AcuPick 2.0
Introduction
AcuPick is a true video search engine that can quickly locate the information you need. For a better user experience, AcuPick 2.0—introduced in 2024—offers advanced features encompassing multiple pre-search, multi-type search, intuitive result viewing, and seamless integration with third-party platforms and cameras. This upgrade affords users more speed, more accuracy, more convenience, and more compatibility in search capabilities.
Development History
Highlight
Quickly and Accurately Locate Target
AcuPick 2.0 supports quick target location through various pre-search by attributes, intrusion with IVS self-learning technology, and image search before using the AcuPick function.
Quickly and Accurately Locate Target
AcuPick 2.0 supports several types of search targets, including not only humans and vehicles, but also human faces and animals.
Quickly and Accurately Locate Target
AcuPick 2.0 by NVR supports AI, integrates with third-party and Dahua cameras, and reduces thresholds and costs. AcuPick 2.0 also seamlessly integrates with third-party platforms via CGI/SDK, enhancing flexibility and scalability.
Quickly and Accurately Locate Target
AcuPick 2.0 supports searching for the movement trajectories of targets on the map and allows batch management of search results.
Quickly and Accurately Locate Target
Pre-search by Intrusion or Tripwire
AcuPick 2.0 supports pre-search by intrusion and tripwire. With AcuPick, users can draw an irregular intrusion rule or tripwire to search for video clips in the preview and playback page, helping users to quickly and easily identify the target that entered the area. Users can click on the thumbnails to quickly lock the target and activate AcuPick.
IVS Self-learning Technology Reduces False Alarms
To enhance the accuracy of pre-search by intrusion or tripwire, AcuPick 2.0 has launched the IVS self-learning technology, which can eliminate common false alarms in the same scenario by manually adding false alarms to the experience database.
*Supported by WizMind S Series IPC, WizMind X Series IPC and SD6C/5/4-G Series(Except 8MP SD models).
Pre-search by Attributes
Before using AcuPick, it is necessary to locate the target. However, in some scenarios, one may not know the exact time and place where the target appears but only know some attributes of the target. To address this, AcuPick 2.0 now supports pre-search by attributes, which can select attributes according to the known information of the target and search for targets that match the attributes.
*Supported by WizMind S Series IPC and WizMind X Series IPC.
Rich Search Types
Newly Supports Animal Search
AcuPick 2.0 supports target searches for humans, vehicles, and animals. Its precise detection and tracking capabilities make it an ideal choice for enhanced security and surveillance, catering to a wide range of applications.
*Supported by WizMind S Series IPC, WizMind X Series IPC and SD6C/5/4-G Series(Except 8MP SD models).
Search with Face Recognition
AcuPick 2.0 can be simultaneously enabled with face recognition on NVR5-EI2, NVR5-XI or NVR6-XI. When both functions are active, individuals exhibiting suspicious behavior can be identified and tracked. If such a person re-enters the premises, the system accurately alerts security personnel using face recognition, enhancing safety and security efficiently.
Better Compatibility
AcuPick by NVR
AcuPick 2.0 supports AI by NVR, making it compatible with third-party cameras and Dahua general cameras. Not only can it lower the threshold for use, but it can also help reduce construction costs. (Supported by NVR5-EI2, NVR5-XI(customized firmware) or NVR6-XI(customized firmware)).
Compatible with Third-party Platforms
The AcuPick 2.0 function can seamlessly and deeply integrate with various third-party platforms by supporting open CGI/SDK. The compatibility upgrade significantly enhances the flexibility and scalability of AcuPick, enabling it to fit broader application scenarios.
Easily Trackable
Target Track Query
With AcuPick 2.0, users can review the trajectory of the target they are searching for on the map, enabling them to quickly locate and identify the target in time.
