![]() TCP’s software goes beyond traditional time and attendance tracking by offering powerful reporting and analytics capabilities. Additionally, employees can access their schedules online, facilitating better communication and reducing scheduling conflicts. By factoring in employee availability, skills, and labor laws, the system generates optimized schedules that minimize overtime costs while maximizing workforce efficiency. The scheduling module within TCP’s software empowers managers to create, manage, and optimize employee schedules with ease. Moreover, the mobile app allows remote and on-the-go employees to conveniently record their work hours, making it ideal for organizations with a dispersed workforce or remote work arrangements. Employees can clock in and out using biometric data, such as fingerprints or facial recognition, ensuring heightened security and preventing time theft. One of TCP’s standout features is its seamless integration of biometric and mobile technologies for time clocking. By automating timekeeping processes, TCP’s software streamlines payroll processing, reducing administrative overhead and ensuring compliance with labor regulations. The system provides accurate and real-time tracking of employee work hours, enabling businesses to monitor attendance, punctuality, and absenteeism effectively. ![]() ![]() Time and attendance tracking is a fundamental aspect of any organization, and TCP’s software suite offers a suite of advanced tools to simplify and automate this critical function. With a commitment to delivering innovative, user-friendly, and reliable solutions, TCP has established itself as a trusted partner for businesses seeking to optimize their time and labor management processes. It serves as a simple web page which allows the user to setup basic parameters.TCP (TimeClock Plus) is a leading provider of comprehensive time, attendance, and scheduling software solutions, empowering organizations across various industries to efficiently manage their workforce. HTTP ServerĪll devices run a local HTTP server on port 80. By performing a HTTP request to set the desired WiFi settings (see HTTP API below).Ĭontrol of these parameters via HTTP is possible via the /settings/sta and /settings/ap endpoints.Using the local web interface via a browser (open ).Via Allterco's mobile applications for Android and iOS.the device has to be configured to connect to an existing, Internet-connected WiFi infrastructure.Ĭonnecting the device to an existing WiFi infrastructure can be done: To be able to connect to Allterco's cloud service, synchronize time, etc. Initially, devices come preprogrammed in Access Point mode with no password set. The factory default is AP mode with SSID shelly-XXXXXXXXXXXX with no authentication enabled. Shelly devices can operate as either WiFi Access Point (AP mode) or Client Mode (STA). Apart from these, each device extends the common HTTP endpoints with a set of device-specific settings and behavior. All devices support a common set of configuration parameters, some share common features. These pages describe the HTTP API exposed by the Shelly family of devices.ĭevices in the Shelly family are IoT nodes connected to the Internet over WiFi. Shelly1/1PM: /settings/ext_temperature//em_data.csv.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |