Yes, BriefCam can be deployed within a distributed architecture that is comprised of a local BriefCam system at each site communicating back to a centralized Hub system that aggregates the business intelligence metadata and real-time alerts from all of the sites.
All of the BriefCam platform services can be deployed on multiple servers simultaneously. For some of the services, you will need to use 3rd party monitoring tools to automate the automatic high availability components.
BriefCam is hardware vendor agnostic. Certain server vendors have BriefCam-specific part numbers, however as long as the specifications are met, the manufacturer is irrelevant.
The BriefCam has a cloud demo available that is accessed through the Google Chrome browser by visiting https://demo.briefcam.com/. An account can be requested via your Regional Sales Director.
BriefCam supports the deployment of its software on cloud-hosted machines.
Yes, BriefCam supports a virtual architecture. The architecture is not affected by the deployment on a virtual environment as the components and requirements remain the same as long as the virtualized server has dedicated resources that match those of its physical equivalent. The virtualized server’s dedicated resources must not be shared between other instances or virtual machines as this can create a situation where certain services would not receive the required resources.
Yes, BriefCam supports an on-premises architecture.
The BriefCam Processing Server requires an NVIDIA GPU to process video. The exact model and amount of GPU cards required will depend on the requirements of the resolution of video to be processed along with the number of hours of video to process per day.
For a system with a large video processing requirement, multiple GPUs can be installed in each processing server, as well as the ability to utilize multiple processing servers simultaneously.
Each GPU installed in the BriefCam server must be assigned to process video in a specific processing mode, either for on-demand processing (REVIEW and RESEARCH modules) or for real-time processing (RESPOND module), a single GPU cannot process video both real-time and on-demand.
The recommended hardware for a specific project will depend on a few variables, the most significant variables that affect the hardware recommendation are based on the resolution of the video to process and the number of hours of video to process per day.
When a new video processing request is submitted, the VIDEO SYNOPSIS® technology Server (VSServer) will query each individual Processing Server (PS) to determine which server has spare bandwidth to process the requested video and will automatically assign the next available PS server to process the request.
NOTE: The capacity of each PS server to process video is based on a few different factors such as the resolution of the requested video to be processed along with the graphical processing unit (GPU) specifications, namely the total memory and TFLOPS (peak single precision FP32 performance).
BriefCam currently uses NVIDIA GRID on the cloud demo platform and can confirm that it is supported and working.
BriefCam supports license plate recognition (LPR) through optical character recognition (OCR) technology. Our LPR engine requires that the text on the license plate is at least 10 pixels in height.
The BriefCam processing engine can identify and track objects in any type of environment given that they meet the resolution limits with regards to the minimum edge pixel length.
BriefCam is camera agnostic and can process a video feed regardless of the source if the resolution and frames per second (FPS) requirements are met.
BriefCam supports processing H.264, H.265/HEVC, MPEG-4, and H.263 video codecs.
BriefCam supports processing .AVI, .MKV, .MPEG4, .MOV, .WMV, .DVR, .ASF, .RT4, .DIVX, .264, .H264, .H265, .GE5, .TS, .3GP, .XBA (single & multi-stream), .MP4, and .FLV video formats.
BriefCam’s processing engine currently relies on a static background for accurate object tracking and will be able to process the PTZ camera when the video is stationary and in a preset position for longer than 2 minutes.
Today, the BriefCam object extraction and the VIDEO SYNOPSIS® technology engines depend on static backgrounds, which rule out processing of body camera or dashboard camera video.
Yes, BriefCam can process 360-degree cameras.
Yes, BriefCam supports video processing from infrared, thermal, and black and white cameras. BriefCam Class categories (People, Two-Wheeled Vehicles, Other Vehicles, Illumination Changes, and Animals), as well as object behaviors (Speed, Size, Direction, and Dwell) will still be usable and accurate while object Attributes, such as Color, Appearance Similarity, and Face Recognition will have a lower level accuracy depending upon the video quality.
