Enterprise Operability
Configurable Network Computing models
QMSQC supports a configurable network computing model that allows Hybrid Cloud external internet hosted SAAS services using QMSQC focused clients or QMSQC can be hosted at multiple locations each with a database server or a central server to be managed anywhere from local client interfaces. The database server is the repository for all QMSQC profile data, customer data, tecnical data, instrument data, runtime data collectors, loggers, mirrors, or data marts for process history log collection points.
QMSQC Hybrid Cloud SAAS using QMSQC Autobuild Clients QMSQC can be configured to run on a hybrid cloud model where all or some of the data is hosted in the cloud and users must have an internet connection at all times to connect to the database servers. Instead of using a browser to connect, a focused QMSQC client server model is engineered using hybrid cloud high avalibility network computing models where any desktop and or group can be set up and working in minutes.
Internal corporate Database Servers Hosting can be fully local with high availability LAN 10Gigabite connectivity with no dependence on internet connectivity except for licensing which generally would not be an issue unless extended downtimes occur.
Process and automation Interfaces/Servers QMSQC clients can create systematic processes and schedules for collecting and analyzing process or any kind of data or Lab notebook data. Interfaces to Process Tags from different process parameters are assigned values and either pointed to stable PLC history collectors or collected in data marts for configurable interfaces.
Hosting For local hosting LAN or hosting Cloud WAN, a Partial listing of types of data include sample data, method data, material data, COA data and charts, column data, help data, connections data, metadata generated from the app or configuration tools, reporting, instrument configurations, profiles, auditing data, and all other data types and QMSQC metadata. Metadata is used to drive the runtime architecture and determine business logic execution.
Scaling QMSQC has been designed to be network friendly and can do most of its processing on the database server but also use client processing power optimized for highly scalable operations, 1000s of users using systems designed for minimum contention issues and locking allowing large numbers of concurrent users, with large amounts of historical data presentable quickly.
VM architectures
QMSQC can be configured in many different ways, single, multi, corporate, federal, or government and can allow unlimited clients scaled and licensed per database location so locations/labs can load the software on all their desktops and thus give global access to the quality data from any computer local or remote without worrying about licensing and pesky timekillers. Each client needs network access to operate QMSQC if licensed that way. This type of licenseing is similar to other large software vendor's licensing methods.
QMSQC uses Microsoft SQL Server database management systems 2016 to 2022 . QMSQC also works with other database systems such as Oracle, DB2, and MSSQL on Linux, but the focus is on SQL Server for out of the box functionality, and at this point is highly recommended till later releases.
QMSQC could be configured easily for all in one DEMO mode where everything runs on one server or desktop but it is not recommended except for Demo modes unless for Production, the Server/desktop is designed for higher performance and high availibility.
Interoperability allows customers to streamline their operations by automating the flow of data. QMSQC uses data flows including the HL7 protocol and APIs to communicate with any third-party system, so you can exchange data with a range of EMRs, billing applications, and healthcare information systems. The lab can receive orders and send results to other systems, reducing manual work and improving workflow. The lab can import any type of scanned documents or image and associate it with a specimen/sample, customer account or instrument batch so all users have access from any location with no third-party system required. Reports can be emailed, email to fax, FTP directly or directly sent over the internet TCPIP over VPN, etc. Print, Fax, or Email test results to multiple client contacts and create templates for clients with repetitive work.
Operational Database Query and Search
Allows import and export of data of LIMS or ELN data, cleanly organizes data, enabling easy search of stored data via keywords. Metadata Management and saved search facilitates the creation, storage, and management of metadata for better search criteria and shared search criteria with other users by allowing the saving of filters.