waters_connect Software Solutions

This whitepaper outlines the security architecture, operational controls and compliance framework behind the Waters™ Cloud Platform. Learn how Waters protects customer data through multi-layered infrastructure security, secure application development practices, role-based access controls, encryption, monitoring and incident response processes. Discover how the platform aligns with industry standards including GDPR, SOC 2® Type II and ISO 27001, and explore the cybersecurity measures designed to help ensure the confidentiality, integrity, and availability of scientific data in cloud-based environments.

Resource details:

Resource type: Whitepaper
Page count: 3
Read time: 5 mins

This whitepaper explores how Waters™ Data Intelligence Software helps laboratory data scientists and statisticians accelerate analysis by transforming fragmented analytical data into connected, analysis-ready datasets. Learn how improved access to contextualized data, metadata-rich analytics and cross-project visibility can reduce time spent on data preparation, strengthen statistical confidence, and support faster scientific decision-making. Discover how connected analytical environments help improve trend detection, preserve data integrity, enhance collaboration and increase scientific throughput across pharmaceutical development and regulated laboratory workflows.

Resource details:

Resource type: Whitepaper
Page count: 5
Read time: 8 mins

This case study explores how MannKind Corporation used Waters™ waters_connect™ Data Intelligence software with Empower™ Chromatography Data System to improve laboratory visibility, data integrity, and decision-making across QC workflows.

By moving from reactive troubleshooting to proactive monitoring, MannKind gained deeper insight into system suitability trends, column performance, reprocessed injections, aborted runs, and other data integrity indicators. The case study shows how dashboard-based analytics can help laboratories reduce avoidable investigations, strengthen audit readiness, and support more efficient, data-driven lab operations.

Resource details:
Resource type: Case study
Page count: 3
Read time: 6 mins

In this whitepaper from Waters, explore how proactive method monitoring can help analytical laboratories maintain lifecycle-based control, strengthen inspection readiness, and move beyond reactive investigations. It outlines how Waters Data Intelligence Software enables near real-time monitoring through interactive dashboards, automated Nelson Rule evaluation, and statistical process control, helping laboratories detect drift, bias, abnormal variability, and early signs of method instability before they impact analytical performance.

This whitepaper explores how large screen monitoring in waters_connect™ System Monitoring software enhances laboratory efficiency and collaboration. By providing a centralized, real-time view of analytical systems such as chromatography and LC-MS instruments, the feature enables lab teams to quickly assess system status, optimize resource allocation, and reduce downtime. The large screen view improves visibility across teams and supports more proactive, data-driven decision-making in modern laboratory environments.

This whitepaper explores how laboratories can transform complex, fragmented data into actionable insights using waters_connect™ Data Intelligence software. Built on a secure cloud platform, the solution provides real-time dashboards for data integrity, cross-project analysis, and system utilization, helping laboratories improve productivity, streamline workflows, and ensure compliance. By automating data consolidation and enabling advanced analytics, the platform supports faster decision-making and more efficient laboratory operations.

This case study explores how Chong Kun Dang (CKD), a leading pharmaceutical company, improved operational efficiency in its quality control laboratory using waters_connect™ System Monitoring. By enabling real-time monitoring of chromatography systems, the platform helped streamline instrument management, reduce downtime, and optimize laboratory workflows. The implementation supports continuous monitoring, faster issue resolution, and enhanced productivity in high-throughput pharmaceutical environments.

In this application note, Waters™ provides an overview of the waters_connect™for quantitation, its newest software platform, now available on the core Xevo™ tandem quadrupole family of mass spectrometers. The system is designed to allow users to harness productivity and full lab potential with advanced usability and unique tools for method development, data processing, and reviewing, combined in a modern, app-based platform.

Waters™ presents the PFAS testing application notebook. The role of food safety, environmental protection, and drinking water testing laboratories has never been more critical. Pollution, safety, sustainability, and quality are of major concern to the public, governments, food industry, and water companies. This eBook includes the latest application notes from Waters, supporting the development and implementation of new testing methods and technologies for the analysis of PFAS in:

• Surface and ground waters
• Soil and sediments
• Drinking water
• Biological fluids
• Food

In this application note, Waters demonstrates how the app-based compliance-ready waters_connect™ informatics platform can be used with the Xevo™ G3 QTof for biosimilar mAb characterization and monitoring.

In this video, Waters Corporation explains how waters_connect, a browser-based software, can be used for PFAS data processing.

In this video, Jenny Davies, Waters Corporation, explains how you can reach ultimate sensitivity when analyzing PFAS in environmental water samples.

Discover how waters_connect software solutions are transforming PFAS laboratory operations

Scientists from Abu Dhabi’s RASID lab provide an insider’s look at the high-throughput wastewater analysis facility

Waters Corporation commits multi-year investment with support from IDA Ireland to help accelerate life sciences industry growth

Waters’ newest tandem quadrupole mass spectrometer is up to 15X more sensitive for analyzing negatively ionized compounds

New Intact Mass software application on waters_connect enables simplified and significantly faster analysis of biomolecules for mass and purity