Aurevix by Agentic ConvergentShow It Once. It Runs on Repeat.
No-code robot programming software for any factory worker.
Teach any cobot a new task using just a phone camera and your voice — no engineers, no code. Running in hours, not weeks. Works with Universal Robots and ABB today — FANUC, KUKA, Techman on the roadmap. Serving manufacturers across Europe and North America.
Record the Task
Phone camera + voice demonstration
AI Understands It
Breaks into precise robot steps
Deploy to Robot
Universal Robots & ABB today — more on roadmap
- ¹ Precedence Research, 2025. Estimates vary; source named.
- ² GrabaRobot, 2026 industry survey.
Our Design Partners
We work closely with industrial manufacturers to shape the product. Partners get early access, direct influence over the roadmap, and priority support — at no additional cost during the design phase.
Design partners — announcing names as each approves public attribution.
Why Most Factories Never Automate a Second Task
Robot hardware is no longer the barrier. Programming and integration are. Specialist engineers, weeks of waiting, and invoices that dwarf the robot's own cost keep most factories stuck at one task — or zero.
Robot programming and installation typically run 20–50% of a robot's total deployment cost — sometimes as high as 100%. Complex robotic cells require integration work costing $10,000–$50,000 before the robot earns its first dollar.³
A typical task setup with a robotics integrator takes 3–5 weeks. Production doesn't pause. Integration delays can cost $1,000–$10,000 per minute of lost production while the line waits.³
Robot programming accounts for a substantial share of total deployment cost and lead time.⁴ When the task lives in the integrator's head, every change means calling them back. Pay again. Wait again.
“A common challenge in factory automation is that deployment complexity rarely matches the vendor's pitch. Programming and integration — not hardware — are where most projects stall or go over budget.”— Industry observation; see also: Standard Bots cost guide (2026)
- ³ Standard Bots, “How Much Does It Cost to Program a Robot?” (2026). standardbots.com
- ⁴ Konica Minolta Smart Factory Robotics insights. konicaminolta.com
It doesn't have to be this way.
No-Code Robot Programming — Meet Aurevix
Any factory worker sets up any cobot in hours, not weeks — no teach pendant, no URScript, no integrator. Show the robot once and it runs on repeat.
Record
Pick up your phone. Press record. Demonstrate the task out loud: “pick up the red bracket, place it in the blue jig, press until it clicks.” No teach pendant. No training required.
Understand
Aurevix watches the video and breaks it into precise robot steps: move here, grip this, apply this force, release on click. Physics and timing extracted automatically.
Simulate
A 3D simulation plays back exactly what the robot will do before any hardware is touched. Review, edit with a tap, approve. Built on NVIDIA Isaac Sim.
Deploy
One click sends the task to your cobot. Universal Robots (UR3–UR20) and ABB are available today. Roadmap FANUC, KUKA, Techman. The robot runs on repeat, adapting to real-world variation.
Three Things That Change Everything.
Not just faster setup — a fundamentally different relationship between your workers and your robots.
Any Task, This Afternoon
What used to take a specialist engineer weeks, any worker can do in an afternoon. No robotics knowledge. No code. Just a phone and a demonstration.
No Per-Task Fees. No Integrator Invoices.
Flexible pricing covers every task you add or change — no per-task fees, no integrator invoices, no surprise costs. One robot or ten.
Unlimited task changes includedMulti-Brand. One Interface.
Universal Robots and ABB available today — one interface, no separate custom code per robot. FANUC, KUKA, and Techman on the roadmap. Switch brands without starting over.
UR · ABB live FANUC · KUKA · Techman roadmapBuilt for Real Production. Not Just the Demo.
Industrial buyers ask the same questions. Here is how Aurevix answers them.
Multi-Step Task Sequencing
Chain pick → orient → place → machine-tend into a single program with conditional logic and signal-waits between steps. Not just a one-move demo — real factory sequences with branches and error handling.
Pneumatic & Electric Grippers
Works with both pneumatic grippers ($200–800) and electric grippers ($1,000–5,000). Pneumatics make up 55–60% of installed industrial grippers — Aurevix is built for the hardware most factories actually have.
Tool-Changer SupportIn development
One robot, multiple end-effectors. Automatic dock and undock between tasks without manual re-rigging. Run a gripper task, swap to a screwdriver, swap back — all in the same program.
