Data analysis tool for Multi-Omics
From Raw Data to Actionable Reports in Under 5 Minutes
In the race to bring precision medicine to the frontlines of healthcare, time is everything. Genomic analysis which was once a bottleneck has now entered a new era of speed, integration, and intelligence. At the forefront of this revolution stands PanOmiQ™, the world’s fastest multi-genomic platform.
Capable of processing Whole Genome Sequencing (WGS) data in under five minutes, PanOmiQ delivers high-resolution insights at unprecedented speed. But this isn’t just about velocity; it’s about what that speed enables: real-time pharmacogenomics reporting, comprehensive microbiome profiling, and seamless multi-omics integration.
With PanOmiQ, what once took hours or days can now happen during a coffee break.
Foundational Intelligence for Local Analysis
For labs, clinics, and research centers handling up to 1,000 samples per year.
Designed for local or FPGA-based deployment where internet-independent computation is required.
Handles multi-omics data analysis, including genomic, epigenomic, and microbiome datasets.
Supports PanOmiQ™️ standalone installation for on-premise use.
Ideal for pilot-scale sequencing programs, academic labs, and clinical R&D teams.
Optimized for low-latency analytics and data privacy with minimal infrastructure footprint.
Deployment modes: On-premise | Edge FPGA | Secure Cloud Sync (optional)
Scalable Performance for Expanding Operations
- For regional labs, health networks, or biotech companies processing 1,000–10,000 samples annually.
- FPGA and GPU hybrid compute architecture for accelerated AI processing.
- Supports custom analysis modules, AI model fine-tuning, and edge deployment across multi-site facilities.
- Integrates seamlessly with BioLIMS™️, PanAUM™️, and BioELR™️ for end-to-end data management and clinical connectivity.
- Enables real-time collaboration between labs, clinicians, and research teams through secure cloud environments.
- Expandable architecture for new omics modules and drug-response prediction algorithms.
- Suitable for hospitals, national labs, and biopharma organizations adopting AI-driven precision health workflows.
The Apex of Intelligent Health Computing
For large-scale health systems, data centers, and global research programs handling 10,000+ samples per year.
Houses integrated access to PanAUM™️ for in silico drug discovery and biomarker modeling.
Genelio™️ embedded intelligence for conversational data access and real-time insight generation.
Includes AI-assisted clinical dashboards and virtual twin simulations for predictive medicine.
Supports federated learning to connect global data sources securely while maintaining compliance (GDPR, HIPAA, ISO 15189).
Designed for national-level precision medicine programs, pharma pipelines, and translational research hubs.
Comprehensive Package: Full BioAro software suite, hardware acceleration, AI orchestration, and technical deployment support.
Key Features & Capabilities
Automation & Ease of Use: Effortless data uploads, automated detection of rare diseases, health predispositions, and pharmacogenomic markers; results are delivered in clear, user-friendly formats.
AI-driven, parallel processing: High-speed, scalable analysis through parallel computing and AI, often completing WGS-to-report in under 5 minutes.
Multi-layered accuracy and reliability: Utilizes curated databases like dbSNP, ClinVar, ACMG, Orphanet, and OMIM; guarantees 98% coverage and high data precision.
Interactive, integrated dashboards: Delivers clinical-grade genomic, ancestry, polygenic, and microbiome scores via PDF/HTML/API with intuitive visualization.
What’s Next: Innovation & Expansion
PanDrugs Discovery: A computational tool to accelerate in-silico drug discovery, streamlining research from molecular hypothesis to validation.
BioTalk: Conversational Genomics: An AI-based assistant enabling users to converse with their genomic data in plain language—transforming difficult datasets into understandable insights.
Quantum-enhanced analysis: A “Quantum Edition” is coming soon—leveraging quantum computing to further speed up genomic sequencing and interpretation.
