Discover how a leading life sciences organization uses IoT to transform lab operations—beginning with asset tracking, and evolving into so much more—with this Q&A.
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Whether designing an all-new lab or upgrading an existing facility, the Internet of Things (IoT) can help labs improve operations and environmental practices. Learn how IoT solutions can help enhance four core areas of sustainability in life sciences.
Do you ever notice how some of your lab’s most valuable equipment is on the run? Discover how IoT can help track, locate, and secure these vanishing pieces of lab gear.
Discover survey insights on how life sciences companies are tacking challenges in lab ops - primarily around asset management and technology gaps.
Discover how the Internet of Things (IoT) is reshaping labs with smarter sustainability, data automation, and asset tracking solutions—driving the future of innovation in lab sciences.
An asset utilization solution empowers lab managers with real-time and historical data needed to improve resource allocation, reduce costs, enhance productivity and throughput, while promoting sustainability.
IoT empowers life sciences companies to achieve sustainability by reducing energy consumption, minimizing waste, and conserving water while maintaining scientific integrity in labs.
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Learn how IoT solutions revolutionize lab management, enhancing efficiency, cutting costs, and driving innovation in life sciences. From real-time asset tracking to space utilization optimization, discover how IoT empowers lab managers to make data-driven decisions to unlock the full potential of their labs.
IoT-powered solutions supercharge life sciences operations by promoting data-driven efficiencies, streamlining workflows, optimizing CapEx, and maximizing utilization of resources and space.
Security and data integrity are paramount in life sciences, so when making decisions around IoT-backed indoor asset tracking solutions and providers, it’s vital for enterprises to understand what end-to-end security should look like.
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When it comes to asset management programs in the life sciences industry, enterprises encounter five different scenarios with each representing an increase in maturity.
Unlike passive radio frequency identification (RFID), real-time location systems (RTLS) can enhance enterprise-wide asset tracking capabilities by providing equipment location data in real-time. By asking the right questions, enterprises can understand which solution is best for their business models.
When deploying IoT solutions, flexibility and interoperability are key for unifying data and eliminating silos in the R&D sector. Platforms affording seamless integration with existing systems drive total data transparency, and can generate user insights to boost productivity, optimize operational spending, and improve decision-making.
In life sciences operations, a proactive, data-backed approach is key for enhancing operations, tackling challenges, and future-proofing the business.
The future of lab operations relies on creating a strategic and operational framework allowing life sciences companies and the people – namely scientists – to innovate quickly and bring innovation with speed to market by leveraging data.
Real-time location systems (RTLS) empower healthcare facilities to leverage IoT for asset tracking to help improve operations, optimize workflows, reduce costs, and ensure equipment availability – freeing up time for clinicians to focus on patient care.
Asset tracking is vital for healthcare, life sciences, manufacturing, and other large-scale enterprises. Combining short-range 2.4 Ghz Low Energy capabilities with long-range LoRaWAN® (Long-Range Wide-Area Network) capabilities allow for real-time location systems (RTLS) with greater accuracy, affordability, and operational efficiencies.
By streamlining and automating workflows, IoT-enabled asset management can enhance the quality and timing of patient care, increase operational efficiencies for staff, and empower data-backed, evidence-based decision making.
Enterprises in all industries leverage various wireless technologies for asset tracking, namely 2.4 Ghz Low Energy-based RTLS solutions or passive RFID. Understanding variables like range, hardware costs, and location accuracy helps enterprises decide which solution is best for meeting dynamic inventory management needs.
There’s no shortage of solutions available for asset tracking in the real-time location systems (RTLS) arena, which is why evaluating core features, functions, and design of varying RTLS options is essential to meet your specific business needs.
In complex life sciences operations, IoT-enabled asset management is urgent to streamline operations, promote cost savings, drive ROI, and save time for scientists to focus on their core mission: researching, developing, and creating pharmaceutical products.
In healthcare, investing in IoT-powered asset management capabilities like RTLS pays off in routine productivity – and keeps paying off – by helping reduce costs associated with misplaced and underutilized equipment for better use of resources and time.
Medical facilities can reap substantial benefits from asset tracking technologies that promote better use of resources and time for staff and enhance the quality of care for patients. Ensuring a successful rollout relies on three factors: cost of ownership, ease of installation and maintenance, and scalability.
Asset management and asset tracking are the backbone of efficiency in virtually all industries, fortifying productivity, and driving ROI. While they’re interrelated in nature, each represents different functionality, meaning, and purpose.