Safety-Engineer Friendly
Aurevix outputs are standard offline-programmed trajectories your safety engineer validates exactly like any other robot program. It does not replace your safety PLC, light curtains, or risk assessment — it works alongside them.
Works With Your Stack
Plug into the robots, grippers, and formats your factory already has.
Today vs Aurevix
| Dimension | With Aurevix | Without Aurevix (Today) |
|---|---|---|
| Who does setup | Any factory worker | Specialist engineer |
| Time to first task | Hours, not weeks | 3–5 weeks |
| Cost structure | Flexible subscription, no per-task fees | €5,000–15,000 per task |
| How you program | Speak + phone demo | Write code, teach pendants |
| Task changes | Show the new way. Hours. | Call integrator. Pay. Wait. |
| Multi-step sequences | Built-in, with conditional logic | Custom code per sequence |
| Gripper types | Electric + pneumatic | Often only electric |
| Multi-brand support | One interface, all brands | Custom code per robot |
| Knowledge ownership | Your team owns it | Lives in integrator's head |
| Simulation before deploy | Built-in, mandatory | Optional, often skipped |
The Technology Is Real. The Research Proves It.
Aurevix is built on peer-reviewed research and production-grade industrial tools. Here's what the science says.
MIT CSAIL PhysicsGen · 2025
24 human demonstrations expanded into thousands of robot training examples. 60% improvement in robot task success rate — without additional human effort.
Google RT-2 · Open X-Embodiment · 2024
One vision-language-action model across 22 robot types and 527 tasks. Natural language commands translate directly to motor actions — the architecture class Aurevix builds on.
OpenVLA · 2025
The open-source VLA community proved that general-purpose robot learning from video and language is not only possible but production-deployable today.
NVIDIA Isaac Sim
The physics simulation platform trusted by Boston Dynamics, Toyota Research Institute, and hundreds of robotics labs. Aurevix uses it so you see exactly what your robot will do before touching hardware.
Flexible Pricing. No Per-Task Fees.
No integrator invoices. No per-task charges. Pricing is structured around your situation — one factory, a fleet, or an integrator deploying across many customers.
Get your first robot running without an integrator.
- 1 robot
- Core video teaching
- Single-step + basic multi-step tasks
- Unlimited task changes
- Email & docs support
Full capability, guided onboarding, priority support.
- Up to 5 robots
- Full multi-step task sequencing
- Electric + pneumatic gripper support
- Conditional logic & signal-waits
- Guided remote onboarding included
- Unlimited task changes
- Priority support
Deploy Aurevix across your customers' sites. Channel margin included.
- Unlimited robots across client sites
- Partner enablement programme
- Co-deployment support
- Dedicated partner manager
- Volume pricing available
All tiers include a generous monthly video-processing allowance. Unusually heavy use is handled transparently — you will always know before incurring any overage. Prices are under design-partner review and subject to confirmation.
Need to Train Your Own Models? Meet KineTrace.
For robotics ML teams who need to go deeper — KineTrace is our AI annotation engine. Physics-layer detection. 100× faster than human annotators. $75–100 per clip vs. $1K–6K.
Upload
Drop in MCAP, ROS bag, HDF5, or RLDS files. KineTrace accepts all standard robotics data formats — no preprocessing needed.
Annotate
4D temporal-spatial analysis detects micro-slips, torque anomalies, and friction transitions invisible to human annotators — in under 2 minutes per 10-minute clip.
Export
Training-ready outputs directly to RT-2, Octo, OpenVLA, PyTorch, TensorFlow, or JAX. No conversion scripts. Plug in and train.
| Capability | KineTrace | Scale AI / CVAT / Labelbox |
|---|---|---|
| Annotation method | Fully automated AI | Human labelers |
| Speed per 10-min clip | Under 2 minutes | Hours to days |
| Cost per 10-min clip | $75–100 | $1,000–6,000 |
| Physics-layer detection | Micro-slips, torque, friction | Not possible |
| Native robotics formats | MCAP, ROS bag, HDF5, RLDS | Limited / requires conversion |
| Export targets | RT-2, Octo, OpenVLA, PyTorch, TF, JAX | Generic labels only |
Common Questions
How fast is robot setup with Aurevix?
