Computer vision
Detection, tracking and pose estimation that run in real time on cameras, boards and phones, including the vision behind AR and virtual try-on.
EdgeOps.AI takes vision, speech and language models from data to production on the hardware you ship: phones, NVIDIA Jetson, NXP i.MX boards and Alif Semiconductor microcontrollers. Real time, private, and working without a connection.
A fitness app needed to know which dumbbell a user picked up and count reps without manual input. We built the detection, tracking and pose models and got them running on the phone.
Schematic animation of detection and pose tracking
Detection, tracking and pose estimation that run in real time on cameras, boards and phones, including the vision behind AR and virtual try-on.
Speech recognition, text-to-speech and wake word detection that work offline with low latency.
LLMs and audio LLMs compressed to run locally, for assistants and voice interfaces that keep user data on the device.
Always-on models that recognize sounds and acoustic events at low power, on the device and without a connection.
Memory, power and latency limits on the target device guide model selection and optimization.
Always-on models that fit in on-chip memory and run on microcontroller NPUs: wake words and short voice commands, sound events, and sensor or vision triggers.
Vision, speech and small language models on application processors with NPUs or GPUs, running next to your cameras and microphones.
Real-time vision and pose on wearables and phones. Larger models such as LLMs and audio LLMs, plus multi-stream video, on phones and edge servers, close to the data rather than in the cloud.
EdgeOps.AI is an applied AI company based in Islamabad, Pakistan, working with clients in the United States, the United Kingdom and Canada. The same engineers take each model from data to the device, so the version we test is the version that ships.
Collect the right data and label it precisely, with expert annotators and model-assisted labeling.
Build and train vision, speech, audio and language models around your data and target hardware, then validate them on unseen data.
Quantize, prune and compile the model for the target, from GPUs down to microcontroller NPUs, so it runs in real time within its memory and power budget.
Integrate the model into your product, from mobile apps and Linux boards to microcontroller firmware, with no dependence on the cloud.
Measure performance in the field and retrain as conditions change.
How modern AI image generators work, where the ethical risks lie, what provenance and new rules do about them, and what changes when generation runs on-device.
How virtual try-on works today, from live AR overlays to diffusion-based garment try-on, what is still hard, and why it belongs on the device.
What audio classification is, how it is built today with pretrained encoders and zero-shot models, and how to run it on microcontrollers and edge devices.
For a project, support with something we built, or anything else, email us and we will get back to you.