure rough project notes into goals, tasks, risks, and deliverables, and identify missing inputs for the next decision.
Public demo and waitlist open
Explore this researchResearch in progress
Fish-mounted Energy Harvesting Tag
A concept for supplementing sensor power using swimming and water flow, considering energy yield, added drag, and biological impact.
Joint research and collaboration inquiries welcome
Explore this researchThese projects include research-stage work. Performance and findings are shared after validation and disclosure review.
CLIENT DEVELOPMENT
Your challenge. Connected engineering.
Through invilab garage, we work with client teams from early concepts and proof of concept to product design and field deployment. Client work is distinct from our proprietary R&D and respects each client’s business and intellectual property.
Spectroscopy & Optical Measurement
R&D support for measurement systems using compact spectrometers, including communication, applications, and cloud integration.
Multi-wavelength LED & Power Control
Development support for independent multi-wavelength LED control, spectrum generation, embedded firmware, and compact power circuit boards.
Client names, logos, photographs, specifications, and technical details are published only when disclosure has been approved.
Explore invilab garageSelected public projects
All client work
Exhibition System Development
Transparent OLED × Cross-section Model × 3DCG
An exhibition system that makes an internal process visible
We developed an exhibition system that combines a transparent OLED display, a cross-section model of the actual machine, and 3DCG to explain a six-stage water treatment process intuitively.
Explore our role and the project
Device & App Development
Electronic Circuit Design × Device Control App
Electronic circuit and control system for the on-screen device “dejavu”
We designed the electronic circuit for “dejavu,” a compact prop featured in the film Mystery Arena, and developed a dedicated control application for use on set.
Explore our role and the projectLET’S BUILD TOGETHER
Start with the question you want to answer.
Tell us what you want to test or where you are getting stuck. We welcome discussions about joint research, proof of concept, and product development before specifications are finalized.
Discuss a project
For your first message, share only non-confidential goals, context, and timing.