Digital Infotech / Engineering Execution
05 Sensory Core
Risk-assessed · Cause-and-effect tested · BOMBA-defensible

A smoke detector will not fix infrastructure.

Risk-assessed. Cause-and-effect tested. BOMBA-defensible.

Engineered to detect the actual fire, alert the right people, release the right doors, recall the lifts — and prove all of it on paper, in test, on the day.

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LIVE · 312 DETECTORS · 14 ZONES · LAST CEM TEST 27 DAYS
FEB
Fire Engineering Brief
Occupancy · fire load · evacuation geometry — peer-reviewed before detector selection
75dB
Measured intelligibility
Sounder dBA at workstation/pillow position · STI per zone · BM/EN/ZH/TA prompts
CEM
Cause-and-effect matrix
Every interface (HVAC, access, lift, BMS, suppression) tested bidirectionally · signed by client
10yr
Lifecycle plan at handover
Battery + sensitivity schedule · panel EoL window · BOMBA re-cert dates · costed up-front
The pain pillars

Five ways life-safety systems quietly fail before the day they're needed.

/ 01warning

Detector mismatched to environment.

Ionisation in a kitchen — 40 false alarms a month, then the zone is disabled, then a real grease fire is silent. Optical in flour dust. VESDA in an open-plan office at ten times the budget.

/ 02warning

Sounders too quiet, voice prompts incomprehensible.

55 dBA at the pillow when the standard is 75. Bahasa-only PAVA in a building with Mandarin, English and Tamil tenants. People do not wake. People do not understand.

/ 03warning

Cause-and-effect matrix in one engineer's head.

No written CEM. No end-to-end test of fire-alarm-to-HVAC, lift recall, access release, suppression activation. The engineer leaves; the system cannot be modified.

/ 04warning

Abandonment after commissioning.

Year 4: batteries dead, six detectors in fault, panel running on nine minutes of backup. Nobody has touched it since handover.

/ 05warning

Sensor data with no decision.

A pile of dashboards that nobody opens. No thresholds. No alerts. No automation. The IoT investment is a museum piece.

How we eliminate each pain

One counter per pain. One deliverable per counter.

Pain
Wrong detector
Risk-Assessed, not code-minimum
Fire Engineering Brief mapping occupancy, fire load, evacuation geometry. Peer-reviewed. Environment-to-detector decision matrix.
Inaudible alarm
Measured notification
Sounder dBA at workstation / pillow position. STI report per zone. Multilingual prompts: BM, EN, ZH, TA.
Hidden CEM
Cause-and-effect matrix as a written deliverable
Every interface (HVAC, access, lift, BMS, suppression) tested bidirectionally at commissioning. Photo and video evidence. Signed by client.
Post-handover decay
10-Year Lifecycle Plan at handover
Battery replacement schedule, sensitivity testing schedule, panel EoL window, BOMBA re-cert dates, responsible-person training — costed up-front.
Data without decision
Sensor → Decision pipeline
Every sensor connected to a defined threshold, alert channel (email, SMS, WhatsApp), responder, and Odoo helpdesk ticket route. Green / yellow / red, not raw.
The Sensor → Decision pipeline

LoRaWAN reference design.

Built on the MikroTik KNOT LR9 Kit (LoRa + NB-IoT + LTE + RS485 + GPS + RouterOS v7) and integrated to your existing Odoo or HR/helpdesk stack.

Sensor class
Examples
Action it triggers
Environmental
Temperature, humidity, CO₂, IAQ, PM2.5 / PM10, TVOC, lux, sound
HVAC zone activation, ventilation increase, occupant comfort dashboard
Occupancy
PIR, mmWave radar, ToF, people-counter, desk sensor, thermal array
Lighting, HVAC zoning, hot-desk reporting, capacity alerts
Security
Door / window contact, glass-break, vibration, tamper
Camera PTZ trigger, after-hours alert, insurance audit log
Facility
Flood, fuel level, water level, flow, pressure, differential pressure
Generator fuel alerts, leak alerts, cleanroom compliance
Structural
Tilt, vibration, strain, piezometer, crack meter, settlement
Slope and structural early-warning
Energy
Smart meter, CT clamp, voltage, power-quality
Sub-metered cost allocation, equipment fault detection
Fire
Optical smoke, heat, multi-sensor, beam, ASD, flame, CO
Cause-and-effect: HVAC shutdown, door release, lift recall, suppression activation, PAVA broadcast
Proof block

Sample artifacts we will share on request.

descriptionSample Fire Engineering Brief
grid_onEnvironment-to-detector decision matrix
graphic_eqSTI report per zone
ruleCause-and-effect matrix template (signed sample)
event_repeat10-Year Lifecycle Plan template
account_treeSensor → alert → responder pipeline diagram (MikroTik KNOT LR9 reference design)
contractBOMBA technical-circular alignment notes
verifiedCompliance bar
UBBLMS 1745MS 1183NFPA 72NFPA 101BS 5839-1BS 6266BOMBA technical circularsFire Services Act 1988PDPAISO 14520 (suppression)ATEX / IECEx (where applicable)
Lead magnet · BOMBA Re-Cert Rescue

Your CF is up for renewal. Your fire system is not.

A 1-day diagnostic visit. A 5-page remediation plan covering detector mismatches, notification gaps, cause-and-effect verification, battery state, and the BOMBA re-cert critical path.

lock

Confidential. Held under PDPA-compliant retention. Used only to scope the rescue.

Confidential. Held under PDPA-compliant retention. Used only to scope the rescue.

The recurring-service hook

A life-safety system you cannot prove is a life-safety system that does not exist.

Every Workplace Safety deployment converts into a 10-Year Lifecycle retainer. Quarterly walk-tests, sensitivity calibration, battery replacement, BOMBA re-cert support, responsible-person training. The CF stays valid because the work behind it stays current.

Compare the three Lifecycle tiersarrow_forward Or speak to engineering