HORNET INFOTECH/FIELD ARCHIVE/FIRE & LIFE SAFETY
Representative visual reference — not a documented HORNET project.
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HORNET INFOTECH/FIELD RECORD / 05/FIRE & LIFE SAFETY/ARCHIVE DISCIPLINE

DETECT EARLY.
RESPOND WITH PRECISION.

A dedicated field archive for fire detection, alarm, notification, voice evacuation and suppression infrastructure engineered for buildings, facilities and critical environments.

DISCIPLINE
FIRE & LIFE SAFETY
VISUAL STATUS
REFERENCE ARCHIVE
PUBLICATION STATUS
CONTROLLED ACCESS
MANDATORY NOTICE:Visual assets in this archive represent architectural and technical art direction. All verified project dossiers remain confidential under client NDA review.
ALL_PROJECTS = []
DISCIPLINE OVERVIEW / 05

LIFE SAFETY IS A SYSTEM

DISCIPLINE PRINCIPLE:

Fire and life-safety infrastructure cannot be implemented as isolated devices. It operates as an integrated chain of detection, alarm decision, occupant notification, emergency building interfacing, and rapid suppression.

• SYSTEM BEHAVIOR GOVERNED STRICTLY BY APPROVED CAUSE & EFFECT DESIGN

Modern life-safety systems represent the most critical and unforgiving engineering discipline within any facility. A genuine life-safety deployment coordinates addressable detection points, high-speed signaling circuits, audible/visual notification appliances, zoned voice evacuation routing, and specialized suppression releasing interfaces into an authoritative, fault-tolerant network.

System responses are not arbitrary; they are governed strictly by the approved cause-and-effect matrix developed during engineering review. Depending on project design, confirmed alarms activate phased evacuation alerts, unlatch access-controlled fire egress doors, recall elevators to ground exit levels, shut down ventilation fans to prevent smoke recirculation, and signal clean-agent release for mission-critical enclosures.

ENGINEERING BOUNDARY NOTICE: All emergency interactions and system behaviors depend strictly upon approved project engineering and selected equipment specifications. HORNET designs and deploys physical life-safety systems in direct compliance with project drawings and applicable statutory codes. Universal automatic interactions are not assumed.

SYSTEM CLASSIFICATION REGISTER

06 CORE LIFE-SAFETY PILLARS

ENGINEERED AS COHESIVE SUBSYSTEMS • PROJECT-SPECIFIC CONFIGURATION
01

FIRE DETECTION

ADDRESSABLE DETECTORS & CONTROL
Addressable optical smoke sensors, rate-of-rise thermal detectors, multi-criteria smoke/heat sensors, manual call points (MCP), and intelligent multi-loop fire alarm control panels (FACP). Provides pinpoint physical location reporting and continuous line supervision.
• Signaling Line Circuits (SLC)
• Built-in Isolator Bases
• Sensitivity Drift Compensation
02

ALARM & NOTIFICATION

AUDIBLE & VISUAL ALARM APPLIANCES
Supervised Notification Appliance Circuits (NAC) powering synchronized xenon/LED strobes, electronic sounders, horn-strobe combination units, and visual alarm beacons engineered to deliver statutory sound pressure levels across varied ambient architectural noise environments.
• Synchronized Flash Rates
• Multi-Tap Decibel Adjustment
• Dedicated Power Boosters
03

VOICE EVACUATION

INTEGRATED PA / VOICE ALARM (PAVA)
High-intelligibility Public Address and Voice Alarm (PAVA) systems engineered with digital signal processors, Class D monitored amplifiers, ceiling/wall fire-rated loudspeakers, and pre-recorded phased evacuation messaging where required by facility scale and occupancy code.
• Phased Zone Evacuation
• Monitored Speaker Lines (100V)
• Firefighter Master Mic Override
04

CAUSE & EFFECT

PROGRAMMED INTERLOCK LOGIC
Software logic and hardware relay matrices programmed into the FACP to translate confirmed alarm inputs into deterministic building responses: zoning alarms, initiating delays for verification, triggering staged evacuation, and actuating isolated containment barriers.
• Cross-Zoning Coincidence Logic
• Positive Alarm Sequence (PAS)
• Supervised Output Control Modules
05

