CORVINA Cloud is the cloud-based, Open Industrial IoT Platform that provides the technology you need for the industrial world. It is The Industrial Cloud.
It connects any products, plants, systems, and machines, be they new or legacy. It allows the data generated by the Internet of Things (IoT) to be processed simply and intuitively with advanced analysis. It bridges layers between IT and OT architecture, providing effective tools to access all the industry 4.0 benefits, such as asset performance management, predictive maintenance and OT remote monitoring.
Our Technology that allows you to implement at scale and securely Your solution to Your problem: how to maintain competitiveness, grow and maybe just to disrupt.
The business model provides three type of configuration:
Remote Access and Edge Management allows to securely and easily connects your edge devices and your machines.
It is an advanced connectivity management solution that allows you to manage your IIoT business. The user interface is incredibly easy to use.
The web-based solution makes all your remote devices, networks and users to communicate securely, to manage updates on devices and to connect endpoints (PLCs, Drives, etc…).
EXOR has a long history of making Industrial software. EXOR has always been concerned with the effectiveness, efficiency and satisfaction with which specified users achieve precise goals in particular contexts.
CORVINA Cloud continues this tradition.
Upon the first startup, the user will find it easy to become familiar and able to use CORVINA Cloud’s user interface. It is easy for the user to achieve their objective, navigating smoothly between the various high-level functions of the platform. Moreover, software design has also made it easy to recall the multiple services available on CORVINA Cloud as well as how to use them on subsequent visits.
Deep consideration as to how our clients will use the software leads to a rapid onboarding of the platform and hence faster access to industry 4.0 benefits.
Easy upgrade, easy customization and ongoing cost savings
Highly specific access constraints to data and function
Customize Dashboard with implementing Widget, KPI, data analisys functions. Offering great deal of flexibility. Data is not tied to resources or methods.
Autonomously increase profits creating dashboard that shows you relevant data for your business. Placing the visual design in line with your brand provides good secondary sales.
Optimize the Device connection allowing the creation of Profiles for machine models. Protect plant uptime and safety minimizing the number and impact of abnormal situations thanks to the prompt information received by Email notifications.
Simplifies the process of connecting any device to the cloud.
Possibility to implement all the functions related to the positioning of the device (Route, GeoFencing, ...)
INDUSTRIAL EDGE COMPUTING HARDWARE: THE KEY TO INDUSTRIAL CLOUD ADOPTION
Edge computing devices are generally devices that provide entry points into enterprise networks. This means the average router or switch used in white-collar offices is actually an edge computing device. While popular hardware may work excellently in controlled environments, it will struggle to function as industrial edge computing hardware in factories or facilities where heavy-duty equipment works round the clock or where physical contact is constant. The challenge in finding applicable, long-lasting hardware represents one of the reasons why 41% of stakeholders struggle with adopting industrial cloud within their facilities.
HOW TO MIX EDGE COMPUTING AND CLOUD COMPUTING ARCHITECTURE FOR YOUR BUSINESS
As far as computing within industrial ecosystems is concerned, enterprises deploy one of the three available options, or a mix of them. These computing options are on-premise IT architecture, cloud computing, and on-premise cloud ecosystems. Although the location of data centers differentiates these three options, they handle data analytics and computing from a centralized data center and network. Edge computing, on the other hand, makes use of small, portable, decentralized data centers and servers which reduces the distance between the data producing point.
The introduction of automated systems within industrial facilities and operations spearheaded the increase in productivity and accuracy manufacturers currently benefit from. For example, the manual installation of pistons in automobiles witnessed a reduced error rate from 1.5% to approximately 0.00001% when automation was applied. Although the different types of industrial automation systems have reduced error rates, challenges such as data loss, security, and maintenance still exist. This is where industrial cloud computing technology comes in.