SOL9X

Regulated & Institutional

Compliant solutions for healthcare, education, and financial services.

Production & Media

Advanced technology for manufacturing, media production, and entertainment.

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AI-Powered Healthcare for Better Outcomes

Advanced Healthcare Technologies for

Modern Medicine

Delivering intelligent diagnostic, monitoring, and decision-support solutions that enhance clinical outcomes and patient care.

STPI
Siemac
Wadhwani
Indian Army
Indian Institute of Technology Ropar
Ckart
Maria Regina Angelorum
FPT
WeSpark
MSME
DTU Delhi
CDOT
Startup India
STPI
Siemac
Wadhwani
Indian Army
Indian Institute of Technology Ropar
Ckart
Maria Regina Angelorum
FPT
WeSpark
MSME
DTU Delhi
CDOT
Startup India
STPI
Siemac
Wadhwani
Indian Army
Indian Institute of Technology Ropar
Ckart
Maria Regina Angelorum
FPT
WeSpark
MSME
DTU Delhi
CDOT
Startup India

Healthcare Solutions for Better Care

Smart Health Band

A medical-grade wearable designed for long-term, continuous health monitoring across large populations and remote environments.

Personal AI Health Assistant

24/7 AI-powered personal health monitoring and guidance for patients, from symptom assessment to preventive care recommendations.

Software Capabilities

Health AI Assistant for Doctors

Real-time clinical decision support for physicians with AI-powered recommendations and diagnostics.

Personal AI Health Assistant

24/7 personalized health monitoring, symptom checking, and guidance for patient wellness.

Predictive EHR Analytics

Advanced AI models predicting patient risks and clinical outcomes directly from health records.

Readmission Analytics

Identify high-risk patients and prevent hospital readmissions with data-driven predictive insights.

Advanced Healthcare Hardware Systems

Smart Continuous Health Band

Portable Diagnostics Device

Remote Monitoring Hub

Ongoing Healthcare Research & Development

01

AI for Cardiovascular Risk Prediction

Advanced AI models predicting cardiovascular risks and enabling preventive care strategies.

02

Imaging AI for Disease Detection

Deep learning algorithms detecting cancer, lung, and heart diseases in medical images.

03

Remote Patient Monitoring

Real-time monitoring platforms predicting patient deterioration and enabling early intervention.

04

AI Clinical Decision Support

Intelligent systems assisting hospital clinicians with evidence-based recommendations.

05

Diagnostics for Tropical Diseases

AI tools diagnosing neglected and tropical diseases with high accuracy and accessibility.

Work That Delivers Real Impact

Smart Health Band: Features, Benefits & Buying Guide

Smart health bands track heart rate, sleep, and activity to improve everyday health awareness. Learn features, benefits, and buying tips.

View Case Study

AI in Healthcare: Uses, Examples, Benefits & Future

AI in healthcare is improving diagnosis, treatment, and system efficiency. Explore its applications, benefits, challenges, and future outlook.

View Case Study

Why Choose Us?

01

Clinical Expertise

Solutions developed with deep healthcare industry knowledge and clinical best practices integration.

02

Proven Diagnostics

Advanced AI imaging and predictive models validated across multiple disease conditions and populations.

03

Real-Time Monitoring

Continuous health tracking with wearable technology and cloud-based analytics for proactive care.

04

Secure & Compliant

HIPAA-compliant solutions ensuring patient data privacy and security in all healthcare operations.

05

24/7 Patient Care

Round-the-clock AI-powered patient support and monitoring for continuous healthcare delivery.

Ready to Revolutionize
Healthcare?

Partner with us to implement AI-powered solutions that improve patient outcomes and operational efficiency.

Frequently Asked Questions

Can't find what you're looking for?

Contact our support team.

How does your AI assist healthcare professionals?

Our Health AI Assistant provides real-time clinical decision support, diagnostic recommendations, and predictive analytics to help doctors make informed treatment decisions and improve patient outcomes.

What data does the predictive model use?

Is the health band suitable for chronic disease monitoring?

How does your imaging AI detect diseases?

What hospital processes can be automated?