About ViSetu
Key Feature
Experience the freedom of mobility like never before with Visetu - your gateway to seamless application access from anywhere, anytime
Say goodbye to the constraints of Destop PCs and embarce a new era of flexibility of productivity
In a world tethered by wires, imagine a seamless solution that liberates your instruments, empowering them to communicate effortlessly with software platforms. Introducing the transformative power of WiFi routers – your gateway to mobility and connectivity like never before.
Discover the simplicity of setup, the reliability of wireless networks, and the limitless possibilities for applications in various fields. From laboratories to industrial facilities, healthcare to research environments, witness firsthand how WiFi routers revolutionize instrument connectivity, enhancing efficiency and productivity along the way.
- Seamless WiFi connectivity: Effortlessly link instruments to server databases without the need for LAN connections
- Mobile accessibility: Access instrument data from anywhere, anytime, via WiFi-enabled devices.
- Real-time data transfer: Instantaneous transmission of instrument data to server databases for up-to-date analysis and monitoring.
- Simplified setup: No desktop PC required for configuring or maintaining the interface, streamlining the process for users.
- Enhanced flexibility: Enjoy the freedom of wireless instrument interfacing, allowing for easy reconfiguration and scalability as needed.
- Secure data handling: Implement robust security measures to ensure the confidentiality and integrity of transferred instrument data.
About VI Setu
Welcome to our innovative WiFi Router PLC system, designed to revolutionize data connectivity and security in industrial settings. Our solution combines the reliability of PLCs with the flexibility and convenience of WiFi, ensuring seamless data transfer while adhering to stringent FDA regulations.
Data Encryption and Integrity
Employ AES (Advanced Encryption Standard) encryption for data transmitted over the WiFi network, safeguarding sensitive information from interception.
Implement checksums or hash functions to verify the integrity of transmitted data and detect any unauthorized alterations.
Ensure that data remains accurate and unaltered throughout the transmission process.