Fatigue & injury exposure
Physical load compounds across repetitive tasks and extended shifts.
Human-centered physical intelligence
Human performance is becoming a system layer.
Vitruvex is building wearable robotics and neurotechnology that connect biomechanics, control, sensing and operational intelligence—starting with demanding industrial work.
2023Founded in Türkiye
2TÜBİTAK-supported R&D programs
PCTInternational application filed
2Complementary technology platforms
Repetitive lifting, carrying, awkward posture and long shifts create a combined productivity, safety and workforce-sustainability problem.
The opportunity is not to replace the worker. It is to engineer the human–machine boundary so assistance arrives at the right moment, with measurable operational context.
Variable performance
Fatigue can alter pace, consistency and task quality over a shift.
Workforce sustainability
Aging workforces and scarce skilled labor increase the value of physical support.
Industrial entry platform
V-UP
Wearable physical assistance for demanding work, with a roadmap toward active support, connected monitoring and SCADA-ready operations.
- biomechanics and ergonomics
- mechanisms and actuation
- embedded control and sensing
Shared engineering core
Human factors
Control
Data
Safety
Neurotechnology R&D
V-NEURO
A non-invasive brain–computer-interface research platform exploring rehabilitation, feedback and assistive communication.
- EEG and signal processing
- adaptive feedback loops
- human–machine interaction
Biomechanics
Connected systems
Safety architecture
Applied intelligence
Known · supported R&D
1501
V-UP(S)
Project 3250088 advances an active industrial wearable exoskeleton designed for worker health, safety, monitoring and SCADA integration, with Adatech and Karadeniz Technical University.
Known · supported R&D
1507
V-NEURO
Project 7240539 is a brain–computer-interface-based rehabilitation and communication system. Its supported research period concluded in June 2026; clinical, certification and commercialization work remain separate gates.
Known · IP pathway
PCT
International application filed
The lumbar-support mechanism invention is under an international PCT application process. This is an application—not a granted patent—and is presented accordingly.
01
Product sales
Direct or channel-led deployment of validated wearable systems.
02
Leasing & managed deployment
A lower-friction route for pilots, fleet adoption, maintenance and lifecycle support.
03
Connected operations
Device status, task context, reporting and integration can support recurring software and service value.
04
Strategic partnerships
Distribution, co-development, industrial integration and research partnerships can accelerate market access.
Public pages show the architecture, not unsupported financial certainty. Pricing, unit economics, pipeline quality and scenario forecasts belong in the diligence pack with sources and assumptions.
Industrial material handling
Repeated lifting, carrying and assembly tasks with observable ergonomic exposure.
Logistics & warehousing
High task frequency creates a practical environment for pilot measurement and fleet learning.
Field & maintenance work
Demanding postures and distributed operations reward durable, serviceable systems.
Performance evidence
Task-specific baselines, assistance, comfort, reliability and user acceptance.
Industrial readiness
Design for manufacture, supplier readiness, quality controls and serviceability.
Reference deployments
Lighthouse pilots with documented operational outcomes and repeatable onboarding.
Scalable distribution
Channel enablement, lifecycle service, connected software and market-specific partners.
Planned US structure · under evaluation
Investor-ready governance, close to a human-robotics ecosystem.
Vitruvex is evaluating a Delaware investment structure with an Austin, Texas commercial and R&D bridge. This is a planning hypothesis—not a current registered headquarters—and remains subject to legal, tax and investor diligence.
Governance pathway
A familiar US investment vehicle can be evaluated with counsel when the financing process warrants it.
Robotics proximity
Austin offers a credible bridge to robotics research, talent and industry partnership networks.
Dual-market advantage
Türkiye retains engineering and supply-chain leverage while the US structure supports capital and market access.
Product validation
Test rigs, iterations, user trials and measurable performance evidence.
Certification & quality
Safety engineering, technical files, quality systems and target-market requirements.
Production readiness
Tooling, supplier readiness, assembly, quality control and service capability.
Market access
Reference pilots, channel partners, customer success and international entry.
Diligence-ready conversation
Start with the thesis. Continue with the evidence.
Following an initial fit conversation and, where appropriate, a confidentiality agreement, Vitruvex can provide the product architecture, validation plan, IP posture, commercial assumptions, milestone budget and supporting records.
Request an investor briefing ↗
Financial model and detailed data room available after qualification.
This page is for general information only and does not constitute an offer or solicitation to buy securities. Forward-looking items are planning assumptions, not guarantees.