Encryption explained
Encryption transforms readable data into ciphertext using a mathematical algorithm and a key. Without the right key, the result is meaningless — so even if data is intercepted or stolen, it stays protected. It applies in two key contexts: in transit (data moving across networks, secured by TLS/SSL) and at rest (data stored on drives, servers, laptops, and backups).
Strong, modern encryption (such as AES) is effectively unbreakable when implemented correctly, which is why the real security challenge is less about the math and more about practice: protecting the keys, encrypting the right data everywhere it lives, and configuring it properly. Done well, encryption is one of the most powerful safeguards available.
Why Encryption matters for your business
Data gets lost and stolen constantly — laptops go missing, drives are discarded, backups are mishandled, and systems are breached. Encryption is the safety net that renders that data useless to whoever ends up with it. An encrypted stolen laptop is a hardware loss; an unencrypted one can be a reportable data breach.
Privacy and security regulations increasingly expect encryption as a baseline safeguard for sensitive and personal information — and frameworks like PHIPA, PIPEDA, and PCI-DSS effectively assume it. Beyond compliance, it's simply one of the highest-impact protections you can apply to your most sensitive data.
Scalogic encrypts your data end to end
Scalogic implements encryption across your environment as part of our cybersecurity service — protecting data in transit with TLS and at rest on devices, servers, and backups, with disk encryption on laptops so a lost device doesn't become a breach.
We manage the keys and certificates that make it all work through our PKI practice, and configure encryption to support your obligations under PHIPA, PIPEDA, and PCI-DSS. Strong protection for your most sensitive information, properly implemented.
Frequently asked questions
What's the difference between encryption in transit and at rest?
In transit protects data moving across networks (via TLS); at rest protects stored data on drives, servers, and backups. Both are needed for full protection.
Does encryption guarantee security?
Strong encryption is extremely effective, but only if keys are protected and it's configured correctly across all sensitive data. Scalogic handles the implementation and key management.
Is encryption required for compliance?
Regulations like PHIPA, PIPEDA, and PCI-DSS effectively expect it as a safeguard for sensitive data. Scalogic configures encryption to support these obligations.