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Machine Learning

Supervised Learning

Supervised learning is typically done in the context of classification, when we want to map input to output labels, or regression, where we want to map input to a continuous output. Common algorithms that we implement in supervised learning include logistic regression, naive bayes, support vector machines, artificial neural networks, random forests, and ensemble models such as extreme gradient boosting. The accuracy of the model is compared using each of the methods used, and the best model of all is selected. However, our work does not stop here. We also build a pipeline to improve the model using new data that the model sees, so that you have a continuously improving and upto date machine learning model.

Statistical Modelling

We use statistical modelling methods to detect, analyze and make inferences about patterns and relationships within data to support business decisions. We also offer insights into the main statistical methodologies used for modelling relationships in both discrete and continuous business data. In short, we make meaningful models for a range of specific tasks such as financial asset valuation, market research, demand and sales forecasting, and financial analysis among others, using modern software tools.

Deep Learning

Over the past few years, deep learning has emerged as one of strongest tools of AI researchers which can be applied to automation, speech recognition and object classification in images. Our deep learning experts can help you with using this technology to lay the groundwork for future business strategy including details on state of the art products/services. Our core stack includes Neural Networks, Convolutional Neural Networks, and Recurrent Neural Networks.


Unsupervised Learning

We use unsupervised learning in situations where the data is not labeled, to perform an exploratory analysis using clustering methods such as K Means Clustering, or reduce the dimensionality of the data using PCA, and autoencoders.

Data Mining

We provide industry-specific data mining services ranging from real estate, insurance, healthcare to finance, manufacturing and law firms. Our methodology encompasses gathering the data set requirement from the client, sourcing & collecting relevant data, output the data in the client’s required format, perform quality checks and deliver the final data set to the client.

Predictive Analytics

Our predictive models provide accurate forecasts and reliable business projections to organizations who partner with us. We leverage the potential of modern predictive analytical tools to generate detailed insight and augment intelligence into business areas that reap maximized ROI and utmost productivity and profitability. We build these predictive models using supervised / unsupervised learning techniques based on the problem description at hand.

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Computer Vision

Video Analytics solution

Using motion detection algorithms, we provide Video analytics solution that has been marketed as failsafe protection of critical assets in large deployments. Our solutions are designed to refine searches in order to reduce significantly the amount of video to scan.

Facial Recognition

We provide facial recognition system where plenty of possible Image processing Services done with machine learning. Our recognition algorithms are mainly based on statistical analysis of the scene. Rule-based approaches are also applied to recognize the face.

Object Detection and Classification

Embedded computer vision algorithm is used for object detection and classification. The systems can detect the movement of the object, speed of the object and many more physical parameters. Applications we deploy are very accurate to detect and classify objects.


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Some of Our Projects
The goal of this project was to output a visual display of lane boundries and numerical estimation of lane curvature and vehicle positon, from raw video input.
Lane Finding
The goal of this project was to collect data about driving behaviour using simulator and then build convolution neural network in Keras that predicts steering angles from images.
Behavioral Cloning
The goal of this project was to detect and track the outline of a hand from a live camera feed of a mobile device, and overlay an image of wrist watch on top of it.
Wrist Tracking

The goal of this project was to detect vehicles and estimate a bounding box for vehicles detected
Vehicle Detection
A toy car trained via deep neural network to autonoumsly follow any given path. This car can be controlled over internet from web application and sends a live video feed to your application.
Self Driving Toy Car