How to create a secure website people can trust

A secure website is not just a website with a padlock in the browser.

The padlock matters, but it only proves the connection is encrypted. It does not prove your plugins are patched, your admin accounts use MFA, your forms handle input safely, your backups can restore the site, or your domain cannot be taken over through a forgotten registrar account.

If you’re asking how to create a secure website, the safer answer is to build security into the site before launch. Hosting, HTTPS, access, software, forms, scripts, backups, monitoring, and maintenance all need a place in the build plan.

That may sound like a lot. The good news: most website security work is not exotic. It is a set of repeatable decisions that close common gaps before attackers find them.

Verizon’s 2026 Data Breach Investigations Report says 31% of breaches now start with software vulnerabilities, and 48% involve ransomware. Microsoft says phishing-resistant MFA can stop more than 99% of identity-based attacks. OWASP’s 2025 Top 10 puts broken access control, security misconfiguration, software supply-chain failures, cryptographic failures, and injection near the top of modern web application risk.

For a business website, the message is simple: build the site so one weak setting, stale plugin, reused password, unsafe form, or failed backup cannot take down the whole operation.

If your site is already live, run the free Website Health Report before you start changing settings. It checks more than 75 site-health signals across security, performance, SEO, accessibility, and other areas so you can see which issues need attention first.

The secure website blueprint

Use this order when building a new site or rebuilding an old one.

Layer	Build decision	Prove this before launch
Hosting	Choose an environment with patching, isolation, backups, logs, and support	The host can explain how server security, incidents, and restores are handled
HTTPS	Install TLS, redirect HTTP, fix mixed content, and test renewal	Every page, form, asset, and subdomain loads over HTTPS
Identity	Protect admin, hosting, DNS, email, payment, and code accounts	MFA is active and admin access is limited
Platform	Keep the CMS, theme, plugins, framework, and libraries lean	Every component is needed, current, and owned
Application	Validate input, protect forms, secure uploads, and avoid injection	User-submitted data is handled safely on the server
Browser controls	Add security headers, safe cookies, and CSP where practical	Browser-level protections are active without breaking the site
Traffic	Use WAF, bot controls, rate limits, and CDN protection where needed	High-risk endpoints are not exposed to unlimited automated abuse
Domain and email	Lock the domain and set up SPF, DKIM, and DMARC	The domain is harder to hijack or impersonate
Recovery	Automate backups and test restores	You can restore the site without relying on the compromised server
Monitoring	Log security events and send alerts for high-risk changes	Someone will know when something suspicious happens

That blueprint is the thread through the rest of this article.

1. Choose hosting that gives security a solid foundation

Your host controls the server environment your website runs on. That includes the operating system, web server, database layer, network controls, storage, backup tooling, and support path you depend on when something breaks.

Before you choose a provider, ask what they handle and what stays on you. Managed hosting usually covers more server maintenance than basic shared hosting. VPS and dedicated hosting give you more control, but that control becomes your responsibility unless someone is actively managing the server.

A secure hosting setup should include current server software, server-level firewall controls, malware scanning or detection, DDoS protection, routine patching, access logs, backup options, staging support, and a support team that can explain incident response in concrete terms.

Isolation matters too. On low-cost shared hosting, many accounts may live on the same infrastructure. A well-run host can reduce cross-account risk, but a crowded or poorly managed server adds exposure you cannot fully fix from inside WordPress or another CMS.

If you’re comparing providers, our guide to choosing a hosting service can help you look past headline pricing and focus on the operational details that affect uptime, performance, and security.

Before launch, make sure you can answer five questions:

• Who patches server software?
• Who can access the hosting account?
• Where are backups stored?
• How do you restore the site?
• Who do you contact during an incident?

If nobody can answer those clearly, the site is not ready for production.

2. Set up HTTPS before the site goes public

HTTPS encrypts traffic between the visitor’s browser and your website. It protects login credentials, form submissions, checkout details, session cookies, and other data in transit.

Start with a valid TLS certificate that covers every version of the domain people will use, including www, non-www, and active subdomains. Most reputable hosts support free certificates through Let’s Encrypt or a similar certificate authority. The certificate should renew automatically, and you should know where to check renewal status.

Then force HTTPS across the site. The HTTP version should redirect to HTTPS with a server-level redirect. Do not leave old HTTP pages accessible because users, bookmarks, bots, and old links can still hit them.

