AiVibe

AI & Machine Learning

Edge AI

Edge AI runs machine learning inference on devices close to where data is produced, such as cameras, gateways, industrial PCs and machines, rather than in a distant cloud, giving low latency, offline operation and local control of data.

Edge AI hardware ranges from microcontrollers running tiny models to industrial PCs and embedded modules with CPUs, GPUs or NPUs. Models are trained centrally, then optimised through quantisation, pruning or distillation and compiled with toolkits such as OpenVINO, TensorRT or ONNX Runtime for the target hardware. Results rather than raw data are typically sent upstream, and models are updated remotely.

Manufacturing uses edge AI for visual inspection at line speed, robot guidance, worker safety monitoring and analysis of vibration and acoustic data for predictive maintenance, where decisions must be made in milliseconds or connectivity is limited. Keeping images and process data on site also addresses confidentiality and data-residency concerns.

Constraints include compute, memory, power, heat and the industrial environment. Operating a fleet requires remote monitoring, secure updates, model versioning and rollback. Edge devices need hardening, secure boot and network segmentation, since they connect operational technology to IT and cloud systems.

Key points

Where AiVibe comes in

AiVibe builds Intel-based edge AI devices using the Intel Distribution of OpenVINO toolkit.

Explore AiVibe’s work in AI & Machine Learning →

Related terms

Terms that refer to Edge AI

Ask AiMuruga can explain Edge AI for your plant, product or security programme, and draw how it fits.