Company Profile

SFEMS TECHNOLOGIES

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A smarter way to keep fire safety always ready.
SFEMS is an IoT-based solution that continuously monitors the status and location of fire extinguishers, providing real-time visibility, early warnings and digital audit trails.
Supporting the goals of Saudi Vision 2030 through innovative fire safety and smart technology.

Fire extinguishers may be faulty, missing, empty or tampered with when they are needed most.
Knowing whether an extinguisher is charged, functional and ready for use can be difficult.
Extinguishers can be difficult to locate across large buildings and multi-site facilities.
Paper-based inspection routines take time and can miss issues through human error.
Teams need one view of extinguisher status and location across their facilities.
A connected monitoring ecosystem: device, connectivity, cloud platform and mobile access.
Every device connected. Every signal in view.
Pressure, temperature and movement
Extend the reach of sensor signals
Collect and relay site data
Organize data and process events
Stay informed on web and mobile
SFEMS eDevice monitors pressure, status and environmental conditions.
Data travels through the LoRaWAN network to the gateway and cloud.
The dashboard and mobile app provide visibility, fault alerts, reports and site management.
Devices, connectivity and cloud visibility working together.

Monitor the extinguisher at the source with pressure, temperature, tamper and movement signals.

Extend sensor coverage across larger sites, remote areas and difficult building zones.

Aggregate site data and connect it securely to the cloud through Ethernet, Wi-Fi or 4G.

Bring devices and sites into one view. Review alerts and help your team prioritize its response.
Compact, intelligent monitoring for fire extinguishers.

A small form factor with a robust design.
Clamp or bracket mounting without modifying the extinguisher.
Monitoring of pressure, tamper events, temperature, battery and communication status.
Long-range, low-power wireless communication.
The handbook lists battery life up to 5 years, marked TBD and dependent on usage.
Designed not to interfere with normal extinguisher operation.
Fire safety visibility across your sites.

View extinguisher status and location on an interactive map.
Check online, offline and device health information.
Notifications for low pressure, high temperature, tampering and missing devices.
Digital records for inspections, compliance and audits.
Manage multiple sites, users and permissions from one platform.
Clear signals for timely action.
When extinguisher pressure falls below the safe level.
When device temperature exceeds the safe limit.
When the device is tampered with or removed.
When the device is offline or no longer communicating.
When the device battery level is low.
When scheduled inspection or maintenance is due.
Non-invasive mounting near the pressure gauge.
Locate the mounting area near the pressure gauge. Remove dust, oil and moisture from the surface.
Fix the mounting bracket around the extinguisher valve or neck near the pressure gauge.
Attach the SFEMS device to the bracket and secure it firmly.
Keep the gauge visible and the operating handle and hose unobstructed. Check the device is stable.
Check the indicator LED and confirm that the device appears online in the dashboard.
Avoid drilling or permanent modifications, maintain clearance from heat sources and check the device during maintenance rounds.
Connected monitoring for different facility environments.
Plants, terminals and critical infrastructure.
Production lines and heavy machinery areas.
Offices and shopping malls.
Hospitals and clinics.
Schools and universities.
Public buildings and facilities.
Airports and stations.
Storage and distribution facilities.
SFEMS eDevice specifications from Product Handbook v1.0. Approximate and TBD values retain their provisional status.
| Product / model | SFEMS eDevice / SFEMS-M01 |
|---|---|
| Dimensions (L × W × H) | 50 × 30 × 20 mm (approx.) |
| Weight | Approximately 40 g (TBD) |
| Mounting | Clamp / bracket, non-invasive |
| Enclosure material | UV-resistant, fire-retardant, industrial grade |
| Operating temperature | −20°C to +85°C |
| Storage temperature | −40°C to +85°C |
| Ingress protection | IP65 (dust and water resistant) |
| Installation time | Less than 5 minutes |
| Power source | Internal, non-rechargeable battery |
|---|---|
| Battery type | Li-SOCl₂, industrial grade |
| Battery life | Up to 5 years (TBD; dependent on usage) |
| Operating voltage | 3.0–3.6 V DC |
| Average current | Less than 50 μA (sleep mode) |
| Peak current | Less than 120 mA (transmission) |
| Low battery alert | Yes, via LoRaWAN |
| Power management | Ultra-low-power design |
| Pressure detection | Electronic pressure sensor, non-invasive clamp type |
|---|---|
| Measurement range | 0–25 bar (typical extinguishers) |
| Accuracy | ±0.5 bar (TBD) |
| Temperature sensor | −20°C to +85°C |
| Tamper detection | Device removal / tilt |
| Device health | Battery, temperature and communication status |
Non-invasive design and connected monitoring.
Installation without modifying the extinguisher or interfering with its operation.
The handbook describes an industrial-grade enclosure designed for heat, dust, humidity and outdoor conditions.
LoRaWAN provides long-range, low-power communication.
Supporting smart cities, industrial safety and national infrastructure goals.
Digital records for inspections, status and actions.
Inspection records with date, time, status and photos.
Historical status, alerts and maintenance activities.
Records of detected faults, alerts and corrective actions.
PDF and Excel reports to support inspections and audits.
Coordinate records across locations, clients and facilities.
A connected approach to fire safety monitoring.
Designed around real-world fire safety monitoring needs.
Non-invasive installation with no modification to existing extinguishers.
Early fault visibility and notifications help teams respond in time.
Suitable for single-site and multi-site deployments.
Centralised records and reporting support inspection and audit workflows.
Supporting a safer nation and a smarter tomorrow.
Using connected monitoring to improve visibility into the status of safety devices and sites.
Turning device status and alerts into centrally accessible operational information.
A technology direction that supports safer, smarter environments without implying official endorsement.