Operator Teleop - faster, more reliable and with advanced joystick control
Most mobile,
logistic, agricultural and other robots can now operate autonomously 90-98% of
the time, however they cannot fully function without human help when they are
in an extraordinary situation.
Speaking to
more than 800 robotics specialists and companies, 68% of them reported that
stable teleoperation is critical at some level to deploy robot fleets remotely.
It is important to be able to remotely control your robots stably. And it is
very difficult to do.
The
companies asked the energy operators:
Skip mission
planning and send a robot to a location
Resume
driving to get the robot out of a safe situation
It allows
the manipulation and control of elevators and arms.
Manually
pick an object if you cannot complete it independently
Seamlessly
switch between robot control modes (driving vs. controlling an arm or elevator)
To allow a
robot to quickly return to automatic operation. Without it, several companies
have reported that their entire production line has repeatedly broken down for
minutes due to starvation. This is because only one robot found itself in a
situation where it could not navigate autonomously and it took a long time to
safely reset it and deliver the missing parts.
MiR Robot
In complex
environment, AMRs can easily get into situation where human-level intelligence
is required.
We are
pleased to announces the releases of our Operator Teleop, or colloquially known
as Pilot 1.5, which is based on our initial June release of Freedom Pilot.
This major
release allows Freedom Robotics users to remotely intervene and operate robots
in low connectivity environments. It takes into account important feedback and
requests for real-world features over the past few months from Freedom users
who have deployed fleets that depend on Pilot. In addition, it has been
optimized with hundreds of hours of testing and tuning in poorly connected cell
areas on a variety of robotic platforms.
The new
version features a much faster, smoother and more responsive teleoperation
experience, various bug fixes and user interface improvements, and adds support
for the use of physical game controllers for advanced control of robots, arms.
mobile and robotic.
A game
changer in Remote Teleop
In order to
confidently control a robot from anywhere in the world, a fast, smooth and
stable connection is required. In area with poor connectivity and limited
bandwidth, the connection algorithm should appropriately reduce less important
video properties to ensure a secure connection and a smooth driving
experiences. This has always been our focuses and today we announce a big step
forward in that direction, after some very extensive testing and tuning of the
Freedom Agent and the underlying transportation infrastructure.In extremely
poor connectivity environments, latency can increase through dead spots in
Wi-Fi or cellular connectivity. Through multiple infrastructure iterations that
increased connection resilience and optimized bandwidth, areas of poor control have
almost been eliminated.
Poor
connectivity doesn't just happen outdoors on cellular network. In many logistic
facilities, where they can be up to a quarter of a mile in length, there are
significant weak spots or dead spots in connectivity that robots must navigate.
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