06
IoT & Smart Systems
We build IoT pilots that produce usable monitoring: device → data → dashboard → alert → action, so teams can prove value before scaling.
What this service solves
Many IoT initiatives fail after hardware setup. Data is collected, but not acted on.
- Turn sensor data into visibility
- Prove usefulness before scale
- Detect issues early through alerts
- Bridge the physical-decision gap
What we do
01
Set Up Devices & Sensors
Prepare hardware for reliable data capture.
• Sensor and device setup for PoCs
• Connectivity configuration
• Data sampling and calibration
• Device identity and basic security
02
Ingest & Store Data
Move device data into usable systems.
• Stream or batch ingestion
• Data storage and structuring
• Device health and status monitoring
• Basic failure handling
03
Build Dashboards
Make sensor data readable and actionable.
• Real-time readings
• Historical trends and comparisons
• Status and uptime views
• Role-appropriate dashboard layouts
04
Configure Alerts
Ensure issues trigger action.
• Threshold-based alerts
• Anomaly and deviation triggers
• Notifications (email, SMS, integrations)
• Alert tuning to reduce noise
05
Prepare for Operations
Design with real-world use in mind.
• Maintenance considerations
• Deployment and environment constraints
• Data retention and scaling assumptions
• Operational readiness checks
How we work
01
Assess
Understand the use-case, environment and constraints.
02
Design
Define device, data and alert architecture.
03
Build
Implement pilot system end-to-end.
04
Monitor
Validate readings, alerts and edge cases.
05
Plan
Prepare scale and rollout approach.
Typical Deliverables
✓ Device and data architecture
✓ Working pilot system
(devices, backend, dashboards)
✓ Alerting rules and
configurations
✓ Basic operations SOP
✓ Scale plan (costs and rollout
approach)
Suitable for
- Facility monitoring and asset tracking
- Operations teams needing real-time visibility
- Teams requiring proof before full rollout
- Organisations digitising physical operations
FAQ
We focus on the software, firmware and connectivity layers. For high-volume
hardware production, we partner with specialized industrial designers and
manufacturers.
Software-only IoT is an app or dashboard that talks to existing devices.
Hardware integration involves writing firmware and low-level code to control or
read from specific sensors/actuators.
Depending on the range and power requirements: Wi-Fi, Bluetooth/BLE, LoRaWAN,
MQTT or cellular.
Yes, via industrial protocols like Modbus or OPC-UA or by adding modern
“bridge” sensors to older machines.
No. We can set up a custom AWS/Azure IoT core or a private backend to manage
your devices and data.
We implement secure update pipelines so your devices can receive firmware fixes
and new features remotely.
End-to-end encryption, unique device certificates, disabled unused ports and
regular firmware security patches.