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Public and private keys serve as the foundation for public key cryptography and are heavily relied upon in end-to-end encryption. Also referred to as asymmetric cryptography, public key cryptography works because each public key exclusively matches a single private key. “Public key cryptography provides the basis for securely sending and receiving messages with anyone whose public key you can access.”

Public and private keys serve as the foundation for public key cryptography and are heavily relied upon in end-to-end encryption. Also referred to as asymmetric cryptography, public key cryptography works because each public key exclusively matches a single private key. “Public key cryptography provides the basis for securely sending and receiving messages with anyone whose public key you can access.”

Public and private keys serve as the foundation for public key cryptography and are heavily relied upon in end-to-end encryption. Also referred to as asymmetric cryptography, public key cryptography works because each public key exclusively matches a single private key. “Public key cryptography provides the basis for securely sending and receiving messages with anyone whose public key you can access.”

Nathan Ware, President of Rain Networks, runs a value-added distribution company focusing on security solutions for channel partners in a range of vertical markets. His clients work primarily with small business end-users, many who have fewer than 50 employees. This includes legal firms, CPAs, financial services, and healthcare groups. Ware says his providers wanted a SaaS (software as a service) encryption tool for end users that protects email data, guards against threats and malware, integrates seamlessly into existing email and business platforms, and is available at a reasonable price point for his SMB base of MSPs and solution providers.

Public and private keys serve as the foundation for public key cryptography and are heavily relied upon in end-to-end encryption. Also referred to as asymmetric cryptography, public key cryptography works because each public key exclusively matches a single private key. “Public key cryptography provides the basis for securely sending and receiving messages with anyone whose public key you can access.”

Public and private keys serve as the foundation for public key cryptography and are heavily relied upon in end-to-end encryption. Also referred to as asymmetric cryptography, public key cryptography works because each public key exclusively matches a single private key. “Public key cryptography provides the basis for securely sending and receiving messages with anyone whose public key you can access.”