Object and person detection
Separates people, vehicles and objects of interest from general motion, reducing false alarms from swaying leaves or changing light.
CSIM platform
One architecture, multi-vendor from day one
A software layer on top of your existing security systems. It takes signals from different vendors, converts them into one event format, and passes them to operators so they can decide faster, without replacing equipment you have already paid for.
Simulated
System structure
Three layers, each with a clear job
Separating the layers means a new brand can be added without affecting what operators are using, and each layer can be tested on its own.
Layer 3
Presentation layer
The command center on operator workstations for continuous monitoring, and web pages for managers and reports. Both use the same design language and the same status colors.
Layer 2
Core processing
Merges and prioritizes events, sets escalation rules, links events to cameras and locations, and keeps usage logs for later review.
Layer 1
Device connection layer
A connector for each brand wraps the manufacturer's SDK or a common standard into one interface. A new brand means a new connector, with no change to the core.
Core capabilities
A command center for operators
The screen operators use all shift. It shows the most important thing first and cuts the number of clicks needed to reach the camera you want.
- Multi-camera layouts — arrange from 1 up to 6×6 cameras and switch camera sets by task
- Playback with a timeline — scrub to the time you need on a single timeline, as far as each device model supports
- Evidence export — cut clips by time range and split long ranges into files automatically, as far as each device model supports
- Maps and floor plans — see device and event locations on real maps
- Response procedures (SOP) — when an event occurs, the system shows the steps to follow one by one
- Per-user access permissions — set who can see which camera and what they can do
Device health monitoring
Know before you need the footage
The costliest damage is finding out, just when you need the evidence, that a camera went dark two weeks ago. The system checks device status continuously and alerts you at the first sign that something is wrong.
- Checks connection, authentication and recording in continuous rounds
- Tells you whether the cause is the network, the device, or a changed password
- Summarizes into daily and monthly availability reports
- Can send alerts through the channels your team already uses
Video analytics
AI that runs on your own network
Video analytics models run on servers inside the site. Video does not need to be sent out to the cloud for processing. This suits organizations that have rules about data leaving the organization.
Zone and line rules
Define restricted areas or boundary lines, and the system raises an event when something crosses into them.
Works offline
Processes locally with ONNX Runtime, so it works fully at sites cut off from the internet.
Deployment
Designed for demanding sites
| Topic | SafeAll CSIM approach |
|---|---|
| Deployment model | On-premises by default — all data and video stay on the organization's network |
| Closed networks | Fully supports air-gapped sites. Installation, updates and database updates can all be done without an internet connection. |
| Database | PostgreSQL — an open structure that can be inspected, and does not lock data into a vendor-specific format |
| Scaling | Add devices and sites in phases without changing the core of the system |
| Continuity | Designed for 24/7 operation, with a built-in self-monitoring mechanism |
| Updates | Updates can be installed offline on a closed network, with no internet connection |
Add-on modules
More than a platform — choose extra modules to suit the work
Every module uses the same CSIM core. Start with the parts you need and add more later.
Export Online CCTV
An online system for receiving CCTV footage requests from the public — submit a request on the web, two-level approval, automatic clip cutting, and status updates through LINE, with no trip to the office.
Open City
Opens city camera and sensor data (water level, air quality, traffic) to the public and to agencies according to their permissions, with a real-time public dashboard. Designed specifically for local government.
Video Wall Management
Manage the control room video wall — combine several screens into one image or split one screen into several views, with free-form snap-to-grid layouts, showing video, maps and alerts on every screen at the same time.
SafeAll Decoder
A high-performance video decoder for video walls. It takes H.264/H.265 streams from supported cameras and recorders of different brands and displays them continuously 24/7, with 2×2 to 4×4 layouts per screen.
Recorder Integration
Monitor DVR / NVR / VMS across sites from one point — live view, playback, device health monitoring and event alerts. Supports up to 256 cameras per view (depending on hardware), with no limit on the number of cameras and recorders in the system.
CSIM Platform
The heart of it all — merges events from CCTV, physical systems, IoT and cyber into one operational picture, with response procedures (SOP) whose status is tracked in full, from intake to closure. Thai/English interface.
CCTV-IoT Sharing
Share camera video with the public, recording systems, AI and other agencies
CCTV-IoT Sharing passes camera video to those who need it: the public, recording systems, AI and other agencies.
Share on a website
Share traffic, tourism and security camera video so the public can watch it on a website.
Share to NVR/VMS
Send camera streams to a video recorder.
Share with AI
Send camera video to an AI system to use.
Share between agencies
Share cameras between agencies, so cameras do not have to be installed twice.
- Publish live video from cameras
- Generate HTML code for embedding video on a website
- Proxy camera streams, set to pull continuously or only when someone is watching
- Convert streams between protocols automatically, for example publish over RTSP, RTMP, HLS and WebRTC
- Query and control the server through an HTTP API
- Show camera icons on Google Map and open live video on the web portal
- The web portal supports both registered and unregistered users
- A dashboard summarizing the total number of cameras, portal usage statistics, and offline camera streams
Need the full specification document?
Tell us the scope of your project and the equipment you use, and we will prepare the documents that fit your work.