Data Breaches coverage from Firewall Scoop holds 16 articles, 16 of them reference guides. The newest was published on October 14, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include Have I Been Pwned and NIST Cybersecurity Framework.
Hashing transforms login credentials into unreadable codes, while salting adds random data to ensure identical passwords produce unique results, protecting you even if attackers obtain your database.
Most small business backups fail because they are online and writable, allowing ransomware to encrypt the recovery files before administrators can restore them.
Session tokens grant full account access without passwords, making them more dangerous than credentials and easier to steal from insecure browser storage.
Database security in DBMS relies on layered controls that stop attackers from bypassing application logic to read or alter raw data structures directly.
Attackers delete logs first to hide their tracks, so storing copies on separate, write-only systems is the only way to ensure you see the truth.
Reporting deadlines depend on data type and jurisdiction, often requiring notification within 72 hours or less for sensitive personal information.
Physical paper bypasses digital security controls, creating a blind spot that attackers exploit through social engineering or opportunistic theft in office spaces.
Encryption at rest protects data on storage media but fails completely if the decryption keys are stored on the same compromised device or server.
Most insider data exfiltration leaves subtle traces in file metadata and unusual network patterns before any large transfer occurs.
Credit monitoring alerts you to new account inquiries, but it cannot stop identity theft in real time nor detect fraud on existing accounts that do not report to bureaus.
Keeping data longer than necessary increases your attack surface and legal liability without providing operational benefit to your organization.
SIM swap fraud bypasses perimeter defenses by hijacking the identity channel, leaving distinct anomalies in authentication logs rather than network traffic patterns.
Database security controls often create operational friction that slows legitimate business processes while leaving metadata exposed to determined attackers.
Small firms face disproportionate identity theft risks because they lack the automated fraud detection layers that large corporations deploy to spot anomalies.
ISO 27001 forces you to prove your security controls work through audit evidence, turning vague policies into measurable operational reality.
Most data exfiltration happens through legitimate channels, meaning the first sign is often a performance anomaly rather than a direct security alert.