The minimum FPS that BriefCam recommends to process is 8 FPS and the maximum FPS that BriefCam recommends to process is 30 FPS. The BriefCam solution can process video lower than 8 FPS and higher than 30 FPS but the performance of the object tracking might be affected.
The minimum resolution that BriefCam natively processes is CIF (352 x 240) and the maximum resolution that BriefCam natively processes is 4K (3840 x 2160). The BriefCam system can process larger camera resolutions but will need to be configured during the installation process.
|Minimum large edge (pixels)||Minimum small edge (pixels)||Relevant classes|
|32||12||High level classes (Person, 2-Wheeled Vehicles, Other Vehicles, Animals)|
|64||32||Man, Woman, Child, & all of the Person Attribute classes|
|40||20||Car, Pickup, Van, Truck, Bus, Train, Airplane, Boat|
Yes, multiple directories and VMS integrations can be installed on a single BriefCam server and different cameras can be activated on each of the connected directories/VMS integrations.
Yes, BriefCam supports a federated architecture. When selecting a camera source, the federated camera list is presented within the BriefCam platform allowing users to select the desired cameras.
BriefCam’s Video Integration API (VIA) is a generic HTTP RESTful request-based plug-in that enables third party integration with BriefCam including real-time (RSTP) video ingestion.
Click to see the full list of supported VMS.
BriefCam can currently be installed on Windows 11, Windows 10 Pro version 1803 or higher, Windows Server 2016 or and Windows Server 2019. Note that Windows 11 and Windows 10 Pro is not supported for the RESEARCH component.
The BriefCam credentials are hashed using a one-way hashing function according to RFC 2898, https://www.ietf.org/rfc/rfc2898.txt, using a standard .NET framework implementation.
The video management system (VMS) and active directory (AD) credentials are stored using the standard symmetric Rijndael encryption implementation, or Advanced Encryption Standard (AES), provided by the .NET framework.
From v5.4.1, BriefCam supports PostgreSQL as the database. PostgreSQL is part of the BriefCam software installation package.
In large scale systems, MongoDB should also be installed for the storing of BLOBs (in addition to PostgreSQL). MongoDB can be installed using BriefCam’s MongoDB installer.
BriefCam is licensed on a per-sensor basis, so for example, if you have a camera with 4 sensors, then you will need 4 camera licenses.
BriefCam will provide a temporary license in order to test the functionality of the system using your own environment with the approval of someone from the Sales organization.
The BriefCam license purchase is a one-time cost. Recurring costs are related to annual Maintenance which is required for the 1st year but optional thereafter.
BriefCam is licensed according to the specific variant (e.g. Investigator (single user or multi-user), Insights, or Protect). For specific variants, expansion licenses can be purchased to increase the following aspects:
BriefCam offers 4 different product license variations:
|File-based||VMS-based||VMS-based||File & VMS-based|
|REVIEW Only||REVIEW, RESEARCH, RESPOND||REVIEW||REVIEW, RESEARCH, RESPOND|
|Single-user | Multi-user||Multi-user||Multi-user||Multi-user|
|GA Date||The date when a product is made generally available.|
|Major Version||Up until v6.4, the major version is defined by the number to the left of the decimal point.
Beginning with v2023 M1, the major version is defined by the inclusion of the letter “M” in the product name.
|End of Sales||No new licenses of the product will be available for sale.||Any product that is not the current GA version or the immediate previous GA version.|
|End of Support||No support will be provided and upgrades from this version will not be available.||Any product that is not the current major GA version or the immediate previous major GA version.|
|Bug Fixes||To benefit from a bug fix, customers must upgrade to the latest version.||The current GA version.|
|End of Life (EOL)||The date after which no support of any kind is available for the specific version.
