We work with raw, noisy, multi-modal high-rate data like PPG-derived HRV, BCG, EEG, ECG, and Accelerometer data from biomedical sensors to clean data that can be used by ML algorithms. We create elite algorithms that utilize complex features to predict the user's physiological state like sleep, activity, readiness, and blood pressure, and generate real-time actionable insights.

We also use relevant statistical measures as indicators of the quality of the signal that helps with the maintenance of the algorithm for the long term and add changes wherever needed. To make a product out of the extensive domain knowledge, our team adds robust infrastructure support that solves challenges like:

To make a product out of the extensive domain knowledge, our team adds robust infrastructure support that solves challenges like:

Compressing signals into lower dimensions for transmission in low-power devices.

Firmware, app, and backend support to ensure no data is lost during transmission.

Efficient backend pipelines to avoid data latency.

Our major deliverables are:

AI-based drug design and lead optimization.

Drug Repurposing.

Clinical trial design, prediction,and optimization.

Personalized Medicine.

Drug interaction and adverse event monitoring predictive analytics.

Disease-Specific biomarker identification

Data curation and custom database design Sar/Qsar studies.

Bacterial and microbiome data analysis.

The task of parsing through long legal documents is made easy with AI. We deliver an NLP-powered solution to extract and contextualize key information.

The latest algorithms and models in the field of NLP are utilized along with a super-fast data pipeline to ensure that the key clauses of the ingested contracts are captured and analyzed with high accuracy. We use elite approaches to optimize the tasks like topic modeling, sentence boundary detection, NER tags detection, phrase extraction, etc. This information is further utilized to develop an intelligent system offering immediate legal advice on contracts, thus saving time.

Our major deliverables are:

Developing an end-to-end model to capture the nitty-gritty of the contract.

Fine-tuning large pre-trained language models to adapt to domain-specific semantics.

Research support to create real-time summaries and legal advisors.

Maintaining the entire infrastructure in the cloud.

CI/CD pipeline for product release.

A platform for model development.

API development for clients and third-party software integrators.

Architecture design for enabling secure and efficient processing of data.

Development of engaging web applications.

QA and UAT testing of the entire framework.

Systems are automated to discover, evaluate and improve the best trading strategies in portfolios. These systems can harness the power of genetic algorithms, statistical modeling, machine learning, and digital signal processing that help domain experts for the development of complex and effective algorithms for trading signal generation.

Our team works closely with the R&D and product engineering teams of FinTech companies that use cutting-edge technologies to build, improve and deploy strategies for algorithmic trading. Systems are automated to discover, evaluate and improve the best trading strategies in portfolios. We also facilitate the algorithms with a robust, high-performing infrastructural setup considerate of the following conditions:

Ultra-low latency, high throughput trading systems from conception to deployment.

The architecture of frameworks on which all trading applications are based.

Architecture and design of hardware stack to optimize the performance of algorithms.

Manage cloud infrastructure that enables collaboration of various teams.

UI/UX design

DevOps for live strategies

We have been working to develop AI/ML accelerated bioinformatics pipelines along with traditional methods to analyze and interpret biological data that ultimately helps in improving patient care, crop variety, drug development, metagenomics, and healthcare research.

We perform a wide range of work in these areas:

Identification of lead compound and its optimization for disease-specific targets.

Drug repurposing for new therapeutic purposes.

AI accelerated methods for clinical trial design, prediction, and optimization.

Drug interaction and adverse event monitoring predictive analytics.

Analyzing an individual's genetic makeup that affects their response to specific drugs. This enables more personalized and effective medication choices and minimizes adverse reactions.

Crop breeding and its improvement by developing crop-specific AI models to perform population genomics studies.

Bacteria and microbes play a crucial role in human health in our ML-based pipelines making their discovery faster.

All types of bioinformatics analysis and pipeline developments for different genomics data analysis.

Clear and instant visibility to real-time data allows the end-users for immediate action. Our team is well-equipped to address the challenges through the usage of carefully designed architecture, modern frameworks, and technology, along with well-tested principles in the field.

Challenges:

Any failure in the system can affect the growth cycle of the plants drastically and may damage the plants.

The presentation of sensor and camera data from these lights becomes a significant problem.

Due to the multiple components involved in the system, it becomes a challenge to build, maintain and upgrade a system robust enough to deal with these complex problems.

Our major deliverables are:

AI-Based Controlled environment system.

Crop-Specific AI Model's development.

Soil and crop monitoring using sensor data and satellite imagery.

Automated crop health and growth analysis using camera feeds.

Smart Irrigation using sensors and weather data to reduce water wastage.

You might have played many car racing games which let you drive in the world’s famous cities. But have you wondered how it feels like to race in Indian cities with Indian cars where the roads are way different? As soon as you speed up you see a speed breaker or you see a sharp turn and you have to break!

We developed a car racing game with some AI elements. The maps resemble popular Indian cities like Ahmedabad, Manali, Jaisalmer, Goa, and a few more. It also provides guided tours to popular monuments of the playing city which enables you to virtually visit some of the famous places of India.

Features:

Defeat others and you earn coins.

Collect the collectibles on the road which are purposefully kept in a difficult place.

Use your coins to modify a low-performance car to make it a beast.

Use your coins to buy a brand-new car.

Want more coins? Purchase some.

Our tech stack to take you places includes:

Game Engine: Unity.

UI Design: Adobe XD.

Database: SQLite, Firebase.

Platform: Android, iOS Mobile Device.