After the redirect works, check for mixed content. MDN defines mixed content as secure pages that load resources over insecure HTTP. Images, scripts, stylesheets, fonts, iframes, videos, and downloads can all create warnings or security issues if they still load from insecure HTTP URLs.

Mixed content is common after a redesign, domain move, or old content import. Search the database and theme files for old HTTP URLs. Check browser developer tools. Crawl key templates. Test checkout, login, contact forms, embedded maps, videos, and any page builder blocks that may store old asset URLs.

Once HTTPS works everywhere, add HTTP Strict Transport Security. HSTS tells browsers to use HTTPS for future visits, which reduces downgrade risk. Start with a shorter max-age, confirm the site and subdomains work, then extend the duration. Do not use HSTS preload until you’re sure every covered subdomain supports HTTPS.

If your browser already shows a warning, use our guide to why your website says Not Secure to narrow the problem to certificate coverage, redirects, mixed content, caching, or domain configuration.

3. Protect every account that can take over the website

Attackers do not always break a site through code. Many sign in through an account that should have been better protected.

Microsoft says more than 97% of identity attacks are password attacks, and phishing-resistant MFA can stop more than 99% of identity-based attacks even when the attacker already has the correct username and password.

For a website build, do not treat MFA as a final polish step. Turn it on as soon as accounts are created.

Protect the CMS admin, hosting dashboard, domain registrar, DNS provider, CDN, email provider, payment processor, analytics tools, cloud accounts, security tools, GitHub or other code repositories, deployment platforms, and backup services.

Use phishing-resistant MFA where available: passkeys, FIDO2 hardware keys, platform authenticators, or WebAuthn. Authenticator apps are usually stronger than SMS codes. SMS is still better than password-only access, but it should not be the first choice for accounts that can change DNS, access customer data, or deploy code.

Then tighten permissions.

A writer should not be able to install plugins. A marketing user should not be able to change DNS. A contractor should not keep admin access after the project ends. A backup tool should not have broad production permissions if narrower access works.

Use named accounts instead of shared logins wherever possible. Named accounts make access easier to remove, audit, and trace.

For WordPress, start with administrators and any account that can install plugins, edit theme files, manage users, export customer data, or modify security settings. Our guide to protecting your WordPress login page covers the login-specific side in more detail.

4. Build on a lean platform

Every plugin, theme, extension, library, tracking tag, and custom snippet expands the site.

Some expansion is useful. A form tool, payment integration, booking engine, security plugin, analytics script, or ecommerce extension may be needed. The risk comes from installing software casually and leaving it there forever.

Verizon’s 2026 DBIR says software vulnerabilities now start 31% of breaches. Patchstack’s 2026 WordPress security report found 11,334 new WordPress ecosystem vulnerabilities in 2025, up 42% from 2024. It also reported that 91% of new vulnerabilities were in plugins, 9% were in themes, and only a small number were in WordPress core.

That does not make WordPress unsafe by default. It means the plugin layer needs discipline.

Before launch, review every component:

• Does the site need it?
• Is it actively maintained?
• Was it updated recently?
• Does it have a history of serious unresolved vulnerabilities?
• Who owns future updates?
• Is there a safer built-in way to do the same job?

Delete inactive plugins and themes instead of only deactivating them. Remove demo content, sample apps, test files, old backups, unused page builder widgets, and staging copies that accidentally became public.

For custom sites, use dependency scanning during development. Commit lockfiles. Avoid pulling unreviewed new versions straight into production. Review security advisories for the frameworks, packages, and libraries the site relies on.

The simplest rule is still the best one: if a component has no owner and no current purpose, it should not be on the site.

5. Design access control before you design every screen

OWASP ranks Broken Access Control as the top risk in the 2025 Top 10. That matters for sites with accounts, dashboards, membership areas, checkout, client portals, admin workflows, or any feature where one user should not see another user’s data.

Access control is not only about logging in. It is about what each authenticated user can do after login.

Plan roles early. Decide who can view, create, edit, delete, export, approve, refund, publish, change settings, invite users, upload files, or access reports. Then build those rules into the application and CMS configuration.

Do not rely on hiding buttons in the interface. If a user should not be able to perform an action, the server should reject the request even if the user manually calls the endpoint.

For custom applications, test object-level authorization. A common flaw is letting a user change an ID in the URL or API request and access someone else’s record. Authentication works in that case, but authorization fails.

