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What is Robot as-a-services?

    • 625 posts
    September 14, 2022 5:59 AM +0430

    What is Robot as-a-services?

    Many people are now familiar with the pay-as-you-go or subscription-based service model of software as a service (SaaS) or big data as a service (BDaaS). Those that sign up for robots as a service, in a similar setup, reap the benefits of robotic process automation by leasing robotic devices and utilizing a cloud-based subscription service rather than owning the equipment altogether.To get more news about Robotics as a Service, you can visit glprobotics.com official website.

    RaaS solves ownership issues including paying off a large piece of equipment and coping with unanticipated maintenance issues. Robots as a service (RaaS) is fast expanding, according to all signs. According to ABI Research, there will be 1.3 million RaaS installations by 2026, earning $34 billion in revenue.
    Rise of Robot as a Service (RaaS)

    The "as a Service" mentality is becoming increasingly common in today's workplace and is extending to new areas of employment. "Robotics-as-a-Service (RaaS)is one of these new areas. RaaS takes robotics capabilities and eliminates the initial expense of traditionally costly automation improvements.

    RaaS is a cloud-based "robotic rental" system that enables customers to include the capabilities they require when they require them, upgrade or downgrade systems as needs change, and deploy robotics without the infrastructure required by more traditional robotics implementations.
    RaaS operates by combining on-site robotic gear with cloud-based programming and automation, allowing customers to provide power, train the robot, and begin using it. This functionality enables users to quickly ramp up production and lower the initial installation cost, and adjust capabilities on the fly.
    A robot installation often needs significant computational power, utilities, and experience, and that's just to get it up and running.

    Because the computational power and expertise are already established at the service provider, the cloud-based robotic system eliminates many of the upfront needs, leaving just the requirements for on-site hardware (physical installation and power).

    Having an established control system and control infrastructure decreases the user's initial expenditure significantly because they do not need to acquire such items in addition to the robot.
    Furthermore, if needs change, the system may be updated or lowered as needed. This avoids unneeded robots from using valuable resources such as floor space, electrical power, and processing capacity as explained in the article.
    Rather than reusing an outmoded robot for a work it may or may not be fit for, a new robot that is matched to the job may be brought in and started producing while the old robot is returned to the service provider.
    RaaS also makes robotics more scalable, which has been a stumbling block for robots in the past. Traditional automation's scalability is hampered by high upfront costs, implementation difficulties, and the prospect of asset degradation and obsolescence. RaaS's lower-cost, more flexible paradigm.

    Today's businesses can automate a wide range of processes, opening the stage for large-scale robots deployment. Hundreds of different robot models with varying capabilities can be used in industrial settings. Because of the cloud's ease of usage, RaaS allows you to scale up to that level.

    RaaS cloud services would show them where they might automate even further and which machines could accomplish the work.

    As they grow, the reduced upfront expenditures and faster deployment processes help to keep interruptions to a minimum. If the tenant needs additional space back, they could do so without disruption, too, since they would return machines to the vendor.