Sovereign Biomedical AI

Sovereign Biomedical AI Platform
for Primer Design, CRISPR & Docking

VigyanLLM is an Indian sovereign Biotechnology artificial intelligence platform built for molecular biology research. It provides autonomous primer design, CRISPR guide RNA analysis, and GPU-accelerated molecular docking via Web Browser access, with free academic access for Indian institutions and global research labs. bioinformatics, primer design, molecular docking. Research use only — not for clinical decisions. Enterprise self-hosting is on our roadmap.

Hosted in India — free academic access worldwide No installation — runs in your browser DPDP-compliant architecture 24-step validation on every design
No login · No credit card · 30 seconds
Free for all universities worldwide
DNA double helix surrounded by cells and sequence reads 24-step validation PDF · CSV · JSON export

Top Countries

    PyTorch Browser-Native CUDA Accelerated FASTA/GenBank Compatible REST API

    Integrated molecular biology suite

    Production-ready modules covering primer design, sequence analysis, genome engineering, and structural biology — all in one platform, no installation.

    Partnership programs

    Designed for academic institutions and enterprise labs that need a dependable hosted research platform.

    Academic Partnership

    Free 30-day full-platform access for qualifying university labs. No feature gates, no throttling, full export.

    Learn more →

    Enterprise Inquiry

    Dedicated support, custom integrations, and bulk seats for labs and institutions. Enterprise self-hosting is on our roadmap.

    Contact us →

    Verified Partner

    Technology partnerships, reseller programs, and integration collaborations for labs and enterprises worldwide.

    Apply now →

    Built for researchers, by researchers

    Every tool is designed around a simple principle: be clear about what runs where — see our Privacy policy for exactly what is stored.

    Researcher viewing a dashboard of charts, chemical structures, and a world map
    Research workflow

    Design, analysis, statistics, and docking in one place — every run shows the parameters behind its results.

    Infrastructure

    Computation where it belongs

    Sequence utilities run in your browser; heavy pipelines run on our hosted servers — with no per-query surprises on the free tier.

    Validation

    24-step biophysical validation pipeline

    Every primer pair passes through thermodynamic checks, BLAST specificity, secondary structure, and repeat masking.

    Export

    Complete reports, multiple formats

    Export results as PDF, CSV, or JSON. IDT and Twist-compatible format for direct oligo ordering.

    Sovereignty

    Built in India. Sovereign AI infrastructure.

    Designed and developed in India for global biomedical research. Full data sovereignty, no foreign cloud dependency.

    Scale

    From single primers to high-throughput panels

    Whether designing one primer pair or a 96-well panel, the pipeline handles batch design with consistent validation.

    Access

    Direct academic partnership program

    Free access for qualifying university labs. 30-day full-platform evaluation with no feature gates.

    From pasted sequence to orderable oligos

    Every run follows the same path: constraints in, checked candidates out — nothing hidden between the two.

    Paste a template or pick a gene, set your constraints, and the 24-step pipeline runs the tedious checks — thermodynamics, BLAST specificity, secondary structure, repeat masking — with every step visible in the report.

    Then export what you need: PDF for the notebook, CSV or JSON for downstream scripts, and IDT- or Twist-compatible formats to send straight to ordering. Already have candidates? Analyze them side by side in the same run. Run a design →

    Profile formed from streams of data
    One run in, one reviewable report out — inputs and parameters recorded next to the results.
    Illustration of a protein complex moving along a DNA strand
    Under the hood: SantaLucia nearest-neighbor thermodynamics — the same model behind Primer3 and NCBI Primer-BLAST.

    Same chemistry as NCBI Primer-BLAST

    SantaLucia 1998
    Nearest-neighbor thermodynamics
    Primer3 v2.6.1
    Industry-standard validation
    NCBI BLAST
    Genome-level specificity

    Same thermodynamic models as NCBI Primer-BLAST, running in your browser.

    Is VigyanLLM free? Trusted primer design, answered

    Is VigyanLLM free to use?

    Yes. Running any of the tools — primer design, BLAST, MSA, docking, Tm and GC calculators — is free for anonymous visitors, with no login required at the point of use. Free accounts get a daily allowance of analyses at no cost. Paid plans only add persistence and scale: saving results, PDF/PPT export, batch design, and higher daily limits. There is a free academic tier for qualifying university labs.

    Can I trust a free primer design tool for research?

    Reliability comes from the validation model, not the price tag. VigyanLLM uses the same shared chemistry as NCBI Primer-BLAST — SantaLucia 1998 nearest-neighbor thermodynamics for Tm, Primer3 v2.6.1 for hairpin and dimer screening, and BLAST-level specificity. Our public validation benchmark independently reproduces the reported Tm of three published primer sets, confirming agreement within tool-to-tool variation.

    How do I access a reliable online primer designer in research?

    You can start at vigyanllm.in/primer without signing up. Paste your template, choose PCR type and amplicon window, and the pipeline runs Design Automatically. For diagnostics and clinical use, results come with complete reports and a validation record tied to published primers — evidence a reviewer can verify.

    Is VigyanLLM restricted to India only?

    No. VigyanLLM is designed and developed in India and is free for qualifying Indian academic institutions, but the platform is open globally to all researchers. Tools run in the browser with no US cloud dependency by default, so data stays where your lab wants it, wherever you are.

    Research Topics

    Primer Design
    Thermodynamic models, specificity checks, probe design
    Bioinformatics Tools
    BLAST, MSA, sequence analysis, alignments
    Molecular Docking
    Protein-ligand interactions, scoring, preparation
    PCR Amplification
    Protocols, troubleshooting, optimization
    Gene Expression
    RT-qPCR, quantification, normalization
    CRISPR & Genome Editing
    gRNA design, off-target analysis, editing tools

    See It in Action

    Primer design tutorial — from sequence input to validated report in under 5 minutes

    Latest from the Blog

    View all posts →
    PCR
    PCR Steps: Complete Thermal Cycling Protocol
    Denaturation, annealing, extension — step by step with real temperatures
    Primer-BLAST
    NCBI Primer-BLAST Guide (2026)
    Step-by-step with examples for SARS-CoV-2 and human targets
    qPCR
    RT-PCR vs qPCR: What's the Difference?
    Side-by-side comparison with decision guide for choosing the right method
    Troubleshooting
    Primer Dimer Fix: Lab Notebook
    Real diagnostic data, root causes, and actionable fixes
    Design Primers Run BLAST