AI-native PSIM for large-scale operations
Run security and infrastructure across vast territories from a single centre
QuantumX PSIM brings distributed sites, video surveillance, access control, sensors and response teams together in one intelligent platform.
One platform. Every site. Complete operational visibility.
Territory under continuous monitoring
- Camera
- Access point
- Fire detector
- IoT sensor
- Tracked vehicle
- Mobile team
One platform
Disconnected systems become a single situational picture
Security and engineering systems usually grow one at a time, each with its own console and its own operator. QuantumX PSIM sits above them, normalises their data and turns parallel streams into one shared view of what is happening.
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Diagram: ten source systems on the left converge into the QuantumX PSIM core in the centre, which then feeds the command centre, mobile teams, analytics and AI agents on the right.
Existing equipment stays in place. Integration happens through connectors, SDK and API rather than replacement.
Scale
From a single site to a national network
The same platform model works at every level of an organisation. Operators see their own area, regional centres see their territory, and the central command level sees the whole network — under one set of rules.
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Scaling visualisation: a single site expands step by step into an industrial cluster, a network of sites, a region, several cities and finally a national command level.
Unified monitoring
One event model and one interface across every level of the network.
Centralised management
Policies, protocols and reference data are maintained centrally and applied everywhere.
Local situational centres
Site teams keep full control of their own area with the context they need.
Regional centres
An intermediate layer that aggregates sites and coordinates shared resources.
Central command level
A consolidated picture of the entire network for executive decision-making.
Access segregation
Roles, territories and data visibility are defined per user group.
Common response standards
The same protocol is executed the same way at every site.
In real time
How an incident moves through QuantumX
One composition, seven states. This is the operational loop the platform is built around — from the first signal to the closing report.
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Seven-stage vector composition showing one incident travelling from detection through correlation, risk assessment, operator decision, response dispatch, execution control and final reporting.
Industries
Built for the way each sector operates
Select a sector to see how the territory model, event types and response scenarios change. The platform stays the same; the configuration is what adapts.
Production sites combine a controlled perimeter, hazardous zones, heavy vehicle movement and contractor access — usually monitored by systems that were installed separately.
Scenarios
- Perimeter control
- Production zone monitoring
- Unauthorised access detection
- Vehicle and traffic control
- Fire safety
- Emergency service coordination
- Remote facility monitoring
AI agents
Intelligence that helps you act
AI in QuantumX is part of the operating loop, not a chatbot bolted onto a dashboard. Agents work on live events, prepare context and take routine steps so operators can concentrate on judgement.
Incident Agent
Groups related signals from different systems into a single incident instead of a stream of separate alarms.
Operator Copilot
Explains what is happening in plain language and proposes the order of actions from the applicable protocol.
Response Coordinator
Suggests the right service or mobile team, tracks acceptance and keeps the response sequence on schedule.
Investigation Agent
Reconstructs the timeline of an event across video, access and sensor records for review.
Reporting Agent
Prepares shift, incident and period reports from the data already captured in the platform.
Maintenance Agent
Detects equipment that has stopped reporting, degraded or drifted out of its expected behaviour.
Knowledge Agent
Finds the relevant regulation, instruction or procedure for the situation in front of the operator.
Human in the loop
AI helps analyse situations and handles routine operations. Critical decisions remain under human control, and every automated step is logged and reversible.
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Orbital diagram: seven AI agents circle the QuantumX core, each connected to it by a data link, with the human operator layer positioned above the automation layer.
Command centre
The operator's working surface
A single screen holds the territory, the event stream and the incident being handled. Everything shown here is an original QuantumX composition built from SVG and HTML — sharp at any size, from a laptop to a video wall.
Sites
Territory
Event feed
Risk- 09:41:07CAM-14Perimeter crossing detected
- 09:41:09ACS-06Door held open, west gate
- 09:41:12AI-INCSignals correlated into one incident
- 09:40:55IOT-31Vibration above threshold
- 09:38:20CAM-09Camera stream restored
- 09:35:02GPS-04Patrol unit entered sector
Incident
INC-2481Unauthorised perimeter access
HighSITE-04 · West perimeter
Motion at the west perimeter confirmed by two cameras while an access point reported a door held open in the same zone. Correlated as one incident.
