A cloud based temperature monitoring solutions consist of hardware collecting the temperature values and software evaluating the data, triggering alarms, performing reports and archiving the harvested data in a compliant manner. But where is this software running? While in the past “on-premise” was the usual answer, today more and more cloud solutions are being introduced. But what are the implications, risks and requirements of running a GxP compliant cloud based temperature monitoring solution?
Cloud Computing is a service using remote servers hosted in the internet to store, manage, and process data - rather than running an application on a local server on-premise. As a rule, a distinction is made between three cloud models, which differ in the outsourced areas of responsibility.
Software as a Service (SaaS), also known as cloud application services, represents the largest cloud market. SaaS delivers (business) applications that are typically accessed directly via web browser and do not require any downloads or installations on the client side.
In the past years, cloud computing and cloud hosting has rapidly grown for business applications across different industries. This is due to obvious advantages:
Naturally, cloud computing also has downsides:
But in the end it is all about cost: What are the benefits (cost savings) and what are the additional efforts (additional costs) in a cloud solution in comparison to running the software on-premise?
Application is provided by SaaS provider and used by many customers with own user names and passwords but shared infrastructure and software.
Application is dedicated to a single customer. Compared to the Public Cloud, the Private Cloud is significantly more expensive since the resources need to be multiplied with each new customer.
Mix of public and private cloud solutions. The resources are typically orchestrated as an integrated infrastructure environment. Hybrid Cloud takes “the best of both worlds” but is more complex to overlook and manage.
To ensure that a SaaS Public cloud based temperature monitoring solution is GxP-compliant, a few requirements must be fulfilled:
A computerized system validation (CSV) is the documented process of assuring that a computerized system does exactly what it is designed to do in a consistent and reproducible manner. It follows the V-Model, which means requirements must be documented, validation and test plans written, risks evaluated in a written risk assessment, functionalities tested and documented according to the test plan and finally a validation report issued summarizing all validation efforts.
In a multi-tenant infrastructure (SaaS Public Cloud), separate clients work on the same cloud based temperature monitoring software using their own user-names and passwords, which means they only have access to their own data and reports that are guaranteed by row-level access rights. Therefore, each line in the database is only accessible to authorized customers (see also Compliance in User Management & Authentification).
Service Level Agreement (SLA) with clear definition of how to deal with upgrades, patches and changes:
Supplier SLA should include:
Before 2 years: Process Data is “fresh data” which is used for taking business decisions (e.g. MKT calculation of a stability study). For two years, the service provider must ensure that:
After two years: The service provider must ensure that Archive Data is available for at least 10 years and fulfils the following requirements:
Find all elements and features of a GxP-compliant temperature monitoring solution on this page.
Find out more about the process of a calibration and why it is even necessary to calibrate a sensor.
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