Upgrade Patient Care with AI Healthcare Solutions
Elevating Patient Care, Empowering Clinicians, and Advancing Medical Research
Transforming Healthcare Through AI Healthcare Solutions
Reshape the Healthcare landscape with Generative AI in Healthcare. AI in healthcare solutions enable healthcare providers in many areas of patient care and operational procedures, enabling them to build on current solutions and handle issues more efficiently.
AI Healthcare Solutions Built For Every Need
We have in-depth experience in building bespoke AI and machine learning applications tailor-built for our clients. Some use cases are
Computer Vision for Medical Image Analysis
Using computer vision techniques that leverage medical imaging as a source of case-related medical data.
Radiologists may develop studies, create metrics, and analyze the patterns of digital imaging to diagnose every patient quickly and accurately.
Predictive Analytics for Patient Records and Treatment
Using specially designed algorithms to extract insightful and useful patient data through EHRs and EMRs. ML is used to collect pertinent information in the medical history and record of treatment to further aid in decision-making.
Quicker and Improved Clinical Trials
Using our AI solutions makes possible innovations that are fundamental for transforming clinical trials, such as seamlessly combining phases I and II of clinical trials, developing novel patient-centered endpoints, and collecting and analyzing Real World Data.
Supporting HCPs with Real-Time Monitoring
Real-time monitoring of patient movement, environmental conditions, and staff workflow allows healthcare providers to optimize resource allocation and enhance patient care
Leverage Generative AI for Healthcare Solutions
Drug Discovery and Development
Accelerate the identification of potential drug candidates with Generative AI in healthcare. Gen AI can help in optimizing drug formulations and dosages, simulating the interactions between drugs and the human body. Drug discovery becomes faster, more efficient, and more personalized with the aid of Generative AI
Medical Research and Data Analysis
Improve patient outcomes while minimizing side effects and adverse reactions with Gen AI.
By analyzing patient data, including genetic information, medical history, and clinical data, Generative AI can generate personalized treatment plans. These plans aid in selecting the most effective therapies and predicting individual patient responses.
Risk Prediction of Pandemic Preparedness
Generative AI can simulate and model the spread of infectious diseases, providing insights into potential outbreak scenarios and their implications. These models help identify key factors contributing to the rapid escalation of a virus, allowing policymakers and healthcare organizations to develop targeted preventive measures and response strategies.
LLM Powered Medical Chatbots
Round-the-clock virtual healthcare assistants. With AI chatbots. Patients can access these chatbots and ask questions, describe symptoms, and seek medical advice. The chatbots are designed to provide informative responses, assisting patients in understanding their conditions and available treatment options.
Automate Workflows, and Speed Up Diagnostics with AI Solutions For Healthcare
Find the right treatment for every patient and elevate your patient care. With the capabilities to automate key practices and processes, AI and Machine Learning are being used to solve the healthcare problems of today.
Quicker and Improved Diagnostics
Examines a large volume of medical images, swiftly and consistently spot patterns, even deviations that humans are unable to do with AI. Early diagnosis and treatment improve patient outcomes and save costs.
Better Patient Care
Access medical data quickly, evaluate patient history, see patterns, and suggest therapies swiftly with AI. Focusing on specific symptoms and classifying the degree of the risk for each patient while maintaining an emphasis on the patient's well-being and the standard of treatment.
Automated Administrative Tasks
Reduce the strain on healthcare workers and consequently improve their monetary benefits. AI can automate some administrative duties including pre-authorizing insurance, tracking down outstanding invoices, and maintaining records.
Information Dissemination
Ensure access to relevant information for healthcare providers instantly with the power of AI. Medical chatbots can efficiently provide patients and the public with accurate information about health conditions, preventive measures, and treatment options.
DISCOVER HOW CV CAN HELP WITH IMAGE ANALYSIS FOR FASTER AND MORE EFFECTIVE DIAGNOSIS
Harnessing AI Solutions for Healthcare to Overcome Industry Challenges
Healthcare challenges can face a host of challenges that hamper their growth. Leverage AI Healthcare solutions to help you stay ahead of the curve.
Manual Data Handling
Manual workload introduces inefficient data handling and inaccuracy in the system.
Compliance & Regulations
Maintaining compliance for healthcare data handling and security (HIPAA & HL7).
Legacy Infrastructure
Traditional system infrastructure slows down operational efficiency.
Data Security
Ensuring the safety of critical data against potential security breaches
Data Extraction
Difficulty in smoothly extracting data from multiple healthcare systems.
Some of our Work
The Neuro Plan
A healthcare app designed to optimize brain health and cognitive performance by evaluating patient brain function. Folio3 designed and developed the end-to-end healthcare mobile solution that created daily activities for patients suffering from Alzheimer’s to improve cognitive function.
HipLink
Hiplink is a secure, wireless alert management digital health solution that provides text and voice-based wireless alert management solutions for emergency response. Folio3 developed the entire messaging platform and delivered tailored features to ensure the seamless delivery of healthcare operations and services.
Breast Cancer HER2 Subtype Identification
Computer Vision
This system was created to provide an automated pipeline for cell segmentation and spot counting from a Computer Vision-based diagnostic-aid for the Fluorescent In-Situ Hybridization test. For this solution, we developed a computer-aided assistance system that allowed practitioners to perform the test more quickly and accurately while enabling them to digitize and store the images for later usage.
Thalassemia Identification
Image Analysis
Our system provides automated analysis of gel electrophoresis images to predict thalassemia and test for mutant gene expression with fine-granularity medical image analysis. It can accurately predict the thalassemia status of patients and helps histopathologists to make error-free diagnosis efficiently.
Supercharge Your Diagnostic Processes and Systems with Folio3’s State-of-the-Art AI Solutions for Healthcare.
Why Choose Folio3 for your Healthcare Business?
With over a decade of experience in delivering digital transformation solutions in different verticals, from AI solutions to enterprise applications, and mobile apps, we have the expertise to become the technology provider you need to create a lasting competitive advantage.
HIPPA Compliant Frameworks
Our frameworks make sure that all your organizational and patient data remains secure and can be accessed only by authorized personnel
In-Depth Industry Experience
Deep industry expertise helps us approach the challenges with a better understanding, hence providing the perfect solutions
Customized Solutions
The AI solutions can be easily tailored according to customer use case and demand
1000+ Enterprise-Level Clients
By working for over 15 years in the industry, we are proud to have built a vast network of highly satisfied clients
Book a Free Consultation Session today and discuss your project.
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AI Healthcare FAQs
what are the core symptoms identified by medical diagnosis software?
Medical diagnosis software can identify various symptoms like through image processing, it can find the unusual growth of molecules in cells, which could be a symptom of any potential disease. Like it is used to count the HER2 genes in molecules, which could be a factor for potential HER2 positive breast cancer.