// madhawk.xyz

AI that runs locally.

Small, specialized AI models built for real-world applications.

We train custom AI models and build production-ready applications around them - all running on your hardware, no cloud required.

WHAT WE DO

Train models. Build applications.

Madhawk works end-to-end - from raw data to a deployed application. We train lightweight, specialized models on your dataset and wrap them in production-ready software that runs entirely on your hardware.

01

Model Training

We train small, task-specific models on your data. Optimized for your target hardware — CPU, GPU, or edge accelerators. Delivered as ONNX, TensorRT, or CoreML.

Custom datasetsONNX exportTensorRTCoreMLQuantizationBenchmarking
02

Application Development

We build the software layer around the model — desktop apps, mobile apps, or embedded systems. The full pipeline from sensor input to inference output, running locally.

Desktop appsMobile appsC++ integrationReal-time inferenceEdge deploymentCustom UI

CAPABILITIES

What we build.

We work across computer vision and sensor fusion tasks — training models and shipping applications for each.

Segmentation

Pixel-level scene understanding for roads, terrain, structures, and custom object classes. Semantic and instance segmentation running in real-time on CPU and GPU.

Semantic segmentation
Instance segmentation
Panoptic segmentation
Real-time on CPU / GPU

Object Detection

Fast, accurate detection of people, vehicles, equipment, and domain-specific objects. Optimized for real-time inference on edge hardware with sub-10ms latency.

Multi-class detection
Sub-10ms inference
Edge hardware support
Custom object classes

Depth Estimation

Monocular and stereo depth estimation from standard cameras. Dense depth maps for robotics, autonomous navigation, and 3D scene reconstruction — no LiDAR required.

Monocular depth
Stereo depth
Dense depth maps
No LiDAR required

Sensor Fusion

Fusing LiDAR point clouds, RGB cameras, and IMU data for robust 3D perception. Used in autonomous vehicles, drones, and industrial robotics.

LiDAR + camera fusion
Point cloud processing
IMU integration
3D object detection

Multi-Object Tracking

Real-time tracking of multiple objects across frames with persistent IDs. Trajectory prediction and collision risk estimation for autonomous systems.

Persistent object IDs
Trajectory prediction
Collision risk estimation
High-density scenes

3D Reconstruction

Structure from Motion and Neural Radiance Fields for photogrammetry, digital twins, and spatial mapping from standard camera footage.

Structure from Motion
NeRF-based reconstruction
Digital twin generation
Spatial mapping

ARCHITECTURE

Local by design.

No API required

Models run entirely on-device. No network calls, no latency from round-trips.

No cloud dependency

Deploy once. Works offline, air-gapped, or in restricted environments.

Private data stays local

Inference happens on your hardware. Your data never leaves the device.

Optimized for real hardware

Quantized and compiled for CPU, GPU, and edge accelerators.

WindowsLinuxiOSAndroidNVIDIA GPUCPU

CUSTOM MODELS

Need a model for your own data?

We train, optimize and deploy specialized AI models for your dataset, product and target hardware.

Custom model training
Fine-tuning
Dataset preparation
Quantization
ONNX optimization
TensorRT optimization
CoreML deployment
C++ integration

CONTACT

Get in touch.

Interested in a custom model or want to learn more about our applications? Reach out and we'll get back to you.

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