CLOUD COMPUTING AND WEB SERVICES
Cloud computing and web-services refer to remotely managed Information Technology Architectures.
These applications are accessible via internet and allow access to various enterprise services with minimum infrastructure costs from the client side.
From the server side remote databases and scalable/virtualizable hardware solutions optimize the global platform costs and critically extend the usability, performances and deployment times of such solutions.
Thanks to Microtecna’s expertise we can design, realize and maintain any kind of web-application and/or web-service creating customized cloud-based solutions with particular attention to guarantee the maximum level of security of your data.
M.O.P.A. (Maintenance Operations & Planning Application)
Technologies: WEB, WINDOWS, IPC, MOBILE, RDBMS, RFID, BARCODE
Keywords: MES INTEGRATION, PDA, CONDITION MONITORING, TRACEABILITY
Hybrid Platform (Web/Mobile) created to manage maintenance operations inside industrial environments.
The system performs activities’ planning and execution management, tracks operators’ work and helps maintenance costs classification. It can be integrated with external ERP/MES. It is also able to perform condition monitoring activities. Operators can use both a Web application or Mobile devices (or smartphones) to interact with the platform with minimum effort.
Metallurgical Measurement Platform
Technologies: ARM, RTOS, SENSORS, SAFETY, ENCRYPTION, WEB, RDBMS, WINDOWS, WIFI
Keywords: HARSH ENVIRONMENTS, TRACEABILITY, PLUG N’ PLAY, QUALITY
Compact and smart platform able to perform real-time measurements of various physical quantities related to metallurgical processes. Based on custom electronics created and certified for harsh environment, this platform can perform tests and automatically store the acquired data inside a unique database. Data communication and storage are encrypted in order to guarantee the maximum safety. Operators can easily access the platform from notebooks of smartphones using a web-based interface.
Distributed Warehouse Solution
Technologies: WEB, MOBILE, RDBMS, WINDOWS, ANDROID, RFID, BARCODE, SENSORS, COMPUTER VISION
Keywords: LOGISTICS, TRACEABILITY, STATISTICS
Web/Mobile Platform capable to trace and organize on-field warehouses and related contents in large building construction contexts. The system is able to tag, recognize and track different kind of objects (from toolboxes to cranes) and locate them in large remote construction sites. Operators can both manage internal warehouses and on-site warehouses using a powerful web-based interface and simple-to-use industrial grade mobile devices provided with various identification technologies (e.g. RFID, Cameras, Data Matrix readers, …). All the data are stored in a unique secure cloud-based database.
Technologies: WEB, IPC, PLC, RDBMS, WINDOWS, FIELDBUS, SENSORS, EMBEDDED
Keywords: NAVIGATION, PDA, TRACEABILITY, CONDITION MONITORING, HARSH ENVIRONMENTS, PLUG N’ PLAY
Industrial hybrid (Automation/IT) Platform capable to monitor and acquire navigation data using sensor-fusion technologies.
IDRA is a next-generation rugged, multi-channel, plug n’play, winch line control, wireline monitoring and tensiometer instrumentation platform integrated with IMU and GPS sensors.
Optimized for harsh-environments and demanding commercial and oceanographic applications this platform can acquire all process data and storage them in secure cloud servers in order to provide solid traceability and condition monitoring informations.
Data Logging Platform
Technologies: WEB, IPC, PLC, RDBMS, WINDOWS, FIELDBUS
Keywords: PRODUCTION, LOGISTICS, QUALITY, PDA, TRACEABILITY
Industrial IT Platform capable to acquire customizable sets of production data directly from machines’ PLC and automatically relate them inside a unique hi-performance database.
This solution can be fully customized by the customer itself and can record any kind of event (such as alarms) or process data and correlate them to unique identification keys in order to fully describe a product-instance history and guarantee its traceability.
Authorized operators can access and analyse these data by using local HMIs or a secure web-based interface.