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Security14 min read

Website security in 2026: protecting your business from attacks and SEO damage

Website security is more than passwords. A practical guide to warning signs, risks, recovery and protection.

Mareks JansonsColtana
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Website security in 2026: protecting your business from attacks and SEO damage
Website security is more than passwords. A practical guide to warning signs, risks, recovery and protection.
Security layers
UpdatesMFABackupsWAFMonitoringAccess control

Why website security matters

A compromised website can interrupt enquiries and sales, expose information or damage customer trust. The most useful response is proportionate preparation: understand what is hosted, who can access it, which services it depends on and how it can be restored. No single plugin or security badge removes every risk.

Where exposure can come from

Common areas to review include the application and its extensions, administrator accounts, hosting configuration, backups, domain access and third-party connections. Old software, reused passwords and excessive permissions make an incident harder to prevent and contain. Keep an inventory so that unused accounts and components can be removed.

Recognise warning signs early

Investigate unknown administrator accounts, unexpected redirects, altered files, unfamiliar pages, browser warnings, outbound spam or sudden search-index changes. A slow site alone does not prove an attack, and an unfamiliar URL is not enough to identify its cause. Preserve logs and take a clean copy before making changes where possible.

How an incident can affect search visibility

Injected pages or links may be discovered by search engines, while redirects and changed metadata can misrepresent the site. After removing the cause, review generated URLs, robots rules, canonical tags, redirects and sitemap entries. Use Search Console to inspect examples and request recrawling when appropriate; do not assume that deleting a sitemap instantly removes indexed pages.

Build several practical safeguards

Apply security updates on a schedule, use unique passwords and multifactor authentication, limit administrator access, keep isolated backups and monitor important changes. A web application firewall can reduce some unwanted traffic but cannot replace secure code or account controls. Test restoration so the team knows what the backup contains and how long recovery takes.

If you suspect a compromise

  1. Contact the responsible hosting and site administrators; preserve relevant logs and evidence.
  2. Limit further access safely and change credentials from a trusted device.
  3. Identify and remove the entry point as well as malicious files; restore only from a reviewed clean backup.
  4. Update the site, check accounts and integrations, then monitor for repeat activity.
  5. Review customer and legal notification duties with the appropriate specialists if personal data may be involved.

Why large organisations are affected too

Scale does not remove mistakes. More applications, accounts, integrations and suppliers mean more changes to coordinate. A missing update, untested deployment or delayed alert can matter even when an organisation has a formal security programme. An incident alone does not establish negligence; conclusions should follow evidence and an appropriate investigation.

What the CSDD review can teach

The Latvian Ministry of Transport’s review describes an application vulnerability at med.csdd.lv as the initial access path and lists gaps involving testing coverage, network protection, multifactor authentication, development practice and unusual data activity monitoring. The ministry reported data concerning about 1.15 million individuals and up to 200,000 legal entities. Those are findings about one incident, not a claim that every website has the same weakness.

How website changes can become search spam
Vulnerability or account→Access→Malicious change→Discovery→Indexing

Configuration changes and sitemap spam

Unexpected .htaccess rules, new sitemap entries and unfamiliar pages may have different causes. Compare files and database records with a clean version, review timestamps and determine which process creates the URLs. A robots exclusion does not erase an already indexed page, and deleting visible spam without closing its entry point can allow it to return. Preserve logs before making destructive changes.

Japanese SEO spam

This term commonly describes injected Japanese-language pages and product links, although similar spam can use any language. Check whether those routes exist in the CMS, database or server, and look for redirects or unfamiliar accounts. Confirm that the content is gone from the source before requesting search engines to recrawl. A normal-looking homepage does not prove that every public URL is clean.

Incident response and recovery

Coordinate the site owner, host and security responder; preserve relevant evidence; restrict access safely; and identify the entry point before restoring from a reviewed clean backup. Check accounts, files, scheduled jobs and integrations for persistence. If personal data or payment services may be affected, involve the appropriate specialists and providers. Record the timeline and verify that the same path cannot be reused.

Practical recovery sequence
Preserve evidence→Contain access→Remove root cause→Restore and test→Monitor

Use a response plan, not guesswork

Security is an ongoing operating practice. Record who owns each account, where clean backups live and who should be contacted. If a live incident is suspected, avoid destructive cleanup before evidence is preserved and involve qualified responders. A website review can help prioritise the next controls, but it cannot guarantee that a future attack will not happen.

A useful digital solution starts with a clear process and an understanding of the customer’s needs.

Mareks Jansons · Coltana

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