For CMS sites, review roles and capabilities before launch. Many problems come from giving too many users administrator access because it is faster during the build. Faster during the build can become expensive after launch.

Use temporary elevated access when someone needs it, then remove it after the task is done. Keep a quarterly access review on the maintenance calendar.

6. Secure forms, uploads, search, and user input

Every field that accepts input is a door into the website.

Contact forms, login screens, search boxes, checkout fields, comments, account profiles, filters, URL parameters, hidden fields, webhooks, and API payloads all need server-side handling. Browser-side validation improves user experience, but attackers can bypass it by sending requests directly to the server.

OWASP’s Input Validation Cheat Sheet recommends validating input on the server before an application processes it. It also warns that denylist filtering should not replace allowlist validation. In practice, that means you define what valid input looks like, then reject data that does not match the expected type, length, range, format, or allowed values.

Use parameterized queries or safe framework methods for database access. Do not concatenate user input into SQL statements, shell commands, template expressions, or dynamic code.

Encode output based on where it appears. Text displayed in HTML needs different handling from text inserted into JavaScript, URLs, attributes, or CSS. The goal is simple: user-submitted text should render as text, not run as code.

File uploads deserve extra care. Restrict permitted file types and sizes. Verify files on the server. Rename uploaded files. Store them outside executable paths when possible. Scan files where practical. Never trust a user-supplied filename or content type by itself.

For forms that change data, use CSRF protection where your platform does not already provide it. For login, registration, password reset, search, comments, checkout, and APIs, add rate limiting or bot controls so automated systems cannot hammer the endpoint endlessly.

If the site uses WordPress, be especially careful with form plugins, upload features, AJAX endpoints, and custom snippets added to a theme. Small custom changes often skip the protection mature plugins and frameworks already provide.

7. Add security headers and safe cookie settings

Security headers are instructions your server sends to the browser. OWASP describes HTTP response headers as an easy security booster because they can reduce risks such as cross-site scripting, clickjacking, information disclosure, and MIME sniffing.

The right set depends on your site, but these are the usual starting points:

Control	What it helps with	Build note
Strict-Transport-Security	Forces HTTPS after a successful secure visit	Add only after HTTPS works everywhere
Content-Security-Policy	Limits where scripts, styles, images, frames, and other resources can load from	Start in report-only mode
X-Content-Type-Options	Stops browsers from guessing MIME types	Use nosniff
Referrer-Policy	Controls how much referrer data leaves your site	strict-origin-when-cross-origin works for many sites
Permissions-Policy	Restricts browser features such as camera, microphone, payment, and geolocation	Disable features the site does not use
frame-ancestors or X-Frame-Options	Reduces clickjacking risk	Block framing unless another site must embed the page

Content Security Policy needs care. A strict policy can block legitimate scripts, fonts, analytics, maps, payment tools, forms, or embeds if it is copied from another site. Start by observing what your site already loads, use report-only mode, then tighten the policy.

Avoid relying on older browser controls such as X-XSS-Protection. OWASP recommends CSP instead and warns that the older header can create problems in some cases.

Cookie settings matter too. Sensitive cookies should use Secure so they only travel over HTTPS. Use HttpOnly when JavaScript does not need to read the cookie. Set an appropriate SameSite value to reduce cross-site request risk without breaking legitimate flows.

Test all of this before launch. Security headers that break checkout, login, embedded tools, or analytics will get disabled quickly if they are not tuned to the site.

8. Use a WAF, bot controls, and rate limits

A web application firewall filters and monitors HTTP traffic between the internet and your website. Fortinet describes a WAF as a Layer 7 control that can defend against application-layer attacks such as SQL injection, file inclusion, cross-site scripting, and cookie poisoning.

For most small business websites, a cloud WAF is the practical option. Services such as Cloudflare, Sucuri, AWS WAF, Azure Web Application Firewall, and similar providers can sit in front of the site without requiring hardware or server-level installation.

Use the WAF to reduce automated abuse and exploit traffic before it reaches the application. Apply managed rules for common web attacks. Rate limit login, registration, password reset, checkout, search, comments, contact forms, and API endpoints. Put stronger controls around admin paths.

Bot controls help too. They can challenge suspicious traffic, slow credential stuffing, reduce spam form submissions, and keep scrapers or exploit scanners from consuming server resources.

