With "luckycloud Hybrid Cloud," you can easily connect your (NAS) server with the cloud. The connection can be established either via "luckycloud S3" or "luckycloud naSync."
If you want to create a disaster recovery plan for your NAS but do not primarily need to edit or share the data stored in the cloud online, "luckycloud S3" is the right solution.
If you want to set up real-time synchronization between your NAS and a luckycloud account to edit and share the data stored in the cloud online, "luckycloud naSync" is the right solution.
Hybrid Cloud refers to systems that combine a local, or Private Cloud (e.g., an intranet), with an external Public Cloud. The interface is usually formed by Network Attached Storage (NAS) servers. These serve as the local access point for you or all employees in the office. All data of the Private Cloud is stored on the (NAS) server and can be edited on-site as usual. In the Public Cloud, there is always an exact replica of the Private Cloud through intelligent synchronization. This data can then serve as a source for online access, from the home office, or for disaster recovery. If there are multiple locations, e.g., of a company, any number of NAS servers in the respective buildings can be connected to the Hybrid Cloud to find identical data sets everywhere at any time.
Not all locations need to maintain 100% of the storage capacity at all times. With modern features like "Hybrid Mount," you can reduce the local data inventory by up to 90%.
If you or a company rely on a shielded Private Cloud system, fundamentally, no one outside the network can access the data stored there. To allow employees access from home or elsewhere, a VPN tunnel is often set up, which enables a secure connection between external devices and the Private Cloud. However, these VPN accesses are quite susceptible to failures and disruptions, especially when many users want to use the tunnel simultaneously. Exclusively using a Public Cloud, on the other hand, carries the risk that the constant uploading and downloading during data processing requires a sometimes enormous bandwidth for transmission. If the data is edited on the local (NAS) server instead, only the actual changes are synchronized centrally once, allowing you to save up to 85% of data traffic.