No support will be provided, no bugs will be fixed, and no update packs will be released.
|Any product whose GA release date was more than 3 years ago.|
Note: Versions mentioned above include any update packs that were released for those versions.
Only customers with BriefCam products that are currently covered by a valid Support and Maintenance contract are entitled to the benefits set forth by the End-of-Life Policy. BriefCam may continue offering Support services beyond the standard EOL date at its sole discretion and reserves the right to charge additional fees for continuing Support services on any EOL products. BriefCam reserves the right to reduce or amend Support services offerings available for renewal under this policy at any time in its sole discretion, with or without notice.
BriefCam has two major releases per year centered around the ISC East and ISC West security trade shows.
BriefCam v4.x reached the end of life (EOL) date on June 30th, 2020.
BriefCam is supported with a combined effort between First Level support, which is provided by the Reseller’s trained support personnel to supported end-users, and Second Level support, which is provided by BriefCam support personnel in the form of an online knowledge base and an online ticketing platform.
An active annual maintenance contract includes software updates, upgrades and enhancements, software patches and bug fixes, and Second level support through either email, telephone, and/or remote connectivity software.
The BriefCam Open API (BOA) is a unified REST API allowing developers to introduce BriefCam functionality into their own applications. The APIs allow for:
BriefCam’s Video Integration API (API) is a generic HTTP RESTful request-based plug-in that enables third party integration with BriefCam solutions, including real-time (RSTP) video ingestion.
The BriefCam Respond Outbound API enables integration of BriefCam alerts into third party alerting infrastructure by issuing a generic RESTful call to the third-party alerting custom endpoint with detailed information on the alerting event, a downloadable thumbnail, and a downloadable video clip.
The BrieCam Hub Outbound API is for customers with multi-site deployments who want to send alerts from the Hub to a third-party system. The Hub Outbound API includes all the data sent in a regular Outbound API (as described in the RESPOND Alerts Outbound API section above) – with some additions: All objects of a multi-object alert (count-based and proximity alerts) are sent and not just a single object (as in the RESPOND Alerts Outbound API). For each object, the alert data (such as the event time) and the thumbnail URL are included. NOTE: This feature requires a dedicated license.
BriefCam’s System Events API can send a message to a webhook provided by the user whenever a new event is registered in the BriefCam Administrator Console. This message includes the severity of the system event, the type of system event, the time that the system event occurred, and a description of the system event including camera name, camera ID, camera external ID, and error.
Depending on which Video Management System (VMS) BriefCam is integrating into, a Respond alert can be immediately sent to the Alarm Manager within the VMS. Otherwise, you will be notified within the BriefCam GUI natively or the Respond Alerts Outbound API can be utilized to send alerts into third party alerting infrastructure.
Using the BriefCam RESPOND module, you can easily filter through alerts similarly to the REVIEW module, watch a synopsis of alerts, and create an investigation case when a suspicious alert is received.
Using a Real-Time Respond Alert, you can be notified within 5 seconds based on Face Recognition Watch List(s).
BriefCam’s RESPOND module helps you receive Real-Time Alerts, Smart Alerts and People Counting alerts for critical events to increase safety and security with proactive responses.
The BriefCam GUI is accessed through the Google Chrome, Mozilla Firefox or Microsoft Edge web browser by navigating to the server’s hostname or IP address (NOTE: Only the Google Chrome, Mozilla Firefox and Microsoft edge web browsers are supported at this time).
The BriefCam GUI can also be embedded within the Genetec Security Center and Milestone XProtect Smart Client video management system (VMS) software platform.
BriefCam has completed a comprehensive audit of its systems and has reasonably established that its products are not impacted by the critical Apache Log4j vulnerability known as CVE-2021-44228.
BriefCam uses a variety of various technologies, including IIS, Google Chrome, Visual Studio 2015, C#/C++, .NET, nodeJS, TensorRT, OpenCV, and PostgreSQL.
