Instrument 360 Implementation

If you’re looking to unlock the next level of life sciences lab equipment management, then Instrument 360 from TensorIoT may be the solution for you. Instrument 360 is the experience of having total visibility and management of life sciences lab equipment. It streamlines and simplifies equipment use and support for both OEM suppliers and life sciences practitioners. Implementing Instrument 360 provides integrated local and remote management of lab equipment, facilitating more efficient and effective equipment use, reduced downtime, and an improved support experience.

Instrument 360 provides you with capabilities including (but not limited to) uptime tracking and usage statistics, self-healing calibration, over-the-air updates, remote monitoring and alerting, predictive maintenance, consumables tracking (and ordering), and more. All capabilities can be unlocked while maintaining compliance with GxP, 21 CFR Part 11, HIPAA, GDPR, QMS and other external and internal requirements. Integrations with LIMS (laboratory information management systems), ELN (electronic lab notebook), CRM (customer relationship management), SSO (single sign-on) and other systems and tools in the lab environment can also be implemented.

To accelerate your implementation of Instrument 360, TensorIoT draws on a broad set of skills and experiences, such as the use of IoT (internet of things) technology to gather and ingest data generated by lab equipment, ML (machine learning) to detect and predict anomalous performance, AI (artificial intelligence) to guide use and troubleshooting, along with best practices in UX (user experience) design, security, scalability, and reliability.

TensorIoT has worked with many equipment suppliers to accelerate product roadmap needs related to data collection, device updating, and remote diagnostics. But the benefits of Instrument 360 do not need to be limited to new products. TensorIoT can help you retrofit existing equipment, creating new sources of revenue (e.g. automatically ordering consumables based on equipment use) or reducing support costs (e.g. eliminating truck rolls to calibrate equipment by automating or simplifying the process for end users).