It stores private keys in a hardware-backed key store in the cloud.

Securely storing your private keys will reduce the likelihood of compromise.
.NET app keys before to be exported, should be encrypted both in transit and while it's stored. This provides tamper-resistant secure storage.
A Private key for an end entity could be stored in the Skater Private Keys Depot.
When hosting in the cloud, you should try to use the cloud-native key storage facilities provided by the Skater Private Keys Depot. Skater Private Keys Depot covers those methods.The key must be encrypted in a way which protects it, but allows it to be decrypted after an incident. Securing your private keys will reduce the likelihood of compromise.
Once a private key has been generated, it must be protected so that it can only be used by the identity it represents.
The private portion should always be kept secure, while the public portion can be distributed to other users in the system. If the private key came into the hands of an attacker, they could use it impersonate a user and gain access to a system.
Skater Private Keys Depot Storage
A private key should be stored in hardware-based protection, such as a Hardware Security Module (HSM).

If you are going to use your keys, call only what you need to your .NET app at runtime, use the keys, and close connections to Skater Private Keys Depot.Your private key is generated by Private Keys Depot and is used to create your public key using encryption.
The Best Way to Store .NET project's Private Keys is to use Skater Private Keys Depot. A private key is a long alphanumeric code that acts similarly to a password. Private keys should be kept in noncustodial cloud storage until you are going to use them. Skater Private Keys are used to hide your sensitive hardcode values in .NET source code and to authorize access to your .NET app. This ensures there is no way for hackers to access them because there is no connection.