The following firewall ports should be available when installing BriefCam. The installer will create the relevant Windows firewall rules for these ports.
|BI Face Recognition Service||TCP 13004|
|Face Recognition Matching Service||TCP 13002|
|Filtering Service||TCP 13001|
|License Service||TCP 1947|
|Lighthouse Service||TCP 2552, TCP 2553, TCP 2554, TCP 2555, TCP 2556, TCP 2557|
|LPR Matching Service||TCP 13003|
|Notification Service||TCP 7080|
|Rabbit MQ||TCP 5672|
|Video Streaming Gateway Service||TCP 5010|
|VSServer Service||TCP 1112, TCP 1113|
|Web Services (BOA, ProWebApi, AdminWebApi)||HTTP (80)|
|Large scale only|
|BI Hub Export Gateway||TCP 5007|
|Outbound API Gateway||TCP 5005|
|Hub SSO Gateway||TCP 5008|
RESEARCH (BI) Ports:
|RESEARCH (Qlik)||Port #|
|HTTP||TCP 8090||Inbound / Outbound|
|HTTPS||TCP 443||Inbound / Outbound|
|API ports||TCP 4242, TCP 4243||Inbound / Outbound|
|Qlik Sense Engine Service||TCP 4747||Inbound / Outbound|
|Broker Service||TCP 4900||Inbound / Outbound|
|Qlik Sense Repository Database (QRD)||TCP 4432||Inbound|
|Qlik Sense Printing Service (QPR Listen Port)||TCP 4899||Inbound / Outbound|
|Qlik Sense Logging Service||TCP 7070||Outbound|
|License Service||TCP 9200||Outbound|
The following ports should be opened to traffic coming from the end users’ browsers.
|Web Services||HTTP (80)|
|RESEARCH||HTTP (8090)||Not needed when using a load balancer|
|Video Streaming Gateway Service||TCP 5010|
|Notification Service||TCP 7080|
Yes, BriefCam supports both the LDAP/LDAPS and the SAML protocol.
For Microsoft Active Directory, the user will need to have read permissions in order to connect and synchronize the desired users/groups/organizational units.
No, BriefCam does not have any issues if the server(s) are joined to a domain.
For deployments with less than 300 cameras on site:
For larger deployments, consult with your BriefCam representative.
BriefCam can create either a Basic Custom Dashboard, which includes up to 6 widgets for video sources only, or can create an Advanced Custom Dashboard, which includes up to 10 widgets for video sources and up to one external source. This service is purchased under a separate product SKU.
You can also use the Chart Suggestions and Insight Advisor to auto-generate and prioritize relevant charts and analytics.
BriefCam comes with an extensible library of over a dozen vertical-specific dashboards for quick and easy onboarding out-of-the-box.
BriefCam® invented and owns the worldwide patents for the VIDEO SYNOPSIS tool, an innovative approach that allows organizations to review hours of video in minutes and sometimes seconds. The VIDEO SYNOPSIS innovation superimposes objects on a stationary background, simultaneously displaying events that have occurred at different times, with the ability to link back to the original video.
BriefCam uses SSL encrypted pages and regularly performs code reviews but we do not perform any penetration tests as the software is intended to be installed on an internal network which is not exposed to the outside world (except in the case of a connection through a secure VPN).
While BriefCam, the company, does not store personal information on individuals either by itself or through its users, You, the user/customer, are collecting and/or processing personal information on individuals and storing such personal information at your site on one or more servers that include the BriefCam product, in accordance to your own settings and preferences. With that said, BriefCam’s software is a GDPR compliant product that includes tools that can help you in your compliance efforts with GDPR.
BriefCam provides online training and either remote and/or on-site training depending on the requirements. There are separate training modules for different audiences such as End Users, Installers, and System Administrators with a dedicated syllabus outlining the agenda for each module.
For more information regarding our Self-Paced or Instructor-Led training offerings, visit our User Training page or BriefCam’s Training Portal.