TWINEXIS
TWIN THE WORLD
Twin the world.
Build robots in simulation first.
Twinexis builds virtual development and testing environments that let teams design, train, and validate autonomous drones and mobile robots — faster, safer, and at a fraction of the cost of physical prototyping.
Accelerating the development of mobile robotics
Twinexis exists to accelerate and improve the development of mobile robotic systems. With more than 15 years of experience in robotic and mechatronic applications, we focus on autonomous mobile devices — both aerial drones and ground‑based mobile robots.
We provide a virtual development environment for drones and mobile robots, and offer consulting in software development — including integrating our SkyDev platform with your own interfaces and toolchains. Our work turns slow, costly, physical test cycles into fast, reproducible, software‑driven iteration.
“To create a digital universe where the robots of tomorrow are born, learn, and improve.”
Innovation
Those who do not innovate perish. We pursue cutting‑edge technology relentlessly.
Context
We understand every project in its broader context — technical, operational, and regulatory.
Automation
We automate development processes so engineering teams iterate at machine speed.
AI‑Driven Testing
We integrate AI into testing and validation to find edge cases before they reach the field.
— Virtual environment for drone development & testing
A virtual environment is the key tool for rapid, safe, and efficient development of autonomous systems. SkyDev lets you test control algorithms, sensors, and AI in realistic conditions — without the risk of hardware damage and without the limits of real‑world operations. By simulating a wide range of scenarios, including GNSS‑denied environments and emergency situations, it dramatically speeds up the development cycle and improves the quality of the final solution.
- Photorealistic environment
- Realistic / user‑defined physics
- SITL & HITL integration
- PX4 integration
- Drone swarms
- Independent of Nvidia
- Auto‑generated labeled datasets
- Edge‑case scenarios
- Domain randomization
- Vision sensors: RGB, depth, segmentation
- Automated orchestration
- CI/CD pipeline integration
- Certification evidence generation
One platform replacing fragmented toolchains — from algorithm design to certification readiness.
Connects to the tools your team already uses
MATLAB
FMI
MAVLink
PX4
Docker
Open interfaces to other domains — flight controllers, third‑party physical models, perception stacks — with reproducible, configurable experiments and UAV & AMR co‑simulation.
Engineered for speed, safety, and reproducibility
Safe by design
Test algorithms with zero risk of hardware damage, including failures impossible to stage in the real world.
Reproducible
Deterministic, repeatable test conditions for validation and direct comparison of results.
Rapid iteration
Change parameters and validate in minutes, running hundreds of scenarios overnight.
Weather‑independent
24/7 testing regardless of external conditions, airfield access, or pilot availability.
Easily configurable
A simple orchestrator to define vehicles, sensors, environment, and scenario goals.
GNSS‑denied ready
Sensor failure, collision avoidance, and GPS‑off scenarios at a scale impossible in reality.
Ship up to 40% faster
Parallel testing
Run hundreds of scenarios overnight instead of sequential physical testing.
No weather delays
24/7 testing regardless of external conditions or airfield availability.
Instant iteration
Change parameters and validate in minutes, not weeks.
Traditional vs. SkyDev
| Cost category | Traditional | SkyDev | Savings |
|---|---|---|---|
| Total development phase | ~$350K–$1.8M saved | ~44% | |
Modeled on a team of 15–25 engineers, an 18–24 month development cycle, autonomous / semi‑autonomous UAV programs, and Europe/US engineering salary levels.
Who we build for
How we work with you
Virtual development environment
Deploy SkyDev as your simulation, synthetic‑data, and validation backbone for drones and ground‑based mobile robots — from early algorithm design through certification readiness.
Software development consulting
Work with our engineers to integrate SkyDev with your own interfaces and toolchains, and to build custom autonomy, perception, and control software on a proven robotics foundation.
What we have built
Drone docking station
Design and virtual validation of autonomous landing and recharging infrastructure for persistent drone operations.
Synthetic data generation
Auto‑labeled, domain‑randomized datasets — including hard edge cases — to train and benchmark perception models.
Robotic platform for surveyors
Development of a ground‑based mobile robotic platform tailored to surveying and mapping workflows.
Let’s twin your next robot.
Tell us about your drones, mobile robots, or autonomy program and we’ll show you how SkyDev fits your development and validation workflow.
Click to open a pre‑filled email — just add your details and send. We reply to every serious enquiry.
For partnerships, pilots, and technical deep‑dives on SkyDev.