Train Robots Remotely.
Recover Them Instantly.
Train Robots Remotely.
Recover Them Instantly.
Telemind enables large-scale robot teleoperation to train, correct, and rescue AI systems when autonomy fails.
Telemind enables robot teleoperation at scale to train, correct, and rescue AI systems when autonomy fails.
Robots are only as good as their data. We make that data elite.
/
Robots are only as good as their data. We make that data elite.
Robots are only as good as their data. We make that data elite.
Data scarcity for specific tasks
Data scarcity for specific tasks
Data scarcity for specific tasks
Inconsistent data quality
Inconsistent data quality
Inconsistent data quality
Eliminate the bottlenecks
that hold robots back
Compliance risks
Compliance risks
Compliance risks
Latency in iteration loops
Latency in iteration loops
Latency in iteration loops
/
OUR SERVICES
/
OUR SERVICES
/
OUR SERVICES
From Teleoperation
To Stress-Test
Teleoperate robots to train them faster, recover them safely, and scale intelligence with humans in the loop.
Teleoperation
Remote operators control robots in real-world environments and high-fidelity simulations generating high-quality trajectories and datasets
Teleoperation
Remote operators control robots in real-world environments and high-fidelity simulations generating high-quality trajectories and datasets
Teleoperation
Remote operators control robots in real-world environments and high-fidelity simulations generating high-quality trajectories and datasets
Massive Video Generation
Head-mounted cameras record billions of real-world trajectories, creating the raw data needed to teach robots how humans move in context.
Massive Video Generation
Head-mounted cameras record billions of real-world trajectories, creating the raw data needed to teach robots how humans move in context.
Massive Video Generation
Head-mounted cameras record billions of real-world trajectories, creating the raw data needed to teach robots how humans move in context.
Language models
We extend our annotation expertise to LLMs, VLMs, and VLAs by labeling complex multimodal datasets.
Language models
We extend our annotation expertise to LLMs, VLMs, and VLAs by labeling complex multimodal datasets.
Language models
We extend our annotation expertise to LLMs, VLMs, and VLAs by labeling complex multimodal datasets.
Model Stress-Testing
We stress-test robots in both simulation and reality, exposing them to edge cases to ensure safety and resilience.
Model Stress-Testing
We stress-test robots in both simulation and reality, exposing them to edge cases to ensure safety and resilience.
Model Stress-Testing
We stress-test robots in both simulation and reality, exposing them to edge cases to ensure safety and resilience.
Expert Validation
Every dataset is validated by our AI and robotics experts, ensuring both safety and accuracy across physics-driven tasks
Expert Validation
Every dataset is validated by our AI and robotics experts, ensuring both safety and accuracy across physics-driven tasks
Expert Validation
Every dataset is validated by our AI and robotics experts, ensuring both safety and accuracy across physics-driven tasks
/
COMMUNITY
/
COMMUNITY
/
COMMUNITY
Contributors
Behind every autonomous robot stands a human operator.
Our global teleoperation community trains, guides, and rescues robots, at scale.
/
OUR TAKE
Every time a human takes control, a robot gets smarter.
Kevin YENA
CEO
/
OUR TAKE
Every time a human takes control, a robot gets smarter.
Kevin YENA
CEO
/
OUR TAKE
Every time a human takes control, a robot gets smarter.
Kevin YENA
CEO