Election Season Is Coming: How to Protect Your Website and Domain From AI-Powered Impersonation

Nigeria's 2027 general elections are still some months away, but the warnings about AI are already loud. In early September, INEC said AI-generated disinformation could threaten the polls, noting that convincing synthetic content can reach millions of social media users before officials or fact-checkers have a chance to verify it, as reported by Techeconomy. The INEC chairman has also cautioned that voice cloning and deepfake tools make it easier to produce fake videos of election officials, cloned audio, and doctored result sheets, according to Leadership.

On 14 October, a Microsoft executive told the AI and Democracy Forum in Abuja that the company plans to restrict generative AI images of candidates by loading INEC's final candidate list into its systems, as reported by UA News, citing Premium Times.

Most of this coverage is about politics. But anyone who builds or owns a website should read it as a warning about trust. When convincing fakes become cheap, your domain, your email, and your site become the things people use to decide whether a message really came from you.

Why this matters for ordinary business sites

Election periods are good cover for scammers. Attention is high, people are anxious, and unusual messages seem plausible. A fake page using your logo, or an email that looks like it came from your finance team, can do real damage to customers and to your reputation, whatever your industry.

The wider picture is not encouraging either. The Institute for Security Studies, writing on Polity, cites an Interpol warning that 55 percent of reported cybercrimes across Africa were AI-enabled. To be fair about the evidence, none of the sources I reviewed describe a specific wave of fake business websites tied to the Nigerian election. This is a risk worth preparing for, not a confirmed trend.

Start with email, because that is where most impersonation happens

If someone can send mail that appears to come from your domain, no amount of website polish will save you. Three DNS-based standards work together to stop this.

SPF lists which servers are allowed to send email for your domain. DKIM adds a cryptographic signature so receivers can check a message was not altered. DMARC ties them together. According to the Canadian Centre for Cyber Security, a message passes DMARC only if it passes SPF or DKIM and the domain used in that check aligns with the one shown in the From address. If it fails, the receiving server follows the policy in your DMARC record. The standard itself is defined in RFC 7489.

The Dutch National Cyber Security Centre publishes a clear guide to protecting domains against spoofing that is worth sharing with whoever manages your DNS.

A sensible rollout looks like this:

Audit every service that sends email as your domain: your mail host, your newsletter tool, your invoicing system, your website contact forms.
Configure SPF and DKIM for each of them and test with real messages.
Publish a DMARC record in monitoring mode first, with an address to receive reports.
Read the reports for a few weeks, fix anything legitimate that fails, then move to a stricter policy.

Skipping the monitoring stage is the classic mistake. Jump straight to a strict policy and you can block your own invoices.

Lock down the domain itself

Attackers do not always spoof you. Sometimes they take over the real thing. The basics are dull and effective:

Turn on multi-factor authentication for your registrar and DNS accounts, and use a role-based email address for the account instead of one person's inbox.
Enable registrar lock so the domain cannot be transferred without extra steps.
Turn on auto-renewal and keep payment details current. Expired domains get picked up quickly.
Register obvious lookalikes and common misspellings of your brand if budget allows, and search occasionally for domains that imitate yours.

Harden the site

For WordPress, Next.js, or anything else, a few habits matter more than any tool:

Serve everything over HTTPS and redirect all HTTP traffic.
Keep the CMS, themes, plugins, and dependencies updated. Most compromised sites are running something old.
Remove admin accounts that are no longer needed, and require strong passwords and MFA for those that remain.
Add standard security headers, and run your site through a scanner now and then to catch gaps.
Keep backups somewhere that a compromised web server cannot overwrite.

None of this is new, but election season is a reasonable deadline to finally do it.

Give people a way to verify you

Technical controls protect you. Clear communication protects your audience. Publish a simple "official channels" page listing your real domains, email addresses, phone numbers, and social handles, and say plainly that you will never ask for passwords, card details, or payments through direct messages. Link to it from your footer and mention it in your email signature.

Also decide in advance who is authorised to speak for the company online. During a fast-moving rumour, a business that can say "this is not from us, and here is where our real statements appear" recovers much faster than one that scrambles.

A note on your own content

If your team uses generative AI for images, voice, or video, be careful around anything that resembles a real person. Microsoft's move to restrict candidate imagery shows where platform rules are heading, and your brand does not benefit from being associated with synthetic content that fools people. Label AI-generated material clearly, and avoid depicting political figures altogether.

What to do this week

Check your DMARC record with a free lookup tool, confirm MFA is on for your registrar and hosting accounts, and update anything on your site that is out of date. That is perhaps two hours of work, and it removes the easiest routes an impersonator would take.

The 2027 election will test how well Nigerians can tell real from fake online. Businesses with clean, verifiable digital foundations will be easier to trust when that matters.