The Information Protection Life Cycle (IPLC) frames how information should be protected across three stages: acquire & assess, active use life, and disposition. Its “main sequence” is Active Use Life—the period when information is actively used—borrowing the term from archaeology to emphasize that information, as a human construct, has a definable beginning and often an end. The Contain and Recover phase focuses on scenarios where data has been destroyed, operations have been disrupted, or control over information has been lost to unauthorized parties, and it emphasizes limiting damage while restoring operations quickly.
A key distinction is drawn between data leakage and data loss. Leakage occurs when unauthorized users, devices, or applications obtain data they should not access—often through misconfigurations, but also via malicious activity such as advanced persistent threats or cybercrime—typically involving credential compromise and privileged account takeovers. In leakage, the organization still possesses the data, but others have illegally copied it, eroding the value of trade secrets and exposing organizations to regulatory penalties and fraud risks for PII. Data loss, by contrast, often stems from storage failures or destructive attacks like ransomware and wipers, and is mitigated through business continuity planning and reliable backups.
Containment begins once attacks are discovered via monitoring, detection, and forensics, using playbooks tailored to incident types (e.g., phishing removal, endpoint quarantine, ransomware isolation). Effective containment is strengthened by least privilege and by coordinated tooling such as EDR, NDR, SIEM, SOAR, and PAM. Recovery varies by incident: restoring encrypted files, replacing compromised machines, meeting breach notification obligations, compensating victims, and strengthening security architecture—especially after PII or trade secret leakage. Business continuity is positioned as the overarching strategy aligning security and operational resilience through threat modeling, risk mitigation, planning, processes, and tested backups.