Correlated signals
- CAM-14 · video analytics
- CAM-15 · confirming view
- ACS-06 · door held open
- IOT-31 · fence vibration
Timeline
- 09:41:07Event registered
- 09:41:12Signals correlated
- 09:41:15Risk assessed: high
- 09:41:40Operator acknowledged
- 09:42:05Mobile team dispatched
- 09:46:30Team on site
Response tasks
Mobile team- Verify zone on cameraDone
- Dispatch mobile teamIn progress
- Check access point logIn progress
- Notify duty officerPending
Analytics
Sites online
Open incidents
Devices reporting
Average response
Illustrative demonstration data. Sites, identifiers and events are fictional.
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Command centre interface mock-up: territory map with site markers on the left, live event feed and risk levels in the centre, incident card with camera tiles, timeline, response tasks and mobile team status on the right.
Deployment
Architecture that fits your infrastructure requirements
The deployment model is a requirement, not a preference. QuantumX is designed to be installed inside the boundary your organisation actually operates in.
Architectural characteristics
- Local data processing
- Control over data storage location
- Role and territory-based permissions
- Action audit trail
- Redundancy
- Fault tolerance
- Multiple control centres
- Integration with isolated networks
On-premise. Specific configurations, redundancy schemes and compliance details are confirmed by QuantumX for each project. Treat this list as an architectural direction to be validated against your requirements.
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Diagram of four deployment models — on-premise, private cloud, hybrid and edge — showing where processing and control sit in each.
Integrations
Your existing infrastructure stays in service
Most organisations already run a mix of equipment from different generations and vendors. The platform's job is to work with that reality.
QuantumX connects existing infrastructure through connectors, SDK and API.
- CCTVVideo surveillance
- VMSVideo management
- ACSAccess control
- VAVideo analytics
- FIREFire alarm
- ALARMSecurity alarm
- IOTIoT sensors
- GPSGPS tracking
- GISGIS and mapping
- ERPERP systems
- COMMCommunications
- MOBILEMobile applications
- DATAExternal databases
Vendor compatibility is confirmed per project against the equipment actually installed on your sites.
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Ecosystem diagram: thirteen integration categories arranged around the QuantumX PSIM core, each linked by an animated connector line.
Technology
We build software systems for mission-critical processes
QuantumX PSIM is one product of a wider engineering practice. The same teams build the enterprise systems, analytics and integration layers underneath it.
- 01
Enterprise software
Large-scale systems for organisations where downtime and data loss are not acceptable outcomes.
- 02
Artificial intelligence
Applied models built into operational workflows rather than delivered as standalone tools.
- 03
AI agents
Task-scoped agents that prepare context, draft actions and handle routine operational steps.
- 04
Computer vision
Video analytics for detection, classification and verification of events on live streams.
- 05
Event processing
High-volume event pipelines with correlation, deduplication and prioritisation.
- 06
GIS
Spatial data, territory models and map-based operational interfaces.
- 07
Data analytics
Operational reporting and analysis over accumulated event and response data.
- 08
Edge computing
Local processing for sites with limited bandwidth or strict data residency rules.
- 09
Integration platforms
Connectors, adapters and APIs that bring existing systems into a common model.
- 10
Mobile applications
Field applications for patrols, mobile teams and on-site personnel.
- 11
High-load architecture
Distributed architecture designed for continuous operation under sustained load.
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Layered vector diagram of the QuantumX technology stack, from edge and integration layers up through event processing, AI and the operational interface.
Geography
Built for international deployment
QuantumX works with customers across Central Asia and the MENA region. The product is designed for that reality: multiple languages, local deployment and configuration to each customer's requirements.
An abstract representation of operational reach. It is not a map of political borders or a claim of specific deployments.
Multilingual by design
Kazakh, Russian, English and Arabic across the interface, with full right-to-left support.
Local deployment
Installation inside the customer's own infrastructure and jurisdiction.
Customer-specific configuration
Event models, protocols and reports adapted to how each organisation works.
Distributed site support
Designed for networks of facilities spread across large distances.
International architecture
Time zones, units, calendars and character sets handled as part of the platform.
Outcome
What changes for your operation
The value of a PSIM platform shows up in how a control room works day to day.
A single situational picture
One view of the territory instead of separate consoles that each hold part of the answer.
Faster response
Context, protocol and dispatch in one place, so less time is spent assembling the picture.
Centralised site control
Distributed facilities managed under one standard rather than site by site.
Decisions based on data
Accumulated event and response history available for analysis instead of scattered across systems.
Qualitative outcomes. Measurable results depend on your infrastructure, processes and starting point, and are defined together during a pilot.
Let us show QuantumX on your infrastructure scenarios
Tell us about your sites, systems and requirements. We will prepare a demonstration or a pilot project concept built around them.