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  • DACS Advantages
  • Traditional Issues
  • Technology Comparison

Reasons Why Enterprises Choose DACS Instead of VDI

  • Wider coverage of usage scenarios
    • Based on the native operating system, it naturally supports mainstream system platforms such as Windows, Mac, Linux, Android, iOS, etc.

    • Make full use of terminal local computing resources to better support 3D HD applications, video applications, graphics rendering, peripheral connection, terminal data acquisition and other scenes

  • More stable business access and better experience
    • Deeply integrated with the kernel at the operating system level, the hardware encryption acceleration capability is fully utilized, resulting in extremely low performance overhead and smooth usage without lag

    • Compared with the native network bandwidth of the application, DACS has no obvious incremental overhead on the network bandwidth and can maintain stable access without latency even in the case of network jitter

    • Keep consistent operating experience with the native system, no forced changes to user habits, smooth operation

  • Lower overall construction cost
    • Distributed and weakly centralized design, less reliance on server resources, less resource overhead, and saving server resource costs

    • Less reliance on network bandwidth, saving the cost of large bandwidth network construction

    • Perfect operation and maintenance system and automated operation and maintenance process, combined with adaptive security mechanism to automatically and dynamically adjust security policies, greatly reducing operation and maintenance costs

Problems with VDI

  • No data classification to separate enterprise and personal data

    No matter office documents, design drawings, financial statements or personal data are all mixed together and managed in a "one-size-fits-all" manner, resulting in "important data cannot be managed", ""value data is difficult to flow ", "over-control of personal data" and other situations.

  • Difficult to balance efficiency and security

    Physical isolation, DLP, VDI and other data security solutions almost all require different degrees of sacrifice of efficiency and experience to enhance security, making security and efficiency a difficult trade-off.

The Difference Between DACS and VDI

Comparison of Key Factors
DACS
VDI
Core Technology
Based on zero trust architecture, innovative new generation kernel-level security sandbox technology
Remote desktop virtualization technology, data security protection is mainly based on physical network isolation
Pre-emptive Interception
Secure workspace is built to block threats and effectively protect enterprise data assets
Physical network isolation prevents abnormal access that does not belong to the working environment and prevents data outflow
In-process Defense
Fine-grained monitoring of access and operations in the secure workspace, accurately detecting and blocking abnormal behavior
The operations in the virtual desktop environment cannot be monitored in a fine-grained way
Post-audit
Support comprehensive and detailed behavior audit analysis and logging
Lack of effective data support in the process of post audit
Network Control
The isolated secure workspace supports enterprises to customize and configure flexible network access policies, and conduct fine-grained 7-layer network access control
It does not have network management capabilities, and needs to rely on other security products for network isolation management
Data Flow Analysis
Support data monitoring and protection of the whole process, and can analyze the flow of data, monitoring the source, path and end point of data
Lack of data monitoring, unable to monitor and analyze the flow of data
Data Secondary Distribution Control
Effectively control the sharing and outgoing of sensitive data to ensure convenience and security
The flow of enterprise data is restricted in the virtual desktop, and once it flows into the personal environment, it is impossible to control the secondary distribution of data
Usage Experience
Support mainstream operating systems such as Windows, Mac, Linux, Android, iOS,and maintain consistent operating habits and experience with native systems
The virtual desktop cannot cover the usage scenarios of the whole system platform, and is not friendly to the support of external devices
Performance Overhead
Deeply integrated with the kernel at the operating system level, the hardware encryption acceleration capability is fully utilized, resulting in extremely low performance overhead
Relying on high-quality network environment, the performance experience loss due to network latency is obvious
Network Overhead
Compared with the native network bandwidth of the applications, DACS has no significant incremental overhead on network bandwidth
Virtualized desktops are primarily synchronized over the network, and smooth desktop synchronization will have great requirements on network bandwidth
Construction Costs
Distributed and weakly centralized design, less reliance on server resources, less resource overhead
Graphical rendering and data computing tasks are all running on the server, so depending on the computing performance of the server, the resource cost is very high
Operation and Maintenance Cost
Perfect O&M system and automated O&M process, combined with adaptive security mechanisms to automatically and dynamically adjust the security policy, greatly reducing the cost of O&M
Large server clusters, high O&M costs, static network policy of physical isolation is extremely difficult to operate and maintain
  • DACS
  • VDI

点击切换项目

  • Core Technology

    Based on zero trust architecture, innovative new generation kernel-level security sandbox technology

  • Pre-emptive Interception

    Secure workspace is built to block threats and effectively protect enterprise data assets

  • In-process Defense

    Fine-grained monitoring of access and operations in the secure workspace, accurately detecting and blocking abnormal behavior

  • Post-audit

    Support comprehensive and detailed behavior audit analysis and logging

  • Network Control

    The isolated secure workspace supports enterprises to customize and configure flexible network access policies, and conduct fine-grained 7-layer network access control

  • Data Flow Analysis

    Support data monitoring and protection of the whole process, and can analyze the flow of data, monitoring the source, path and end point of data

  • Data Secondary Distribution Control

    Effectively control the sharing and outgoing of sensitive data to ensure convenience and security

  • Usage Experience

    Support mainstream operating systems such as Windows, Mac, Linux, Android, iOS,and maintain consistent operating habits and experience with native systems

  • Performance Overhead

    Deeply integrated with the kernel at the operating system level, the hardware encryption acceleration capability is fully utilized, resulting in extremely low performance overhead

  • Network Overhead

    Compared with the native network bandwidth of the applications, DACS has no significant incremental overhead on network bandwidth

  • Construction Costs

    Distributed and weakly centralized design, less reliance on server resources, less resource overhead

  • Operation and Maintenance Cost

    Perfect O&M system and automated O&M process, combined with adaptive security mechanisms to automatically and dynamically adjust the security policy, greatly reducing the cost of O&M

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