If your **WD My Cloud has suddenly disappeared from your network**, the issue may be related to the network connection, router settings, device discovery, or the My Cloud itself. Before assuming that your files are lost, there are several basic checks you can perform.First, check the Ethernet cable connecting the My Cloud to your router or network switch. Make sure both ends are firmly connected. Look at the LEDs on the My Cloud and confirm that the device appears to have power and network activity.Next, restart your router and allow it to fully reconnect to the internet. After that, restart the My Cloud and wait several minutes for it to reconnect to the network. A temporary DHCP or network-discovery problem can sometimes cause the device to disappear from computers.You can also check your router's connected-device or DHCP client list. Look for the My Cloud device and note its assigned IP address. If it appears there, try accessing the device using that address from a browser or supported network-management tool.If the My Cloud is visible from one computer but not another, the problem may be related to network discovery or sharing settings on the affected computer. Check that the computer is connected to the same local network as the My Cloud.It is also worth checking whether any recent router, operating-system, firewall, or network configuration changes occurred before the problem started.Most importantly, **avoid resetting the My Cloud to factory defaults while troubleshooting**, especially if the device contains important data. A reset can change configuration and may complicate recovery.If the device remains missing after checking the cable, router, IP address, and network settings, gather the My Cloud model, LED status, router information, and what changed immediately before the device disappeared. These details can help narrow down whether the problem is network-related or specific to the My Cloud.

MyCloud gone from network

A WD Green 2TB hard drive that has been running for many years can show unusually high Power On Hours and Load Cycle Count values. A recent WD Community discussion involves a WD Caviar Green 2TB drive that was originally used in a desktop computer and later operated continuously in a seed server.According to the discussion, the drive had accumulated approximately 98,693 Power On Hours and more than 1.42 million Load Cycle Counts. Interestingly, its sector-related SMART indicators, including reallocated and pending sectors, were still reporting healthy values.Power On Hours indicate how long a drive has been powered and operating. Load Cycle Count measures how many times the drive's heads have been parked and unloaded. A very high Load Cycle Count can be a concern for an aging mechanical hard drive, particularly when the drive has spent years operating continuously.One important point is that healthy sector information does not guarantee that an older hard drive will continue operating indefinitely. SMART monitoring can identify many potential problems, but it cannot predict every mechanical or electronic failure.For a drive with extremely high operating hours and load cycles, users should prioritize their data. Make a complete and verified backup before attempting further troubleshooting or continued use. If the information stored on the drive is important, replacing the aging drive is a safer approach than waiting for bad sectors or another obvious failure to appear.The WD Community discussion also notes that an old drive may continue functioning, but age and extensive usage should be considered when deciding whether to retire it.Ultimately, SMART values are useful for monitoring drive health, but they should not be treated as a guarantee. Regular backups and timely replacement of heavily used mechanical drives can help reduce the risk of unexpected data loss.

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