SUPPRESSION INTERFACE

CLEAN-AGENT & SPECIAL HAZARD RELEASE
Electrical interface modules connecting master fire alarm panels to specialized gas flood systems (FM-200, Novec 1230, Inergen), pre-action deluge valves, main cylinder solenoid actuators, pneumatic discharge pressure switches, and manual abort / hold stations in technical rooms.
• Solenoid Circuit Supervision
• Discharge Pressure Confirmation
• Damper / Power Trip Interlocks
06

EMERGENCY SYSTEM INTERFACES

CROSS-SYSTEM BUILDING INTEGRATION
Form-C dry contact relays and high-level BACnet/Modbus gateway interfaces signaling external building automation: triggering fail-safe access control door unlocks, elevator emergency ground capture, AHU ventilation shutdown, and smoke exhaust fan activation.
• Fail-Safe Access Release
• Elevator Phase I & II Recall
• BMS Smoke Management Control
ARCHITECTURAL FIELD PLATES

06 REPRESENTATIVE DOCUMENTARY PLATES

OPTICAL ARCHIVAL DOCUMENTATION • DISCIPLINE ART DIRECTION
Representative visual reference — not a documented HORNET project.
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FIELD PLATE 01
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

FIRE ALARM CONTROL ENVIRONMENT

PL-01
NETWORKED ADDRESSABLE CONTROL & ANNUNCIATION

Modular multi-loop addressable fire alarm control panels (FACP) supporting intelligent signaling line circuits (SLC), redundant CPU processors, LCD annunciators, and dual-redundant battery backup power.

Representative visual reference — not a documented HORNET project.
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FIELD PLATE 02
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

ADDRESSABLE DETECTION INFRASTRUCTURE

PL-02
OPTICAL SMOKE, THERMAL & MULTI-CRITERIA SENSORS

Addressable point detection incorporating analog optical smoke sensors, rate-of-rise heat sensors, multi-sensor criteria, isolating bases, and intelligent fault-tolerant loop routing.

Representative visual reference — not a documented HORNET project.
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FIELD PLATE 03
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

FIRE NOTIFICATION / VOICE EVACUATION

PL-03
SYNCHRONIZED STROBES, SOUNDERS & VOICE ALARM

Audible and visual emergency notification appliances (ENAs) featuring synchronized multi-candela strobes, electronic sounders, and clear multi-zone voice evacuation loudspeakers.

Representative visual reference — not a documented HORNET project.
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FIELD PLATE 04
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

FIRE COMMAND / SECURITY MONITORING

PL-04
CENTRALIZED GRAPHICAL WORKSTATION & SUPERVISION

Central fire command / security monitoring console with graphical life-safety workstations, real-time floor plan event mapping, alarm queue prioritization, and logging telemetry.

Representative visual reference — not a documented HORNET project.
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FIELD PLATE 05
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

SUPPRESSION CONTROL INTERFACE

PL-05
SPECIAL HAZARD RELEASING & CLEAN-AGENT MANIFOLD

Dedicated extinguishing agent control panel, cross-zoned coincidence detection logic, pneumatic actuator solenoid monitoring, discharge pressure switches, and abort/hold stations.

Representative visual reference — not a documented HORNET project.
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FIELD PLATE 06
REPRESENTATIVE VISUAL REFERENCENOT A DOCUMENTED HORNET PROJECT

LIFE-SAFETY SYSTEM INSTALLATION

PL-06
FIRE-RATED CABLING, CONDUITS & FIELD INTEGRATION

Disciplined physical deployment utilizing certified fire-rated cables, dedicated red metallic conduits, terminal enclosures, fire-stop compartment penetration seals, and circuit integrity testing.

TECHNICAL LIFECYCLE METHODOLOGY

10-STAGE ENGINEERING LIFECYCLE

Every facility presents distinct physical geometries, acoustic reflections, combustible fuel loads, and occupant density patterns. HORNET structures life-safety delivery through disciplined engineering workflows.

01

SITE SURVEY & ENGINEERING

Ceiling void analysis, hazardous material zoning, acoustic reflections, and physical containment route inspections.

