Our mission
To turn real-world interactions into real-time insights using advanced electronics, edge processing, and cloud intelligence.
For over two decades, we've watched the fragmented model fail: a design house in one country, a factory in another, and delays, cost overruns, and failed launches in between. Ajanics is the antidote.
To turn real-world interactions into real-time insights using advanced electronics, edge processing, and cloud intelligence.
To empower enterprises with smart connected devices that elevate the customer experience, accelerate service delivery, and simplify global operations.
Every product — hardware, firmware, and cloud — is designed and engineered entirely in-house.
Our hardware is deployed for years in remote and demanding environments, maintaining 24/7 connectivity.
In-house manufacturing lets us move from prototype to pilot run faster than traditional outsourced models.
Owning the factory floor gives us batch-level traceability and long-term service and repair support.
We operate on a fixed-bid, milestone-based model, so partners can scale with confidence knowing exactly when and how their product reaches market.
The complexity of modern IoT requires more than coders or circuit designers — it requires a synchronized effort across disparate engineering disciplines.
High-density PCB design and wireless communication, from precision analog sensing to robust LoRa and 5G integration.
RTOS-based architecture expertise, keeping edge devices secure, power-efficient, and field-updatable.
Secure RESTful APIs and cloud backends on AWS and Azure that turn raw sensor data into business intelligence.
Design for Manufacturing and Design for Testing integrated into early engineering phases, eliminating factory-handover delays.
Navigating the precision and reliability required for vital-sign monitoring and clinical diagnostics.
Engineering hardware that survives high-interference, high-vibration, and extreme-temperature environments.
Deploying large-scale mesh networks for cinema orchestration and hospitality automation.
Integrating IMUs, actuators, and complex motion-control algorithms for wearable robotics.