"Three-pronged Approach" of DeskIn Enterprise Edition: Enhancing Operational Efficiency for the Manufacturing Industry

The manufacturing industry is a vital pillar for economic development. However, traditional manufacturing operational maintenance has remained stagnant, leading to numerous issues such as inefficiency, high costs, and unstable maintenance quality. These problems have also resulted in the difficulty of balancing quality and quantity in the traditional operational maintenance approach. Despite the continuous integration of remote management software in recent years, traditional remote maintenance still exhibits clear limitations in its application.

The remote maintenance transformation brought about by traditional remote control presents distinct advantages: high efficiency, low costs, and easy management. However, the concept of traditional remote control and maintenance first emerged in the IT industry. As a result, in the industrial manufacturing sector where informatization and intelligence have not yet fully proliferated, there are some challenges to adapting this concept. Despite the enduring benefits of remote maintenance, "bottlenecks" in the manufacturing industry are clearly visible.

Traditional remote control currently struggles to meet the requirements of the manufacturing industry, primarily due to the following two reasons:

First, there's the issue of device compatibility. Due to significant differences in operating systems and software versions among various devices, ensuring compatibility between devices becomes a challenge. For instance, a remote control software deployed on certain chips or systems might not be fully compatible, leading to occasional crashes or system failures that ultimately impact production schedules. In such cases, the practicality of using remote control software for maintenance diminishes.

Second, the traditional remote management system lacks standardization and faces difficulties in configuring permissions. For instance, managing permissions across different departments, determining operational permissions for employees working locally, and mitigating the risk of leaking sensitive company information due to inadequate management practices are all challenges.

Despite the continuous advancement of information technology, an increasing number of manufacturing devices can be controlled through PC devices. However, in specific operational processes, there are still many requirements that involve both device and on-site aspects. These requirements go beyond the scope of traditional remote maintenance, and the conventional methods of remote maintenance struggle to address them.

First Tactic: Easy Deployment and Clear Management

Utilizing the batch deployment feature of DeskIn Enterprise Edition, administrators can swiftly accomplish the installation and configuration of all workstations. The deployment code of DeskIn Enterprise Edition can also carry device grouping information, eliminating the need for manual device group management by administrators. Workstations can be automatically associated with respective departments through command lines.

Within the dashboard, enterprises are supported in creating user groups based on their specific business requirements. After binding employee accounts, enterprises can uniformly allocate groups and roles to them. For instance, enterprises can categorize employees by departments such as IT, operations, design, resulting in a highly organized structure that simplifies management processes.

Simultaneously, DeskIn Enterprise Edition offers the ability to configure operational permissions in batches according to employee roles. This eliminates the need for repetitive work by administrators, saving both time and labor costs. Different roles can be granted different operational permissions. For instance, regular members might be restricted from file transfers, copy-pasting, and screen capturing to prevent information leaks. On the other hand, administrators can have the authority to manage user and device operations, including adding, deleting, modifying, and searching for users and devices.

Second Tactic: Advanced Philosophy and Secure Controllability

DeskIn Enterprise Edition not only achieves industry-leading performance in remote technology but also presents more advanced concepts in terms of remote system operation and management.

For instance, the SOS (Secure On-Screen Sharing) endpoint supports running without administrator privileges. IT personnel with administrator rights can temporarily elevate the SOS program to run with administrator privileges during remote sessions. This enables the smooth execution of high-privilege operations such as software installation/uninstallation during remote processes. After the remote session concludes, the privileges are immediately revoked, enhancing the overall security and reliability of the whole remote process.

Furthermore, DeskIn Enterprise Edition ensures network security through the implementation of high-standard secure transmission protocols, asymmetric encryption, and packet filtering technologies. It establishes a robust security foundation through account management, identity authentication, permission configurations for different roles, and device security policies. Empowered by advanced security technologies, DeskIn achieves comprehensive security coverage for user transmissions, data, remote control, and storage. It also provides real-time situational awareness capabilities, enabling end-to-end protection of enterprise information security throughout pre-event, during event, and post-event stages.

Third Tactic: High Speed and Stability and Support

DeskIn Enterprise Edition boasts a network of 200+ global nodes. When conducting remote operations, it connects through nearby nodes, automatically seeking the optimal connection path. Paired with intelligent image algorithms, this setup ensures low latency and a seamless, lag-free experience for cross-border remote work, even in situations with high demands.

With the continuous development of information technology, the application of remote control in manufacturing operational maintenance will become increasingly widespread. In the future, remote control technology will evolve towards greater intelligence and automation, achieving more efficient, secure, and reliable manufacturing operational management. Simultaneously, with the application of new technologies such as the Internet of Things (IoT) and cloud computing, the application of remote control in manufacturing operational maintenance will have even broader development prospects.

All in all, remote control holds significant importance in manufacturing operational maintenance as it can significantly enhance production efficiency, reduce costs, and improve product quality. Looking ahead, as technology continues to advance and application areas continue to expand, remote control technology will provide substantial impetus for the development of the manufacturing industry.