Data center types
- High-airflow data halls
- Critical cabinet and cabinet-row spaces
- Facilities using water or glycol cooling circuits
- Heterogeneous IT and AI-computing environments
SOLUTION · CONTINUITY
Data center continuity solution
Organize very early smoke detection, cooling circuit control and IT operations through shared risk zoning, interface boundaries and operating processes.
DIRECT ANSWER
What problem does this solution address?
Data center continuity does not depend on one device. This solution places early fire risk, cooling controllability and IT service-recovery preparation in one reviewable project framework, reducing gaps in ownership and information. It does not present the three capabilities as an unverified automatic integration.
APPLICABILITY
Applicable facilities and project stages
For projects that need to align critical-environment risk, facility controls and IT operating boundaries.
Project stages
- Concept and feasibility
- New-build design
- Expansion and retrofit
- Existing-system assessment and operating improvement
SYSTEM & BOUNDARY
System composition and project boundaries
Three specialist packages can be procured and accepted independently. The continuity framework coordinates risk areas, information flows, deliverables and responsibility interfaces.
Early risk sensing
Securiton SecuriSmoke ASD continuously samples air through professionally designed pipework to support verification and response.
Cooling flow control
GRUNER valves and actuators are configured around media, size, pressure, torque and control needs.
IT operations loop
Define service scope for equipment, spares, incidents, migration, continuity consulting, optimization and AI support.
Project boundary
Boundary principle
Fire systems, HVAC controls, BMS/DCIM, ITSM and business systems retain their professional responsibilities. Signal exchange, interlocks, automatic control and SLAs must each be confirmed in project design and contracts.
DELIVERY
Implementation process and deliverables
Coordinate disciplines through traceable inputs, decisions and outputs.
Define risk and scope
Identify critical spaces, business priorities, current systems, owners and open questions.
Requirements and boundary listRisk-zone registerInformation-gap list
Coordinate specialist designs
Each discipline completes design, selection and interface confirmation using site conditions and current product data.
System scope statementInterface matrixProduct and point recommendations
Test and hand over
Execute testing, documentation, training and operating handover against approved documents.
Test recordsHandover document listTraining and open-item record
INTERFACES
Interfaces with other systems
Start with the information to exchange, without assuming unconfirmed automation.
Fire alarm and monitoring
Alarm levels, relay or communication methods, address mapping and response processes require fire-discipline and local confirmation.
BMS / DCIM
Point lists, protocols, refresh intervals and control permissions for facility status, valve feedback, alarms and trends require separate design.
ITSM and operations
Integration of incidents, work orders, spares, changes and reviews depends on platform capability and contracted scope.
EVIDENCE
How is evidence verified?
The case center lists projects, customers, product applications and service scopes from the three companies' supplied material. Names, years, models and quantities are shown where provided; missing responsibilities, quantities or results remain unstated.
View the three-company case centerFAQ
Frequently asked questions
Do the three systems integrate automatically?
No automatic integration is assumed. Any alarm, control or work-order interaction needs interface data, professional design, risk review, test methods and named responsibility.
Can one capability be selected independently?
Yes. Each specialist package can be assessed, procured and accepted independently. The continuity framework clarifies potential boundaries and information relationships.
What is needed for an initial consultation?
Provide project stage, facility type and scale, critical zones, cooling architecture, current fire/BMS/DCIM/ITSM platforms and desired delivery scope.
Last updated28 July 2026
Review note
This page frames solution scope and does not replace professional fire, mechanical, controls or IT design. Project configuration must be confirmed by appropriately qualified teams using current manufacturer documentation.
Project enquiry
Start with project boundaries.
Share current systems, critical zones and project stage so we can frame inputs and specialist interfaces.