TechNVision Ventures Announces Solix-Symbiosis MoU for AI-Driven Drug Discovery Center of Excellence
TechNVision Ventures Ltd announced through a BSE filing dated March 18, 2026, a Memorandum of Understanding between Solix Technologies and Symbiosis Center for Entrepreneurship & Innovation to establish a Center of Excellence in New Drug Development and Drug Repurposing. The collaboration, formalized during TAL HealthFest 2026, focuses on AI-driven translational drug discovery targeting Alzheimer's disease and antimicrobial resistance, combining Solix's 25+ years of data management expertise with SMCW's clinical research capabilities.

*this image is generated using AI for illustrative purposes only.
TechNVision Ventures Ltd has announced a significant collaboration through a BSE filing dated March 18, 2026, regarding a Memorandum of Understanding between its affiliate Solix Technologies and Symbiosis Center for Entrepreneurship & Innovation. The MoU establishes a Center of Excellence in New Drug Development and Drug Repurposing, marking a strategic advancement in AI-driven healthcare innovation.
Strategic Partnership Details
The collaboration brings together Solix Technologies and Symbiosis Center for Entrepreneurship & Innovation in partnership with Symbiosis Medical College for Women to create a comprehensive research ecosystem. The MoU was formalized during TAL HealthFest 2026, demonstrating the commitment of both institutions to advance innovation at the intersection of Artificial Intelligence, biomedical research, and translational medicine.
| Partnership Component: | Details |
|---|---|
| Lead Technology Partner: | Solix Technologies |
| Academic Partner: | Symbiosis Center for Entrepreneurship & Innovation |
| Medical Collaboration: | Symbiosis Medical College for Women |
| Announcement Venue: | TAL HealthFest 2026 |
| Focus Areas: | Alzheimer's disease, PAMR pathogens |
Center of Excellence Framework
The Center of Excellence aims to integrate multiple research methodologies to accelerate drug discovery processes. The initiative combines computational intelligence with clinical validation to address current challenges in pharmaceutical development.
Core Integration Areas:
- Computational intelligence and AI-driven in-silico modeling
- Molecular validation frameworks
- In-vivo translational research
Initial Research Focus:
- Alzheimer's disease therapeutics
- Priority Antimicrobial Resistant (PAMR) pathogens
The collaboration leverages Solix's 25+ years of expertise in end-to-end data lifecycle management, governance, and Enterprise AI, combined with SMCW's clinical, translational, and biomedical research strengths.
Addressing Industry Challenges
The drug discovery and development landscape faces significant obstacles including high pre-clinical attrition rates, extended development timelines, and escalating R&D costs. This initiative aligns with national missions supported by India's DBT, ICMR, DST, and AMR action plans, contributing toward scientific self-reliance and healthcare innovation.
Leadership Vision and Impact
According to Mr. Sai Gundavelli, Founder & CEO of Solix Technologies, the partnership focuses on intelligent data harmonization and AI-driven translational science to accelerate therapeutic breakthroughs while reducing pre-clinical risk. Dr. Saptarishi Ghosh, CEO of SCEI at Symbiosis International University, emphasized that the collaboration strengthens their mission to empower women in medicine and advance translational healthcare research.
| Expected Outcomes: | Description |
|---|---|
| Target Identification: | Novel therapeutic targets validation |
| Molecule Development: | CNS-active and antimicrobial lead molecules |
| Drug Repurposing: | Approved and investigational drugs |
| Industry Services: | Collaboration and CRO services |
| IP Generation: | Intellectual property development |
| Education: | Training for UG, PG, and PhD scholars |
Technology and Research Integration
Mr. Murali Krishnam, VP - Pharma AI Product Strategy at Solix Technologies, highlighted the company's leadership in advanced Semantic Layering and Neuro-Symbolic AI. The platform addresses the complexity of integrating in-silico, in-vitro, and in-vivo research data ecosystems, enabling organizations to unlock unified insights and transform research into real-world impact.
The Center of Excellence will identify and validate novel therapeutic targets, develop CNS-active and antimicrobial lead molecules, and repurpose approved and investigational drugs. Additionally, it will enable industry collaboration and CRO services, support intellectual property generation, and train undergraduate, postgraduate, and PhD scholars in translational drug development.

