A WAF is not a substitute for secure code, updates, and access control. It can block many known patterns, but it may miss business-logic flaws that look like normal authenticated requests.

Review WAF events after launch. If it blocks nothing, rules may be too loose. If it blocks real customers, rules may be too aggressive. The goal is practical protection, not a dashboard score.

9. Secure domain, DNS, and email authentication

Your domain is part of your website security. If someone takes over the registrar or DNS account, they can redirect traffic, intercept email, point visitors to another server, or disrupt the site without touching WordPress or your codebase.

Protect your registrar and DNS accounts with unique passwords and MFA. Remove old users. Keep recovery email addresses current. Enable registrar lock or transfer lock where available. Use narrow permissions if your DNS provider supports them.

Then secure your sending domain.

SPF, DKIM, and DMARC help receiving mail servers decide whether messages claiming to come from your domain are legitimate. DMARC.org explains that DMARC builds on SPF and DKIM, adds alignment with the From domain, lets domain owners publish handling policies, and provides reporting.

Start by identifying every legitimate email source: your main email provider, CRM, ecommerce platform, newsletter tool, invoice tool, help desk, booking software, and any app that sends on behalf of the domain.

Publish SPF and DKIM for those sources. Then publish DMARC in monitoring mode with p=none while you review reports. Once legitimate senders are aligned, move toward p=quarantine and then p=reject if your mail flow supports it.

This protects customers from some domain spoofing and protects your brand from email abuse. It also reduces the chance that legitimate messages get rejected because authentication was never set up correctly.

10. Control third-party scripts and connected services

Modern websites depend on other people’s code.

Analytics, tag managers, ad pixels, chat widgets, consent banners, A/B testing tools, social embeds, font loaders, maps, payment scripts, npm packages, Composer packages, WordPress plugins, APIs, and CDNs can all affect security.

OWASP’s 2025 Top 10 added Software Supply Chain Failures as a major category. That reflects a simple reality: a site can be compromised through code or services the website owner did not write.

Before launch, inventory every third-party script and service. Remove tools that are not needed. Keep tag manager access limited. Avoid letting multiple teams add scripts without review. Load third-party code only from trusted sources.

Use Content Security Policy to restrict where scripts can load from. Use Subresource Integrity for static third-party assets when the file is versioned and the provider supports it. Do not expose private API keys in browser-side JavaScript. Keep secrets out of public repositories.

For connected services, scope API keys narrowly. Rotate secrets after contractor changes, suspicious activity, or service migrations. Delete unused webhooks. Turn off old test integrations. Review which tools can read customer data, submit forms, change orders, create users, or modify content.

Supply-chain risk is not only a developer issue. A marketing tag manager with broad access can be just as sensitive as a plugin. Treat anything that runs code on your site or touches customer data as part of the security review.

11. Back up for recovery before the first launch

Backups are not proof that your website is secure. They are proof that you might recover if security fails, a deployment breaks, data is deleted, or the server is compromised.

Set up backups before launch, not after the first scare.

Use the 3-2-1 rule as a baseline: three copies of the data, on two storage types, with one copy offsite. For ransomware risk, make sure at least one recoverable copy is isolated from the production account. A backup stored on the same compromised server can disappear when you need it most.

CISA’s ransomware guidance recommends offline, encrypted backups of critical data and regular testing of backup availability and integrity. It also warns that many ransomware variants try to find and delete or encrypt accessible backups.

Back up both website files and the database. A WordPress site needs both. An ecommerce site may need more frequent database backups because orders and customer records change constantly. A static site may need less frequent backups, but source code and configuration still need recovery.

Test a restore on staging or a temporary environment. Do not assume a backup works because the job says it completed. Confirm pages load, forms work, media files exist, users are present, orders or submissions are intact, and the database connects properly.

Write down the recovery process. Include where backups live, who can access them, how to restore hosting or DNS, which credentials must be rotated, and who communicates with customers if data or availability is affected.

12. Build monitoring and logging into the maintenance plan

A website can launch safely and drift into risk later.

Plugins age. New scripts get added. Developers leave. A DNS record changes. A certificate renewal fails. A form starts getting spammed. A new vulnerability affects a plugin you use. Without monitoring, the first warning may come from a customer, search engine, payment provider, or browser warning.

