Good, solid current data. Here's the full article:
Website Security in 2026: 8 Things Your Developer Should Have Already Done
Most business owners think about website security the same way they think about insurance - something to worry about after something goes wrong.
That's the wrong approach. And in 2026, it's an expensive one.
A compromised website doesn't just expose sensitive customer data - it destroys the trust your business has spent years building, triggers Google penalties that tank your search rankings, and can result in significant legal liability under data protection regulations.
The problem isn't that business owners don't care about security. It's that most don't know what questions to ask. You hired a developer. You assumed they handled it. But did they?
Here are 8 things a professional web development team should have already done - and the exact questions you can ask to find out if yours has.
1. Installed an SSL Certificate and Enforced HTTPS
This is the baseline. If your website URL still starts with "http" instead of "https", your site is not secure - and Google knows it.
SSL (Secure Sockets Layer) encrypts the data travelling between your visitor's browser and your server. Without it, information submitted through your contact forms, login pages, and checkout flows can be intercepted.
HTTPS encryption is one of the most important website security best practices for businesses in 2026, and professional website development companies engineer it into every layer of the site from day one - not as an afterthought.
Beyond security, Google actively penalises unencrypted sites in its search rankings. Visitors also see a "Not Secure" warning in their browser, which kills trust instantly.
Ask your developer: "Is our SSL certificate installed, valid, and set to auto-renew? Is HTTP traffic being redirected to HTTPS automatically?"
2. Implemented Input Validation and Protection Against SQL Injection
Every form on your website - contact forms, search bars, login fields, checkout forms - is a potential entry point for an attacker.
SQL injection is one of the oldest and most common attacks on web applications. It works by inserting malicious code into a form field that then gets executed by your database. Done successfully, an attacker can read, modify, or delete your entire database.
The first step to protect against SQL injection is validating and sanitising all user input on the development side. The second and most important step is using well-implemented stored procedures rather than open queries to perform database functions - because stored procedures only accept certain types of input and reject anything that doesn't meet their criteria.
This is not an optional extra. It is standard practice for any competent developer building a web application in 2026.
Ask your developer: "How do you sanitise user input across our forms? Are we protected against SQL injection and XSS attacks?"
3. Set Up Role-Based Access Control
Not everyone in your business needs access to everything on your website's backend. Your marketing person doesn't need database admin rights. A content editor doesn't need the ability to install plugins or change server configurations.
The principle of least privilege guarantees that no user, process, or AI agent is given more rights than are absolutely required to carry out its purpose - and limiting the blast radius of a single account stops a small credential leak from growing into a system-wide breach.
Role-based access control means that if one account is compromised, the damage is contained. An attacker who gets into your editor account can't suddenly delete your database.
Ask your developer: "Do we have different access levels for different users? What can each role actually do in the backend?"
4. Enabled Two-Factor Authentication on All Admin Accounts
Passwords alone are not enough in 2026. They get reused, leaked, phished, and brute-forced. Two-factor authentication (2FA) adds a second layer - usually a code sent to your phone or generated by an app - that an attacker can't access even if they have your password.
Multi-factor authentication is among the most critical website security best practices for 2026 - and a professional development company builds this protection into the core architecture rather than treating it as an optional feature.
This applies to your CMS login, your hosting control panel, your database access, and any other administrative interface. One unprotected admin account is all an attacker needs.
Ask your developer: "Is 2FA enabled on our admin panel, hosting account, and any other backend access points?"
5. Hidden or Secured the Admin Login URL
On many platforms - WordPress being the most common example - the admin login page is at a predictable URL. Every attacker knows this. Bots run automated scripts around the clock attempting to brute-force their way in through these default addresses.
Moving the admin entry point away from its default location removes the vast majority of automated brute-force noise, and in more mature implementations it can be completely isolated from the public internet and placed behind a private VPN or Zero-Trust gateway - forcing attackers to devote time and resources to finding the target rather than simply hammering a known address.
This is a simple change that meaningfully reduces your attack surface.
Ask your developer: "Is our admin login URL at the default address? If so, has it been moved or protected?"
6. Kept Dependencies, Plugins, and Frameworks Updated
In early 2026, researchers tracked more than 250 new plugin vulnerabilities each week on WordPress alone - with 96% of all new WordPress vulnerabilities found in plugins and themes rather than the core software itself.
Every plugin, library, and framework your website uses is a potential vulnerability if it's not kept up to date. Attackers specifically target known vulnerabilities in outdated software because they are documented, widely understood, and easy to exploit.
A responsible development team doesn't just build your site and disappear. They maintain a process for monitoring dependency updates and applying security patches on a regular schedule.
Ask your developer: "How do you handle updates to our plugins, frameworks, and third-party libraries? Is there a maintenance schedule in place?"
7. Configured a Web Application Firewall (WAF)
A Web Application Firewall sits between your website and incoming traffic, filtering out malicious requests before they ever reach your server. It blocks known attack patterns - SQL injections, cross-site scripting, bad bots, and more - in real time.
Professional website development companies engineer security at every layer, including firewall configuration and real-time threat monitoring, as part of the site's core architecture.
Tools like Cloudflare offer WAF protection and also provide performance benefits through their CDN - meaning adding a firewall often makes your site faster as well as more secure. There is no reason a professionally built website in 2026 should be operating without one.
Ask your developer: "Do we have a Web Application Firewall configured? Are we using Cloudflare or an equivalent service?"
8. Set Up Regular Automated Backups and a Recovery Plan
Security isn't only about keeping attackers out. It's also about what happens if something goes wrong despite your best precautions. Servers fail. Plugins conflict. Mistakes happen. Ransomware attacks encrypt your data and demand payment to restore it.
At a minimum, security audits and vulnerability scans should run continuously, and automated backups should be configured so that any compromise can be reversed quickly without catastrophic data loss.
Your backups should be stored offsite - not on the same server as your live site. And critically, they should be tested. A backup you've never restored from is a backup you can't trust.
Ask your developer: "How often are our backups running? Where are they stored? When was the last time a restore was tested?"
What to Do If You're Not Sure Your Site Is Secure
If you read through this list and realised you don't know the answers to most of those questions, you're not alone. The majority of small business websites are built without these protections in place - not out of malice, but because security takes time, knowledge, and a developer who treats it as a first-order concern rather than an optional extra.
The good news is that all of the above are fixable. A proper security audit will identify what's in place and what isn't. The fixes can often be implemented without rebuilding your site from scratch.
At SudamHub, security is built into every project from the initial architecture decision - not patched on at the end. If you're unsure whether your current website passes this checklist, we offer a free consultation to review what's in place and what needs attention.
Your website is often the first thing a potential client or customer sees. It shouldn't be the thing that lets an attacker in.
Ready to secure your website? Contact SudamHub at sudamhub.com/contact for a free security consultation - no jargon, no hard sell, just honest answers about where your site stands.
