Internet of Things
The connected core of SYLUTION
Everything we engineer starts with a device that senses, a network that carries the data and a platform that turns it into action. IoT is not one of our services, it is the heart of the company.
Live demo
SYLUTION IoT dashboard, running now
A simulated pump station streaming telemetry every few seconds, with anomaly thresholds and a predictive maintenance estimate produced from the live trend.
Gateway SYL-GW-014
Kano industrial water pumping station, 6 sensor nodes
Motor temperature
41.0 °C
Threshold 58 °C
Vibration RMS
2.90 mm/s
Threshold 5.6 mm/s
Power draw
6.10 kW
Rated 9.5 kW
Asset health
96 %
Model confidence 90 %
Temperature and vibration
Rolling window, one sample every 2.2 seconds
Asset health and predictive maintenance
Degradation model trained on vibration, thermal and load signatures
Predicted service window
Bearing wear trend suggests maintenance in approximately 11 hours at 90 percent confidence. A work order would be raised automatically and sent to the maintenance team.
Simulated Data — Demonstration Interface. This dashboard illustrates the SYLUTION monitoring interface using data generated in your browser.
Capability
Six layers, engineered in house
Hardware, firmware, connectivity, cloud and interface are built by the same team, so nothing is left to a third party integration.
Sensing
Rugged nodes for soil, climate, water, energy, motion and machine state.
Connectivity
LoRaWAN, NB-IoT, GSM and Wi-Fi engineered for weak coverage areas.
Edge computing
Local control in milliseconds, fully functional when the network drops.
Cloud platform
Device management, storage, APIs and secure over the air updates.
Dashboards
Realtime monitoring, alerts and reporting on any device.
Security
Encrypted transport, signed firmware and role based access control.
Architecture
How a SYLUTION IoT system works
From the sensor in the field to the decision on the screen, five layers that keep working with or without a network.
01
Sense
Rugged sensor nodes measure soil, climate, energy, water, motion, location and machine state.
02
Connect
LoRaWAN, NB-IoT, GSM and Wi-Fi gateways move data reliably from remote sites with weak coverage.
03
Compute
Edge controllers act locally in milliseconds and keep working when the network drops.
04
Analyse
Cloud pipelines, machine learning and computer vision turn raw streams into predictions.
05
Act
Dashboards, alerts and automated control close the loop on pumps, valves, motors and alarms.
Applications
Target applications for our connected systems
One platform, many industries. Each application uses the same tested device, network and cloud foundation.
Smart Agriculture
- Smart Agriculture IoT
- Smart Irrigation Controllers
- Greenhouse Monitoring
- Soil and Climate Sensing
- Farm Automation
Agricultural Monitoring
- Weather Monitoring
- Water Level and Tank Monitoring
- Livestock Monitoring
- Environmental Monitoring
- Remote Farm Supervision
Energy and Power
- Solar Powered Devices
- Energy Monitoring
- Pump and Motor Control
- Battery and Power Management
- Off Grid Operation
Platform and Intelligence
- Sensor Networks
- Wireless Communication
- Cloud Data Collection
- Edge Computing
- Dashboards and Realtime Monitoring
Hardware
Devices designed for dust, heat and unstable power
Sealed enclosures, wide temperature tolerance, and surge protection, validated through rigorous testing in our Kano laboratory.
Target Spec
99.2% Uptime
Target Spec
18mo Battery
Target Spec
12km Range
Target Spec
IP67 Protection
SYLUTION
Let's build the next deployment together
Investors, banks, governments, NGOs, universities and enterprises, talk to our team.