AS REQUIRED BY PROJECT DESIGN
02

SYSTEM DESIGN

Detector placement spacing, strobe polar distribution, circuit battery calculations, and sound pressure modelling.

AS REQUIRED BY PROJECT DESIGN
03

DEVICE / EQUIPMENT SELECTION

Specifying addressable panels, multi-criteria sensors, hazardous area detectors, and certified notification units.

AS REQUIRED BY PROJECT DESIGN
04

LOOP / NETWORK ARCHITECTURE

Class A / Class B SLC loop calculation, voltage drop engineering, wire resistance verification, and fiber networking.

AS REQUIRED BY PROJECT DESIGN
05

CAUSE & EFFECT DEVELOPMENT

Formulating rigorous logical matrices linking initiating alarm zones to phased occupant evacuation and building interlocks.

AS REQUIRED BY PROJECT DESIGN
06

SUPPLY & INSTALLATION

Rigid red metallic conduit pathways, fire-rated twisted-pair shielded cabling, junction enclosures, and terminal device mounting.

AS REQUIRED BY PROJECT DESIGN
07

SYSTEM CONFIGURATION

Digital device addressing, custom alphanumeric location tagging, sensitivity threshold tuning, and FACP logic compilation.

AS REQUIRED BY PROJECT DESIGN
08

TESTING & COMMISSIONING

Point-by-point aerosol detector activation, decibel SPL metering, strobe flash synchronization, and relay continuity validation.

AS REQUIRED BY PROJECT DESIGN
09

DOCUMENTATION & HANDOVER

Compiling redline as-built drawings, loop resistance logs, battery standby runtimes, and certified operating manuals.

AS REQUIRED BY PROJECT DESIGN
10

AMC / LIFECYCLE SUPPORT

Periodic quarterly functional testing, detector chamber cleaning, battery impedance health checks, and emergency callouts.

AS REQUIRED BY PROJECT DESIGN
SYSTEM ARCHITECTURE & INTERFACES

LIFE-SAFETY SYSTEM CONVERGENCE

Deterministic emergency management requires rigorous cause-and-effect orchestration. All interfaces operate strictly where required by approved engineering and statutory life-safety mandates.

PRIMARY SYSTEM ARCHITECTURE FLOW
01 • STAGE
DETECTION
Optical / heat / multi-sensor or MCP manual initiation
02 • STAGE
FIRE ALARM CONTROL
FACP validates SLC signal, applies delay or cross-zone check
03 • STAGE
CAUSE & EFFECT LOGIC
Pre-programmed rule set coordinates emergency responses
04 • STAGE
NOTIFICATION / PAVA
Synchronized visual strobes & phased voice announcements
05 • STAGE
EMERGENCY INTERFACES
Egress door release, elevator recall, HVAC damper shutdown
06 • STAGE
FACILITY RESPONSE
Safe orderly evacuation, containment, and brigade dispatch
INTERFACE BRANCH
FIRE ALARM → PA / VOICE ALARM
High-Level & Contact Interface

Mutes background audio and automatically triggers emergency pre-recorded voice evacuation messages per architectural zone.

WHERE REQUIRED • PROJECT-SPECIFIC
INTERFACE BRANCH
FIRE ALARM → ACCESS CONTROL
Fail-Safe Emergency Release

Direct hardware relay interrupts magnetic lock power supply to unlock emergency exit doors and drop turnstile barrier arms.

SUBJECT TO APPROVED CAUSE & EFFECT
INTERFACE BRANCH
FIRE ALARM → SECURITY MONITORING
Automated SOC Dispatch

Instantly commands VMS surveillance matrix to display relevant cameras covering the alarming detector zone.

WHERE REQUIRED • PROJECT-SPECIFIC
INTERFACE BRANCH
FIRE ALARM → SUPPRESSION CONTROL
Special Hazard Cross-Zoning

Receives first-stage alarm, initiates room evacuation warning, confirms second-stage sensor, and activates cylinder releasing circuit.

SUBJECT TO SELECTED SYSTEM AND DESIGN
INTERFACE BRANCH
FIRE ALARM → BMS / FACILITY
HVAC & Smoke Damper Control

Signals BMS via BACnet/IP to shut off supply air dampers, trip AHU fans, and energize stairwell pressurization fans.

