Security tools
Tools are useful when they answer practical questions: what is exposed, what changed, what can be restored, and which controls are missing. They do not replace hardening, monitoring, recovery planning, or professional assessment, but they are good places to start.
Breach and password hygiene
Start with credentials. Reused passwords and exposed accounts are still one of the fastest ways into a business.
Check whether email addresses or domains appear in known breach datasets.
Does not fix reused passwords by itself; use it to trigger password resets and MFA review.
Password manager for individuals and teams, with business vaults and self-hosting options.
Still needs good onboarding, recovery planning, and access policies.
Polished password and access management for teams that want a managed product.
A password manager helps credentials, but it does not replace device, network, or backup controls.
Local password database for users or teams that need an offline-first password store.
Database backups, sharing, and recovery become your responsibility.
Website and domain checks
These tools help expose weak HTTPS, missing security headers, and standards gaps in public-facing services.
Review TLS certificates, protocol support, and HTTPS configuration quality.
A strong TLS score does not mean the application itself is secure.
Check HTTP response headers such as CSP, HSTS, X-Frame-Options, and related browser protections.
Headers reduce browser-side risk, but they do not fix vulnerable code.
Analyze public web security posture, with emphasis on HTTP headers and deployment hygiene.
Use it as a signal, not as a complete security assessment.
Check websites and mail domains for modern internet standards such as IPv6, DNSSEC, TLS, and mail security.
Standards compliance helps resilience, but operational monitoring is still needed.
Suspicious files and URLs
Useful when you need a quick reputation signal before opening a suspicious link or file.
Check suspicious URLs, domains, IPs, and files against many reputation and detection engines.
Do not upload confidential files, contracts, customer data, or private documents.
Email security
Email security is often where phishing, spoofing, and domain reputation problems become visible.
Send a test email and review deliverability, SPF, DKIM, DMARC, and spam-score signals.
A good score does not guarantee phishing resistance or mailbox security.
Inspect DMARC records and understand whether a domain is prepared to reject spoofed mail.
DMARC requires careful rollout so legitimate mail sources are not broken.
WordPress and exposed sites
Old plugins, abandoned themes, and unmanaged WordPress installs are common small-business exposure points.
WordPress firewall and scanner plugin for site owners who need practical visibility inside WordPress.
It does not replace updates, backups, least-privilege admin access, or server hardening.
WordPress vulnerability scanner for reviewing plugins, themes, users, and known exposure.
Only scan sites you own or are explicitly authorized to test.
Network and remote access
Good networking is often the difference between a contained incident and a full business outage.
Firewall and routing platform for segmentation, VPN, filtering, traffic control, and network visibility.
The platform is strong, but network design and rule discipline still matter.
Modern VPN technology for quiet, explicit, and secure remote access.
Keys, device ownership, routing, and access scope still need proper management.
Endpoint and file checks
Endpoint tooling is useful when it is enabled, maintained, and paired with sensible operational controls.
Open-source antivirus engine useful for mail gateways, file scanning, and Linux server workflows.
Detection is only one layer; it does not replace patching, backups, or access control.
Useful built-in Windows protection when it is enabled, updated, monitored, and configured properly.
Default endpoint protection is not a complete business security program by itself.
Backups and recovery
Backups matter only when they are encrypted, offsite, tested, and close enough to restore quickly.
Efficient encrypted backups to local, self-hosted, or cloud storage backends.
You still need schedules, retention, repository checks, credentials, and restore tests.
Encrypted, compressed, deduplicated backups with CLI and GUI options.
A backup tool is only useful when the restore process is known and practiced.
From checks to controls
A scan result is only useful when someone can interpret it, prioritize it, and turn it into a control that survives normal operations. Tell us what you found and what you need to protect.