Typically hours, not weeks — for a first task from initial recording to robot running. Traditional setup with a specialist engineer takes 3–5 weeks. Exact time varies by task complexity; we recommend confirming with us for multi-step sequences.
Do I need a robotics engineer to use Aurevix?
No. Any factory worker can set up a robot task. If they can demonstrate a task and describe it out loud, they can use Aurevix. No robotics knowledge, no coding, no special training required.
What robots does Aurevix support today?
Universal Robots (UR3, UR5, UR10, UR16, UR20) and ABB (GoFa, SWIFTI) are available today. FANUC, KUKA, Techman, and Yaskawa are on the near-term roadmap. One interface across all supported brands — no separate custom code per robot.
What does Aurevix cost?
Flexible pricing with no per-task fees and no integrator invoices. We offer Starter, Professional, and Integrator tiers — pricing is under review and we discuss it directly with design partners. Talk to us to find the right fit for your situation.
What happens when I need to change a task?
Show the robot the new way. Done in hours. With traditional setup, you call the integrator, pay again, and wait weeks. Aurevix includes unlimited task changes in all tiers.
Can Aurevix handle multi-step tasks with conditional logic?
Yes. You can chain pick → orient → place → machine-tend into a single program with conditional branches and signal-waits between steps. Multi-step sequencing is a core capability, not an add-on.
What gripper types does Aurevix support?
Aurevix supports both pneumatic and electric grippers, as well as vacuum (suction cup) grippers. Pneumatic grippers make up 55–60% of installed industrial grippers worldwide, so we build for the hardware most factories already have — not just premium electric units.
How does the AI understand what I'm demonstrating?
Aurevix uses vision-language-action (VLA) models — the same technology behind Google RT-2 and OpenVLA — to interpret your phone video and voice narration, translating them into precise robot motion sequences.
Is training required for factory workers?
No special training needed. The interface is built for the factory floor. If a worker can use a smartphone and explain what they're doing, they're ready.
What is KineTrace?
KineTrace is our separate AI annotation service for robotics ML teams. It processes raw sensor data (MCAP, ROS bag, HDF5, RLDS) into training-ready labels with physics-layer detection, in under 2 minutes per 10-minute clip at $75–100 per clip.
Is my data secure?
Yes. All data is processed in isolated containers with zero persistence. Enterprise customers can deploy on-premise. Aurevix is GDPR compliant and SOC 2 ready.
How much does a robotics integrator cost?
A robotics integrator typically charges €150–250 per hour. A single task setup runs 3–5 weeks, leading to invoices of €5,000–15,000 per task — and that's before any changes. Aurevix replaces all of that with flexible subscription pricing covering unlimited tasks.
What is a URCap?
A URCap is a software plugin for Universal Robots cobots that extends their functionality. Traditional cobot programming requires URCaps and specialist knowledge to install and configure. Aurevix eliminates the need for URCaps entirely — workers program the robot by demonstrating the task on a phone, with no URScript or PolyScope configuration required.
Can I program a robot without a teach pendant?
Yes — that's exactly what Aurevix is built for. A teach pendant is the handheld device traditionally used to manually program robot arm positions, which requires specialist training. Aurevix replaces the teach pendant with a phone camera and voice: workers demonstrate the task naturally and Aurevix converts it into robot motion automatically.
Does Aurevix support FANUC robots?
FANUC robot integration is on our near-term roadmap. FANUC is the world's largest industrial robot manufacturer and a top priority for us. Currently Aurevix supports Universal Robots and ABB cobots. Join our waitlist at agenticconvergent.com to be notified when FANUC support launches.
Two Ways to Get Started
Whether you're ready to automate a specific task today or want to shape the product alongside us — there's a path for you.
Have a specific task you want to automate? Show us. We'll walk through how Aurevix handles it — live, with your robot brand. No commitment.
- 45-minute live product walkthrough
- Your robot brand and task type in scope
- Honest assessment of fit — no pressure
We are working closely with a small number of industrial manufacturers to build Aurevix around real production needs. Design partners get early access, direct roadmap influence, and priority support — at no cost during the design phase.
- No-cost access during design phase
- Direct influence over the product roadmap
- Priority support and co-development sessions
- Limited slots — we work closely with each partner