Internet of Things (IoT)
System integration of devices - computing, mechanical, and digital machines - designed to transfer data and automate control over networks.
The IoT (Internet of Things) is a system integration of devices which includes computing, mechanical and digital machines. IoT is designed to integrate all devices over a network, effectively carrying out data transfers and controlling data objects using specified commands.
Whether it is farm animals with bio chip transponders or sophisticated smart home automation via biometric security, IoT is a transformative technology providing better ease of functionality on highly advanced scales.
The strategy behind this technology is to bring digitalization of data and create perfect rendering of essential functionalities. IoT is predicted to become the revolutionary technology facilitating greater ease of concept implementation and integration into mainstream use.
Our IoT products include custom Beacon solutions for proximity-based services, industrial sensor networks, and edge computing platforms that process data locally before cloud transmission.
The Client
A European logistics company built on four pillars — Economic, Efficient, Empowerment and Ecologic — offering holistic, networked last-mile delivery solutions with digital transformation for urban logistics.
The Problem
The logistics industry requires minute-by-minute tracking, cost efficiency with guaranteed timely delivery, and backup planning. The core challenge was building a routing algorithm accurate enough to handle large vehicle fleets and thousands of orders while keeping transportation costs and man-hours low.
The Solution
- Developed a routing algorithm for very large networks (100s of vehicles, 1000s of orders) modelling integrated multi-hub operations to optimise resource allocation.
- Algorithm automatically schedules and routes deliveries, assigning them to vehicles and drivers to optimise utilisation while minimising travel time and distance.
- Implemented real-time tracing through a publish-subscribe pattern for greater network scalability.
- Built cross-platform mobile apps (iOS Swift, Android Kotlin) for drivers and dispatchers with live tracking and order status updates.
The Outcome
An extremely cost-effective solution with environmental benefits from using fewer resources and improved information flow where everyone knows the status of orders at any time.
Technologies Used
// tech_stack
Core Technologies
Beacons & BLE
Bluetooth Low Energy proximity solutions for retail, logistics, and navigation.
MQTT / CoAP
Lightweight messaging protocols optimized for constrained IoT devices.
Edge Computing
On-device processing for real-time decision making and bandwidth optimization.
Cloud IoT Platforms
AWS IoT Core, Azure IoT Hub, and Google Cloud IoT integration.
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