Set up monitoring for uptime, malware, file changes, vulnerable components, failed logins, new admin users, plugin or theme changes, WAF blocks, DNS changes, backup failures, and suspicious traffic spikes.

OWASP’s 2025 Top 10 includes Security Logging and Alerting Failures. The wording matters: logs are not enough if serious events never reach anyone.

Decide which events trigger alerts. A single failed login may not need action. Fifty failed logins in five minutes might. A new administrator account should trigger an alert. A disabled security plugin should trigger an alert. A DNS change or payment setting change should trigger an alert.

Keep logs long enough to investigate a problem. For small websites, the tooling can be simple. The key is that someone knows where to look, what the site records, and which alerts require action.

The FTC advises small businesses to have incident response, disaster recovery, and business continuity plans and to test them regularly. For a website, that can start as a short recovery checklist with names, access paths, backup locations, and first-response steps.

13. Verify the finished website

The gap between intended setup and live setup is where many issues hide.

Before launch, verify the site as it exists on the production domain, not only on staging.

Check HTTPS on the homepage, internal pages, forms, login screens, checkout, account pages, media URLs, downloads, and subdomains. Confirm there are no mixed-content warnings. Confirm HTTP redirects to HTTPS. Confirm the certificate is valid and renewal is enabled.

Review response headers. Check HSTS, CSP, X-Content-Type-Options, Referrer-Policy, Permissions-Policy, and framing controls. Review cookies for Secure, HttpOnly, and SameSite where appropriate.

Test forms, file uploads, search, comments, registration, password reset, checkout, contact submissions, and webhooks. Confirm rate limits or bot protections work on high-risk endpoints.

Review WordPress or CMS settings. Confirm no default admin user remains, no demo content is public, no inactive plugins or themes remain, and no staging site is indexable or publicly writable.

Check domain and email. Confirm registrar lock, MFA on registrar and DNS, SPF, DKIM, and DMARC. Confirm domain recovery contact details are current.

Run one backup and one test restore before launch. Then record the restore steps.

For a faster check, use the free Website Health Report. It tests HTTPS, security headers, cookie flags, SPF and DMARC, reputation signals, iframe and SRI checks, performance signals, SEO basics, accessibility, and more than 75 site-health factors.

Secure website launch checklist

Use this before publishing a new site or relaunching an existing one — download the secure website launch checklist PDF.

- [ ] Hosting provider has patching, logs, backups, support, and incident response details
- [ ] Hosting, registrar, DNS, CDN, email, payment, and code accounts use MFA
- [ ] Admin access is limited to current people who need it
- [ ] HTTP redirects to HTTPS across the whole site
- [ ] TLS certificate covers all active domain versions and renews automatically
- [ ] No mixed-content warnings appear on key pages
- [ ] HSTS is configured only after HTTPS works everywhere
- [ ] CMS, plugins, themes, frameworks, and libraries are current
- [ ] Unused plugins, themes, scripts, demo content, and test files are removed
- [ ] User roles follow least privilege
- [ ] Forms validate input on the server
- [ ] Database queries use safe parameterized methods or framework protections
- [ ] File uploads are restricted, renamed, scanned where practical, and stored safely
- [ ] Security headers are configured and tested
- [ ] Sensitive cookies use appropriate `Secure`, `HttpOnly`, and `SameSite` settings
- [ ] WAF, bot controls, and rate limits protect high-risk endpoints
- [ ] Third-party scripts and connected services are inventoried
- [ ] API keys and secrets are scoped, stored safely, and not exposed in browser code
- [ ] Registrar lock is enabled where available
- [ ] SPF, DKIM, and DMARC are configured for sending domains
- [ ] Backups include files and database
- [ ] At least one backup copy is stored away from production-only access
- [ ] A restore has been tested before launch
- [ ] Uptime, malware, file-change, vulnerability, login, and backup alerts are active
- [ ] Recovery steps are documented

How to keep the website secure after launch

Creating a secure website is not a one-time task. The launch only sets the baseline.

Review access after staffing, agency, hosting, or platform changes. Update software promptly. Remove tools nobody uses. Check backup restores quarterly. Review WAF and security header changes after major redesigns. Scan after new plugins, forms, integrations, or checkout features go live.

Security should also be part of normal website planning. Before adding a new feature, ask:

• Does this add a login, form, upload, API, iframe, script, cookie, webhook, payment flow, or data store?
• Who can access it?
• What data does it collect or expose?
• How is it backed up?
• What gets logged?
• What happens if it fails?

