BUILD · CHECK · PROTECT
Let AI take over from "where should I look?"
Multiple AIs, including Claude, ChatGPT, and Gemini, share the same memory and files to carry out checks, fixes, and re-verification.
Are too many ports open? Is the login method secure? Are any outdated software packages still installed?
Even if you don't know what to check, the AI looks through the server, picks out the dangerous spots, explains them in plain language, fixes them, and then verifies the fixes again.
Beyond giving advice, this takes advantage of direct access to the actual files and server settings.
Developing and reviewing with only one AI leaves you blind to your own code's assumptions and oversights. With BASECORD, one AI's code is strictly reviewed from a different perspective by another AI, catching security holes in layers and reducing oversights. Because they share the same memory and files, there's no need to re-explain anything.
A regular chat screen only advises, "This might be dangerous." BASECORD's AI directly fixes the code and settings on the server and, after the fix, runs tests itself to confirm the hole is actually closed and the original functions haven't broken.
Before publishing, we check in one batch with inspection programs and the AI's eyes for names, addresses, and school names in test data, forgotten API keys, links to admin pages, and paths where external malicious input (such as XSS) could make the program run.
Server protections that normally require specialized knowledge, such as automatically blocking detected unauthorized login attempts (fail2ban), virus scanning (ClamAV), communication encryption (SSL certificates), and narrowing access permissions, can be set up simply by asking the AI in plain words.
Dedicated Server PlanBy combining scheduled jobs (cron) and resident monitoring (systemd), you can have the AI build systems that detect abnormal access and capacity shortages, check certificate renewals, and create generational backups of databases and files. You can build a setup that not only "prevents attacks" but also "lets you restore immediately if something goes wrong," all in one consistent system.
Dedicated Server PlanThese are examples of defenses actually built and operated using BASECORD.
Discovered problems and inspection procedures are kept in shared memory and instruction notes. The AI building the next project, or a different AI, follows the same precautions from the start.
Change history is recorded automatically, and important fixes are marked. Even if an old version is restored later, you'll notice when the marker is missing.
Warnings arriving from multiple servers are gathered in one place, and their status is recorded as "awaiting action," "fixed," or "no action needed." It doesn't just notify you; it tracks each one through to resolution.
The AI also verifies whether any data is missing from backup targets or whether any backups are corrupted partway through. There are actual examples of finding and fixing missed items and corruption.
For an online store system, we found and fixed issues in the payment confirmation flow and places where double-selling of inventory could occur. Business incidents can also be included in inspections.
* The above are examples of systems built and operated using BASECORD. They are not features that run automatically on every plan from the start. Monitoring and scheduled jobs that run continuously can be built on the dedicated server plan.
Under "Production List," the Renovate Simulator: while reviewing the display process for imported furniture data, we found a problem where malicious programs could run. We added a fix that displays furniture names as safe characters and added checks on imported content, then confirmed the fix with test data. For the "Junior High School Exam Prep App" and the "Picture Book," we also ran a batch check before publishing to confirm that no school names, personal names, or addresses remained, and removed them.
Power to build, and power to protect. A workspace that has both.