SUBJECT TO APPROVED CAUSE & EFFECT
SPATIAL ARCHITECTURAL MAPPING

08 REPRESENTATIVE FACILITY ZONES

REPRESENTATIVE SPATIAL ALLOCATION • SYSTEM PROFILES
ZONE 01REPRESENTATIVE

MAIN ENTRY / RECEPTION

OPERATIONAL ROLE

Primary pedestrian concourse and visitor portal

LIFE-SAFETY SYSTEMS

Optical smoke detection, synchronized multi-candela strobes, manual call points, and remote repeater annunciator.

TYPICAL INFRASTRUCTURE

Concealed flush-mount detection heads, architectural horn-strobes, and fail-safe turnstile release tie-ins.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 02REPRESENTATIVE

PUBLIC / CIRCULATION AREAS

OPERATIONAL ROLE

Corridors, lift lobbies, atriums, and exit stairwells

LIFE-SAFETY SYSTEMS

Addressable optical detection, high-candela wall strobes, and emergency voice alarm paging loudspeakers.

TYPICAL INFRASTRUCTURE

Stairwell beam smoke detectors, fire-rated 100V speaker lines, and illuminated exit directional signage.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 03REPRESENTATIVE

OFFICE / WORKPLACE AREAS

OPERATIONAL ROLE

High-density commercial open plans and meeting suites

LIFE-SAFETY SYSTEMS

Intelligent multi-sensor detectors (smoke/heat), electronic sounder bases, and ceiling-mount voice speakers.

TYPICAL INFRASTRUCTURE

Below-ceiling and above-false-ceiling addressable detectors with dual-color LED status indicators.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 04REPRESENTATIVE

PLANT / SERVICE AREAS

OPERATIONAL ROLE

Boiler rooms, chiller plants, and generator enclosures

LIFE-SAFETY SYSTEMS

Rate-of-rise thermal sensors, flame detectors, explosion-proof manual call points, and high-output sounders.

TYPICAL INFRASTRUCTURE

Heavy-gauge galvanized steel conduit runs, high-temperature detection cabling, and weatherproof sounders.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 05REPRESENTATIVE

SERVER / NETWORK ROOMS

OPERATIONAL ROLE

Enterprise MDF, IDF, and telecommunications spaces

LIFE-SAFETY SYSTEMS

VESDA aspirating early-warning smoke detection and addressable multi-criteria optical sensors.

TYPICAL INFRASTRUCTURE

Air sampling pipe networks with capillary sampling points, dedicated VESDA display units, and FACP monitor modules.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 06REPRESENTATIVE

CRITICAL TECHNICAL SPACES

OPERATIONAL ROLE

Data halls, UPS rooms, and electrical switchgear vaults

LIFE-SAFETY SYSTEMS

Cross-zoned detection arrays, clean-agent gaseous suppression (FM-200 / Novec 1230), and discharge warning horns.

TYPICAL INFRASTRUCTURE

Extinguishing agent releasing control panel, pneumatic actuator solenoids, abort switches, and pressure confirmation switches.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 07REPRESENTATIVE

SECURITY / FIRE COMMAND

OPERATIONAL ROLE

Centralized 24/7 building life-safety and security operations

LIFE-SAFETY SYSTEMS

Master networked FACP, graphical fire workstation, firefighter phone master station, and PAVA zone microphone.

TYPICAL INFRASTRUCTURE

Redundant fiber networking cards, graphic floor plan event monitors, historic event log printers, and secondary power.

CONFIGURED PER ARCHITECTURAL CODE
ZONE 08REPRESENTATIVE

ASSEMBLY / EVACUATION AREAS

OPERATIONAL ROLE

External muster points and perimeter assembly plazas

LIFE-SAFETY SYSTEMS

External weatherproof audio paging horns, exterior emergency beacons, and remote manual alarm verification.

TYPICAL INFRASTRUCTURE

IP66 weather-rated re-entrant horn loudspeakers, underground conduit links, and high-visibility muster signage.

CONFIGURED PER ARCHITECTURAL CODE
THE OPERATIONAL CHAIN

FROM DETECTION TO RESPONSE

In life safety, every millisecond counts. The operational chain represents the disciplined progression from physical anomaly detection to verified evacuation and automated facility protection.

