40 percent of websites use the same website-building program, does a higher proportion make it safer?
The same website building program is used on 40% of websites, does a high proportion mean it is safer - this reasoning direction does not hold. In the technical statistics available that day, WordPress accounts for 58.3% of websites using known content management systems, and when calculated for all websites, it is 39.5%.These numbers indicate the scale of the ecosystem: templates, plugins, developers, and outsourcing services are all present, and it is easy to find someone to fix problems. However, the proportion also indicates another matter: the expected profit from general exploitation script attacks on this program is high, and automated scanning will prioritize its common paths.The safety selection is not about how many people use it, but about the ability to verify several items on the spot.
What do the percentage figures mean, and what do they not mean?
| What can the proportion explain | What the proportion cannot explain |
|---|---|
| Ecosystem maturity: themes, plugins, tutorials, talent supply | How many vulnerabilities |
| Is the patch chain complete, have there been any repair versions in history | Is the repair speed fast or slow |
| Can third-party support be found when there is a problem | Will automated attacks prioritize it |
| The cost of migration and secondary development | Is the configuration of the site itself secure |
Reading a high proportion as 'safer' is equivalent to reading the attack surface as protection. The real risk usually lies in configuration and expansion: left default backend entries, installed a large number of old plugins, without layered permissions, these have nothing to do with the number of installations
Why do more users lead to more frequent automated scanning
The scanner is not targeted at a specific site, but at the installation features: common directory structures, common interface paths, common plugin fingerprints. Programs with a large number of installations can be copied to a large number of sites with a successful detection, and attackers are willing to prepare scripts for it. This is why the time window for scanning similar vulnerabilities after they are publicly disclosed is often shorter than imagined. The advantages of having many users are that there is more repair experience, but the downside is that it is also thoroughly researched, and both aspects need to be considered together.
The three capabilities that should be checked when selecting a model
The first item is built-in protection, not relying on external plug-ins to fill in. Check if there is JWT authentication for interface and login verification, whether there are input and output constraints for SQL injection and XSS, and whether there are anti-crawling interference codes. AnQiCMS puts these items at the system level, which is default in the chain.
The second item is content-side filtering. Sensitive word filtering and keyword replacement determine whether batch content can come in but not go out, and content review determines who can publish in what state. Those who have done marketing websites and portal websites know that most accidents are not hacked, but content that should not be sent out was sent out.
The third item is permission stratification. User groups and VIP groups should be able to control the readable range as well as the operable range. In the same backend system, editing, auditing, and administration are separated, which significantly reduces the risk of misissuance; even with a high proportion of ecosystems relying on a single account, it cannot save operational mistakes.
Write the safety criteria into a checklist that can be accepted.
When selecting options, translate the above capabilities into executable actions: whether login and interfaces use JWT verification, whether forms have captcha or anti-spam measures, where the protection against SQL injection and XSS is located, whether sensitive word filtering can block before release, whether user groups can limit the background column and writing range, whether backups cover data and static files, and whether recovery drills have been done. Only those that can be demonstrated on the spot are considered capabilities; those that can only be written into PPTs are initially considered expectations.
Add additional application scenarios: Government portals are biased towards review chain and permission stratification, marketing websites are biased towards publishing efficiency and conversion承接, foreign trade sites are biased towards multilingual and page structure. The acceptance standards of the same security capabilities are not the same in different scenarios, write the scenario clearly, and the list has a selection basis.
Common questions
Should the program with a high proportion be replaced?The number of installations itself does not constitute a reason to replace the system. First, see if the current site has layered permissions, whether there is a content review chain, and whether there has been a recovery exercise. These have not been done, and replacing any program will result in similar accidents.
Is the niche program safer?The probability of a niche program being scanned by batch scripts is low, but the plugin ecosystem and repair support are also thin, making it more difficult to locate the problem once it occurs. It shifts the risk from 'being attacked by automation' to 'no one to turn to for help', which is not absolutely safer.
Can we determine security solely by the number of vulnerabilities?The number of vulnerabilities should be considered along with the speed of repair and the range of affected versions. Simply looking at the number can make 'being thoroughly studied' seem 'more dangerous' and ignore whether the repairs keep up.
What is the most easily overlooked item when making a selection?Recovery drills. Most sites have made backups, but they haven't verified whether they can be restored, and there is also little checking of whether attachments and static files are in the backup.