- Shilpa Biologicals has launched PartnerPower, a digital transparency platform designed to provide customers with real-time visibility into biologics development and manufacturing programs.
- The platform connects data across research, analytical development, and manufacturing operations to support project oversight, technology transfer, and regulatory readiness.
Shilpa Biologicals has launched PartnerPower, a digital transparency platform designed to provide customers with real-time visibility into biologics development and manufacturing programs. The company said the platform enables sponsors to access operational data from process development laboratories and GMP manufacturing environments as it is generated.
According to Shilpa Biologicals, PartnerPower replaces periodic reporting with a continuously available collaborative environment, allowing biopharmaceutical companies to monitor the status of their projects at any time. The platform has been developed to provide visibility across multiple stages of development and manufacturing activities.
The company stated that the platform links information from research and development, analytical development, and manufacturing operations. By connecting these functions, Shilpa Biologicals said PartnerPower is intended to support closer coordination between teams, faster decision-making, and more efficient technology transfer during biologics development.
The launch forms part of the company’s broader strategy to strengthen its CDMO offering by creating a more integrated customer experience. Shilpa Biologicals said the platform is designed to support data integrity, confidentiality, and a continuous state of audit readiness in line with regulatory expectations.
“With PartnerPower, we are setting a new global benchmark for what transparency in a CDMO partnership should look like.”
Madhav Bhutada, Director of Shilpa Biologicals
The company added that the platform is intended to provide sponsors with real-time access to project data and milestones throughout the development and manufacturing process.