REPRESENTATIVE LIFE-SAFETY ARCHITECTURE • PROJECT-SPECIFIC IMPLEMENTATION
01

DETECT

OBSERVATION & INITIATION
Optical smoke particulates enter an addressable sensor chamber, heat sensor exceeds threshold rate-of-rise, or an occupant pulls a glass manual call point.
INSTANTANEOUS
02

VERIFY / PROCESS

FACP SIGNAL DISCRIMINATION
The intelligent panel cross-checks analog drift values, filters transient false alarms via algorithmic multi-criteria analysis, or awaits cross-zone confirmation.
ALGORITHMIC EVALUATION
03

ALARM

MASTER STATUS ANNUNCIATION
Control panel transitions to authoritative Fire Alarm state, illuminates red alarm indicators, trips internal piezo sounder, and updates remote graphical workstations.
DETERMINISTIC CONFIRMATION
04

NOTIFY

OCCUPANT WARNING ACTIVATION
Supervised NAC booster circuits energize synchronized visual strobes, high-decibel multi-tone sounders, and clear emergency voice alarm broadcasts.
ZONE-SYNCHRONIZED
05

EVACUATE / RESPOND

ORDERLY OCCUPANT EGRESS
Zoned voice alarm guides occupants along safe egress stairs. In staged architectures, immediate fire floors evacuate first while adjacent floors remain on alert.
STAGED OR IMMEDIATE
06

INTERFACE

AUTOMATED BUILDING PROTECTION
Output relays unlatch electromagnetic access doors, command elevators to ground exit terminal, shut down recirculating HVAC dampers, and signal gas suppression release.
INTERLOCKED EXECUTION
07

REPORT / RESET

POST-INCIDENT RESTORATION
Digital event buffer logs millisecond timestamps for investigative audit. Following incident resolution and fire authority clearance, the system is securely reset.
SUPERVISED AUDIT TRAIL
QUALITY, VERIFICATION & RECORDS

A LIFE-SAFETY SYSTEM IS ONLY AS GOOD AS ITS RECORD

Without meticulous documentation, a life-safety deployment cannot be validated, inspected, or maintained over decades of building occupancy. Complete verification dossiers form the core of every HORNET handover.

AS APPLICABLE TO VERIFIED PROJECT RECORD • NO SYNTHETIC VALUES OR CERTIFICATES

CIRCUIT & DEVICE SCHEDULES

  • •Point-by-point addressable device registers
  • •Loop impedance and wire resistance logs
  • •SLC wire length and voltage drop calculations
  • •Battery standby & alarm ampere-hour sheets
AS APPLICABLE TO VERIFIED PROJECT RECORD

CAUSE & EFFECT LOGIC MATRIX

  • •Complete input-to-output software cross-tables
  • •Alarm verification delay duration schedules
  • •Door release and access interlock lists
  • •AHU shutdown and damper actuator sequences
AS APPLICABLE TO VERIFIED PROJECT RECORD

FUNCTIONAL TESTING RECORDS

  • •Aerosol smoke response confirmation logs
  • •Sound pressure level (dBA) acoustic readings
  • •Voice alarm Speech Transmission Index (STI)
  • •Suppression releasing circuit continuity records
AS APPLICABLE TO VERIFIED PROJECT RECORD

INTERFACE INTEGRATION AUDITS

  • •Elevator capture and firefighter recall tests
  • •Emergency access control door unlatch tests
  • •Security VMS camera alarm pop-up logs
  • •BMS BACnet/Modbus alarm points mapping
AS APPLICABLE TO VERIFIED PROJECT RECORD

COMMISSIONING CERTIFICATION

  • •Manufacturer certified commissioning certificates
  • •Initial factory default calibration records
  • •System baseline software backup archives
  • •Statutory authority inspection documentation
AS APPLICABLE TO VERIFIED PROJECT RECORD

AS-BUILT & LIFECYCLE MANUALS

  • •Redline AutoCAD as-built conduit layouts
  • •Riser diagrams with exact junction locations
  • •System maintenance and troubleshooting guides
  • •Quarterly preventive maintenance schedules
AS APPLICABLE TO VERIFIED PROJECT RECORD
SECTION 10 • ARCHIVAL GOVERNANCE

VERIFIED FIRE & LIFE SAFETY PROJECT RECORDS

Documented life safety, addressable fire detection, voice evacuation, and clean-agent suppression infrastructure delivered and commissioned under formal contract governance.

