Description

robobrain.NEUROS (= Neural Robotic Operating System) is the industrialized operating system for intelligent robotics. The innovative basic principle is that every feature of the robotic components becomes a skill on the industrialized OS – easily obtainable via the robominds Skill Store, adaptable to individual needs or self-developable thanks to the robominds Skill SDK. 

In many ways, robobrain.NEUROS helps its users to improve their economic efficiency and saving in resources. Parameterising and configuring instead of programming: the profitability of this simplified adaptation of own processes and hardware is plain to see. Because the process is at the center and provides the intelligence itself, it remains flexible and scalable to further installations. This ensures investments and allows responses to changed products and production processes.

Those who want to automate their process, either can reach for the existing skill or optimize it to their own requirements. Alternatively, one can develop a skill entirely on its own– thanks to the numerous integrated assistants and wizards based on a framework that already has many functions. When the new or adapted skills are trained, the patented robominds-process impresses once again with its resource savings: Thanks to the unique physics simulation environment, the most complex AI models can be trained within a few hours – without humans or machines having to be involved in the physical learning process.

Innovations

robobrain.NEUROS transforms into intelligent robotics what is already commonplace on smartphones: a flexible, expandable operating system with high availability, which enables – much more: encourages – acquisition, adaptation and creation of own applications (here: skills). The platform is optionally extendable with many various skills: vision skills such as item picking or bin picking, control skills for easy programming of robots or fleet management of several robot cells or driver skills for various robots, grippers, cameras, etc. 

With the accessibility of the system, also for many hardware components, robominds does pioneering work: Until now, operating systems often fail due to one-dimensionality however now robobrain.NEUROS sees not only a robot. A robot cell with two robot arms can run on this OS as well as a mobile kitbot – application scenarios from simple fleet management to complex factory automation occur on robobrain.NEUROS without any problems. For one’s own application development and adaptation, the SDK not only offers a comfortable programming environment within the existing framework, but also impresses with its groundbreaking training possibilities within the patented physics simulation environment.

Market relevance

Shorter product cycles and the production from the quantity of one sets completely new requirements on present production and material flow. In short: flexible processes are becoming increasingly important for all businesses. This puts the process more and more into the spotlight as the process is the essential core of today’s production. robobrain.NEUROS makes valuable process knowledge easier to access; at the same time, data security, data integrity and trusted AI are safeguarded through adherence to European standards – mandatory in the digital world, especially in the production environment.

The conversion into adaptive mechanisms affects almost all processes involved in the production of material or goods flow. Especially in robotics, the potential for flexible applications is used, and thus is becoming ever further diversified and finding its way into different environments and applications. In particular, the new fields of robotics, such as logistics or medical, are growing the fastest – and therefore the market potential for robobrain.NEUROS. The market that can be reached is already several billion euros worth just in the European area and is gaining in importance, as current market studies (or example from IFR) show.

NEUROS is already used by companies in different industries. Especially in the automotive industry, in pharmaceuticals and diagnostics and in intralogistics. The modular approach allows more and more new areas to discover the benefits for their processes. This gives robobrain.NEUROS a massive spreading potential and paves the way for different industries and their processes to learn and to profit from each other. robomind’s goal is to maintain its leadership in the existing areas and to discover and develop new fields.

Customer benefits

Flexible systems gain independence of the hardware. This means, that standard components can be used and the process can be adapted over their entire lifetime. In this way, applications can be implemented not only cost-effectively, but also secures investments for the future. Of course, these advantages also apply to the areas of commissioning and usability – uncomplicated, fast and far-reaching thanks to artificial intelligence. In addition, process intelligence is the key element of the platform and key benefit for users. 

The user buys process knowhow with the skills. Instead of elaborately own process development, there is a simple purchase process. This significantly shortens the path from the laboratory to the store floor – and with it the customer’s innovation cycle. After all, you don’t “just” buy an application in the Skill Store but tested knowledge in the form of skills. Every skill available for download in the robominds Skill Store is not only tested and proven many times, but also must pass an independent quality control – trusted AI at the highest level. 

The networking of all robobrain devices in the robobrain.cloud deepens this process intelligence also on the hardware side. The fact that this is done as efficiently as possible is also due to the distributed skill engine, which carries out the different skills required on the optimal robobrain device – always individually adapted to the current situation and constellation thanks to artificial intelligence. robobrain.NEUROS is technologically optimized for fast execution of AI models and has a proprietary, real-time capable inter-skill communication protocol. This cloud availability also allows complete remote access to the individual process components, even from outside the network.