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Prakirbha

India's First AI Studio for Biotech

Pioneering the
future in cancer
detection

Combining high-throughput technologies, artificial intelligence, and liquid biopsy to make early cancer detection accurate, accessible, and non-invasive.

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Research Patents
0
Govt Grants Received
0
AI Models Trained
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Detection Accuracy
BUILT WITH
Python TensorFlow PyTorch Scikit-Learn Keras NumPy Pandas OpenCV BioPython R MATLAB Deep Learning Python TensorFlow PyTorch Scikit-Learn Keras NumPy Pandas OpenCV BioPython R MATLAB Deep Learning

Who We Are

An emerging innovator in medical devices

Prakirbha AI Diagnostics is committed to delivering a game-changing experience in cancer diagnosis and treatment strategies. We believe that early detection saves lives — and that AI can make it happen.

We are building India's first AI Studio dedicated to biotechnology and biomedical innovation, working at the intersection of machine learning, deep learning, and life sciences.

Our work applies high-throughput technologies in combination with liquid biopsy to make early detection possible, accurate, and non-invasive — transforming how cancer is found and fought.

Our Mission

To make the diagnosis of cancer at an early stage a reality using accurate, AI-enabled diagnostic solutions with strategized and effective treatments.

How It Works

From blood sample to insight

Step 01
🩸

Liquid Biopsy

A simple blood draw captures circulating biomarkers — no surgery needed.

Step 02
🧠

AI Analysis

Our ML & deep learning models analyze biomarker patterns with 99.2% accuracy.

Step 03
🎯

Early Detection

Actionable results delivered fast — enabling treatment before cancer progresses.

Our Approach

Science meets intelligence

We combine the cutting edge of molecular biology with the power of artificial intelligence to create diagnostic solutions that are more accurate, earlier, and less invasive than anything before.

🧬

Liquid Biopsy

Non-invasive blood-based testing detecting cancer biomarkers without surgical procedures. Making diagnostics accessible and repeatable at scale.

NON-INVASIVEBLOOD-BASED
🤖

Machine Learning & Deep Learning

State-of-the-art AI models trained to identify patterns in blood-based biomarker data, enabling highly accurate early-stage cancer detection.

NEURAL NETSCLASSIFICATION
🔬

High-Throughput Analysis

Processing large volumes of biological data rapidly, allowing identification of biomarker signatures previously impossible to detect.

MULTI-OMICSBIOMARKERS

Breast Cancer Biomarker Detection

Our flagship research identifies blood-based biomarkers for breast cancer using advanced machine learning and deep learning methodologies.

NIDHI PRAYAS MeitY Grant Patent Filed

Research & Innovation

Backed by science, funded by government

Our research has received support through prestigious programs — NIDHI PRAYAS and MeitY grants — validating both the scientific merit and societal impact of our work.

A provisional patent has been filed for our blood-based biomarker identification methodology, cementing our pioneering position in AI-driven cancer diagnostics.

  • Blood-based biomarker identification for breast cancer
  • Machine learning models for early-stage classification
  • Deep learning architectures for biomedical data
  • NIDHI PRAYAS & MeitY grant recipient
  • Provisional patent filed for core methodology
  • Expanding AI approaches to other biomedical challenges
Explore Collaboration

Our Journey

Key milestones

2024

Company Founded

Prakirbha AI Diagnostics established with a vision to revolutionize cancer detection through AI.

2024

NIDHI PRAYAS Grant

Received government backing through the prestigious NIDHI PRAYAS program, validating our research direction.

2025

MeitY Grant & Patent Filed

Secured MeitY funding and filed provisional patent for our blood-based biomarker identification methodology.

2026

AI Models & Expansion

5+ AI models trained with 99.2% accuracy. Expanding AI approaches to other biomedical challenges.

Questions

Frequently asked

Liquid biopsy is a non-invasive test that detects cancer biomarkers from a simple blood sample. Unlike traditional biopsies that require tissue removal through surgery, liquid biopsy analyzes circulating tumor DNA, proteins, and other markers — making early detection safer, faster, and repeatable.

Our AI models are trained on large datasets of blood-based biomarker data. They identify subtle patterns that human analysis might miss, enabling detection at much earlier stages. Our models achieve 99.2% accuracy on test datasets, significantly outperforming traditional diagnostic methods.

We are currently in the research and development phase. Our technology is being validated through rigorous testing and we are working toward clinical trials. Our goal is to make this technology accessible to patients in the near future through partnerships with healthcare providers.

Our current research focuses on breast cancer biomarker detection. However, the underlying AI methodology is designed to be extensible — we are actively working on expanding to other cancer types including lung, colorectal, and pancreatic cancer.

We welcome collaborations with research institutions, hospitals, biotech companies, and AI researchers. Whether you have relevant datasets, clinical expertise, or AI capabilities, we'd love to explore how we can work together. Use the contact form below to reach out.

Let's Work Together

Working on a problem where AI could add value?

We are expanding to solve other biomedical and biotechnology challenges using AI-driven approaches. If you're working on an interesting problem, we'd love to connect.

Early Detection Biomarker Discovery Drug Response Clinical ML Pipelines Medical Imaging AI Genomics & Proteomics Pathology AI Multi-Omics Analysis Something Else?

Get In Touch

Let's start a conversation

Whether you're a researcher, clinician, or investor — we'd love to hear from you.