Those questions keep small changes from becoming long-term exposure.

If you want a broader audit format for an existing site, use our website security checklist. If you want help keeping the technical side off your plate, our website maintenance service can handle WordPress updates, backups, monitoring, and support.

The safest website is not the one with the longest list of tools. It is the one where access is limited, software is maintained, input is handled safely, traffic is watched, backups are tested, and someone owns the routine.

Start there. Then prove it with a scan, a restore test, and a maintenance schedule you can actually keep.

Frequently Asked Questions

How do you create a secure website?

Create a secure website by choosing secure hosting, enforcing HTTPS, protecting admin and infrastructure accounts with MFA, keeping software lean and updated, validating user input, adding security headers, using backups, and monitoring the site after launch. The goal is to build security into each layer instead of adding one plugin at the end.

What should you secure first on a new website?

Start with the accounts and infrastructure that can take over the site: hosting, domain registrar, DNS, CMS admin, CDN, email, payment tools, and code repositories. Turn on MFA, remove unnecessary administrators, then confirm HTTPS, updates, backups, and security headers before launch.

Is HTTPS enough to make a website secure?

No. HTTPS protects data in transit, but it does not patch vulnerable plugins, stop weak admin access, validate form input, secure file uploads, protect DNS, or prove backups can restore the site. Treat HTTPS as the baseline connection layer, then secure the rest of the website around it.

Do small business websites need a WAF?

Many small business websites benefit from a WAF because it can block or challenge common malicious requests, bots, exploit attempts, and abusive traffic before they reach the site. A WAF should support secure code, updates, access control, and backups. It should not replace them.

How do you secure a WordPress website before launch?

Secure a WordPress website by using strong hosting, enabling HTTPS, deleting unused themes and plugins, keeping WordPress core and plugins updated, adding MFA for administrators, limiting user roles, protecting the login page, configuring backups, adding security headers, and testing forms, uploads, and restore steps before launch.

How often should website security be reviewed?

Review website security after every meaningful site change and on a recurring schedule. Updates, backups, malware monitoring, and vulnerability checks should run often. Access, third-party scripts, security headers, restore tests, and connected services should be reviewed at least quarterly for most business websites.

References

• https://www.verizon.com/business/resources/reports/dbir/
• https://blogs.microsoft.com/on-the-issues/2025/10/16/mddr-2025/
• https://learn.microsoft.com/en-us/security/zero-trust/sfi/phishing-resistant-mfa
• https://developer.mozilla.org/en-US/docs/Web/Security/Defenses/Mixed_content
• https://letsencrypt.org/how-it-works/
• https://owasp.org/Top10/2025/
• https://owasp.org/Top10/2025/0x00_2025-Introduction/
• https://owasp.org/Top10/2025/A01_2025-Broken_Access_Control/
• https://owasp.org/Top10/2025/A02_2025-Security_Misconfiguration/
• https://owasp.org/Top10/2025/A03_2025-Software_Supply_Chain_Failures/
• https://owasp.org/Top10/2025/A05_2025-Injection/
• https://cheatsheetseries.owasp.org/cheatsheets/HTTP_Headers_Cheat_Sheet.html
• https://cheatsheetseries.owasp.org/cheatsheets/Content_Security_Policy_Cheat_Sheet.html
• https://cheatsheetseries.owasp.org/cheatsheets/Input_Validation_Cheat_Sheet.html
• https://cheatsheetseries.owasp.org/cheatsheets/File_Upload_Cheat_Sheet.html
• https://www.cloudflare.com/learning/ddos/glossary/web-application-firewall-waf/
• https://www.fortinet.com/resources/cyberglossary/waf
• https://patchstack.com/whitepaper/state-of-wordpress-security-in-2026/
• https://patchstack.com/articles/hardening-wordpress-a-checklist-to-get-started/
• https://www.cisa.gov/stopransomware/ransomware-guide
• https://www.ftc.gov/business-guidance/small-businesses/cybersecurity
• https://www.avepoint.com/blog/backup/3-2-1-backup-rule
• https://dmarc.org/
• https://dmarc.org/overview/
• https://support.google.com/mail/answer/81126
• https://www.bluehost.com/blog/how-to-secure-your-website/
• https://www.siteground.com/academy/how-to-secure-a-website

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