High-performance technical lab environment across any OS—no local installations or proprietary hardware required
Our engine executes deterministic simulations that go beyond basic animation. it run real-time physics calculations
The VEL Digital Twin Interface allows you to verified control logic before implementing on field assets
Our SaaS architecture allows you to embed full-scale virtual labs into your internal training portals, LMS
High-Fidelity Solvers: Execute real-time multiphysics simulations & models including fluid flow, pressure, level, temperature, as well as electrical, instrumentation, mechanical and engineering equipment animations.
Deterministic Logic Validation: Sync virtual PLC/DCS code with physics-based feedback loops to verify control response before field commissioning.
Non-Linear Asset Modeling: Simulate complex equipment behaviors such as valve, pump, seperators, heat exchangers, compressor, HVAC systems and rotating mechanical equipments.
Designed for the field, replaces complex command and simulation workflows with a streamlined, drag-and-drop industrial devices tailored for real field technical experience.
Launch high-performance engineering labs instantly through any standard web browser.
Share active lab sessions with remote teams for over-the-shoulder training and real-time technical mentorship.
Connect your lab to third-party digital twin platforms or predictive maintenance software via secure API extensions.
Deploy and scale complex industrial technical labs through animated field devices built for rapid, field-accurate simulations and animations.
Shift high-stakes training into a deterministic sandbox, eliminating the potential for asset damage while maximizing technical proficiency.
Manage and scale industrial environments using a predictable, step-by-step configuration logic that ensures consistency across all simulation models.
Render equipment motion—such as valve actuation, pump rotation, or piston displacement—driven by underlying variables like pressure, torque, and fluid velocity.
Bridge the gap between virtual assets and industrial controllers using standardized industry protocols, ensuring data integrity across the entire control stack.
Deploy deterministic simulations engineered to mirror the exact mechanical, thermal, and fluid dynamics of active industrial environments.
Engage with our high-fidelity technical environment to evaluate the full spectrum of system capabilities and industry-specific simulation possibilities.
Graphic Design
UI, Interaction Design
UX, Illustration
Web Design
Web Design
UI, Interaction Design
Virtual behavior mirrors real-world field data.
High-speed calculation of fluid, thermal, and mechanical variables.
Real-time visibility into internal system states.
Hear from engineers & technicians who have transitioned from theories to physics-governed industry field readiness models and simulations on our platform.
Before Velnode, most of my students graduated without ever 'touching' a process control loop. By integrating Velnode’s VLaaS model, we provided students with the required capability to play around and master control loops.
We can now simulate catastrophic tank overflows and short circuits in a risk-free environment. Velnode hasn’t just replaced our testing and training equipment; it has democratized our classroom."
I couldn't afford to set up a $5000 physical PLC training kit. With Velnode monthly subscription, i have access to a world-class lab with similar functionality.
I spent weeks practicing on the Digital Twin of a three-phase separator. During my interview with an indigenous service company, I was able to explain the logic of a PID controller as if I had been working on a live rig for years
The ability to connect the software to actual PLCs via Modbus means our trainees get the most realistic experience possible without us having to own a single physical pump.
We were skeptical about 'virtual labs' because of our local internet speeds. However, Velnode’s lightweight Javascript engine worked flawlessly even on 3G connections.
Our students are now designing and testing circuit breakers and heat exchangers from their tablets. Geographical location is no longer a barrier to technical mastery for our global students.
Velnode changed our entire business model. We transitioned from a capital-heavy physical center to a lean, cloud-based technical training provider.
No. One of Velnode’s core innovations is its lightweight 2D Vanilla JavaScript engine. It is specifically optimized to run smoothly on standard "student-grade" laptops and mobile devices, even on low-bandwidth internet connections
No. Velnode is entirely browser-based. You can access your virtual lab from any device (laptop, tablet, or desktop) with a standard web browser, eliminating the need for complex installations.
Yes. Velnode provides a risk-free environment where learners can simulate high-voltage or high-pressure failures (like tank overflows) and master safety protocols without any physical danger or equipment damage.
We offer a flexible SaaS model: a "pay-as-you-use" subscription for individuals/students and enterprise licensing for institutions and corporate bodies, significantly reducing upfront CAPEX.
Yes. Through our Institutional Partnership model, we can work with technical training providers to align our simulation models with specific course outlines, ensuring that the virtual experiments directly support the training requirements.
Yes. We provide dedicated technical support for both individual subscribers and partner institutions. This includes onboarding sessions for lecturers, troubleshooting for students, and regular updates to the simulation library to ensure the technology remains state-of-the-art.
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