RoboticsX
First Industrial Smart Robot X-1:
how and why?
Peter Boras, CEO & Founder of RoboticsX
Disrupting industries in Internet-of-Things /
„Industry 4.0“ way
RoboticsX Mission
The transformation of Factory floor is a
necessary step towards greater dream - to
bring Industrial Robotics to Space and helping
us start exploring the other Worlds.
Development of Industrial grade Autonomous,
Intelligent systems and solutions from Factory
floor to Space Missions.
Pilot project with Yaskawa
Development and Showcase of First Global Predictive Maintenance
Pilot solution for Yaskawa Robots.
Predictive Maintenance in Action
Showcase of Real-time Predictive maintenance solution in action.
Currently testing scalability of solution up to 3.000 simulated units at
once.
RoboticsX First Space Mission
RoboticsX team together with external partners launched first space
capsule to stratosphere on 19th March 2016
RoboticsX Steps in Industry 4.0
Digital Factory
Complex Event Processing
Predictive Maintenance
Collecting Data from
Factory Floor in safe and
reliable way.
Advanced Data Analytics
to predict malfunctions.
Alarming
Automatic or Manual
response to monitoring
events
Through Active
monitoring and control
optimizing defined
production KPIs
Fusion of heterogenuous
production systems with
principles of
interconnected,
interactive, cognitive
systems resulting in
production systems
capable of auto-adapting
to changing conditions
RX Solutions & R&D Strategy
Focusing on 4 biggest Industry 4.0 potentials:
I.
II.
III.
IV.
PrM - Predictive Maintenance
Digital Factory
CEP - Complex Event Processing
RAS – Robotics and Autonomous Systems
Team, Knowledge, Partners
Fusion of Digital Knowledge
and Robotics Leaders as Strategic Collaboration
X1 – Smart Robot
Communicates about upcoming
maintenance needs or threats.
Calculates and reports KPIs.
Alarms about its status and
changes to various people
within organization.
Manages and reports about
its tools.
Defends itself against
cyber attacks.
Integrates easily to
production systems.
Empowers 3rd parties to
develop applications cost
efficiently using
standard web technologies.
Communicates and collaborates
with co—robots, its peripherals
and other industrial machines
Does rollback to last working
configuration in case
of malfunction.
Accepts new working tasks
in real-time.
Allows to be securely remotely
managed by authorized personnel.
Adapts its work tasks in real-time
depending on environment status.
Presents its capabilities to other
production machines and systems
and is accepting new work tasks
from them.
Securely stores its operational
data and data about products it
is working on.
X1 – Smart Robot