COMPLETE PROJECTS ARCHIVE
HNT-PRJ-002Phase 1 • Handed Over
Chandigarh, Punjab

eClerx Corporate Facility ELV & ICT Infrastructure (Phase 1)

Integrated ELV, electronic security, life safety, and network cabling infrastructure deployed for eClerx Chandigarh (Phase 1), supporting 216 CCTV surveillance cameras, a 340-device addressable fire alarm system, 170 PA speakers/units, 30 access-controlled doors, 1,500+ structured cabling data points, Novec clean-agent suppression, VESDA, WLD, and rodent detection.

FACILITY TYPE: Corporate Facility
VIEW PHASE 1 DOSSIER
HNT-PRJ-003Phase 2 • Handed Over
Chandigarh, Punjab

eClerx Corporate Facility ELV & ICT Infrastructure (Phase 2)

Integrated ELV, electronic security, life safety, and network cabling infrastructure deployed for eClerx Chandigarh (Phase 2), supporting 178 CCTV surveillance cameras, a 215-device addressable fire alarm system, 120 PA speakers/units, 23 access-controlled doors, 1,000+ structured cabling data points, Novec clean-agent suppression, VESDA, WLD, and rodent detection.

FACILITY TYPE: Corporate Facility
VIEW PHASE 2 DOSSIER
DISCIPLINE VERIFICATION PROTOCOL: ZERO SYNTHETIC DATA

In accordance with HORNET INFOTECH's data governance covenants, zero mock project entries or speculative installation claims are published. Verified field documentation dossiers are published under formal non-disclosure clearance.

REQUEST TECHNICAL DOSSIER ACCESS
DISCIPLINE REFERENCE FRAMEWORK
TECHNICAL BASIS
PROJECT-SPECIFIC
REFERENCE FRAMEWORK
AS APPLICABLE
CAUSE & EFFECT
APPROVED DESIGN
FIRE ALARM TOPOLOGY
PROJECT-SPECIFIC
SUPPRESSION INTERFACE
SELECTED DESIGN
TESTING / COMMISSIONING
AS APPLICABLE
REFERENCE STANDARDS NOTICE: Standards such as NBC 2016 (National Building Code of India Part 4), IS 2189 (Selection, Installation and Maintenance of Automatic Fire Detection and Alarm System), NFPA 72 (National Fire Alarm and Signaling Code), and EN 54 series are applied strictly as reference frameworks as applicable to project design, jurisdiction, and local statutory requirements. Blanket universal compliance is not claimed.
ARCHIVE GOVERNANCE & VERIFICATION PIPELINE

CONTROLLED ARCHIVE PUBLICATION

Every project record published by HORNET undergoes strict four-stage verification prior to public disclosure.

01

DOCUMENTATION

Collection and validation of as-built loop drawings, device schedules, battery calculations, and commissioning reports.

STAGE 01 OF 04 • CONTROLLED
02

TECHNICAL VERIFICATION

Senior systems engineering audit confirming cause-and-effect matrix compliance and test verification signatures.

STAGE 02 OF 04 • CONTROLLED
03

CLIENT CLEARANCE

Formal non-disclosure review and client authorization for public architectural portfolio release.

STAGE 03 OF 04 • CONTROLLED
04

PUBLICATION

Release to verified public field archive with authenticated project parameters and architectural photography.

STAGE 04 OF 04 • CONTROLLED
ENGINEERING CONSULTATION • FIRE & LIFE SAFETY

ENGINEER YOUR CRITICAL LIFE-SAFETY INFRASTRUCTURE

Speak directly with HORNET's engineering team regarding site surveys, addressable fire alarm design, cause-and-effect programming, voice evacuation, or clean-agent fire suppression.

HORNET INFOTECH
J-50, Abul Fazal Enclave, Okhla, New Delhi-110025

TECHNICAL ARCHIVE ENQUIRY

Submit project parameters for direct technical review by our Life Safety Engineering team.