Computer Vision Engine
Every CV Task.
One Unified Platform.
AlpEye's multi-task vision backbone handles the full spectrum of computer vision tasks in a single optimized model no pipeline stitching, no latency stacking.
01 — CORE
Image Classification
Multi-label scene and object classification with confidence calibration, out-of-distribution detection, and adversarial robustness hardening for real-world deployment.
02 — CORE
Object Detection
Real-time multi-class bounding box detection optimized for high-speed, small object, and occluded targets. Supports anchored, anchor-free, and transformer-based architectures.
03 — CORE
Image Segmentation
Semantic, instance, and panoptic segmentation with pixel-level precision. Includes promptable segmentation (SAM2-compatible) for zero-shot mask generation on novel objects.
04 — CORE
Object Tracking
Multi-object tracking with persistent ID assignment across occlusions, camera cuts, and re-entry events. Supports ByteTrack, DeepSORT, and AlpEye's proprietary TempID architecture.
05 — ADVANCED
Pose Estimation
2D and 3D human and object pose estimation with skeleton keypoint detection, action classification, fall detection, ergonomics scoring, and sign language recognition.
06 — ADVANCED
Depth Estimation
Monocular and stereo depth estimation with metric-scale accuracy. Enables 3D scene reconstruction, obstacle distance measurement, and visual odometry from standard cameras.
07 — ADVANCED
Optical Flow
Dense and sparse motion field estimation for moving object separation, camera ego-motion compensation, and action prediction critical for drone and robotics navigation.
08 — ADVANCED
Anomaly Detection
Unsupervised visual anomaly detection trained only on normal samples. Detects defects, intrusions, behavioral anomalies, and equipment degradation without labeled failure data.
09 — ADVANCED
OCR & Text Detection
Scene text detection and recognition for license plates, product labels, signage, serial numbers, and document processing running fully on-device in 15+ languages.
10 — ADVANCED
Face Recognition
Low-power face detection, landmark alignment, and embedding-based recognition with liveness detection and anti-spoofing deployable on cameras with <1W compute budgets.
11 — FRONTIER
3D Scene Reconstruction
Real-time Neural Radiance Field (NeRF) and Gaussian Splatting for live 3D scene capture, digital twin generation, and spatial AI grounding from monocular video.
12 — FRONTIER
Vision-Language Models
Embedded VLM reasoning for open-vocabulary detection, natural language scene queries, zero-shot object recognition, and verbal mission instruction parsing on-device.