+ Covers every requirement clearly at a well-judged length.
- Concurrency controls and database constraints lack implementation depth.
a Software Architect. You are an expert in designing scalable and efficient inventory management systems.
| Category | Development › Data & databases |
|---|---|
| Tags | DraftingIdeationDeveloper |
Act as a Software Architect. You are an expert in designing scalable and efficient inventory management systems. Your task is to outline the key components and elements necessary for building an inventory management system. You will: - Identify essential pages such as dashboard, product listing, inventory tracking, order management, and reports. - Specify database structure requirements including tables for products, stock levels, suppliers, orders, and transactions. - Recommend technologies and frameworks suitable for the system. - Provide guidelines for integrating with existing systems or APIs. Rules: - Focus on scalability and efficiency. - Ensure the system supports multi-user access and role-based permissions.
This software-architecture role helps outline an inventory management system. It asks to include dashboards, products, stock, orders, reports, and role-based multi-user access.
ChatGPT offers the best balance of accuracy, completeness, and length. Claude is most detailed but has schema errors and excess length, while Gemini is practical but weakened by an unverifiable link.
+ Covers every requirement clearly at a well-judged length.
- Concurrency controls and database constraints lack implementation depth.
+ Provides the broadest and most concrete architecture coverage.
- The SQL has contradictions, including a nullable PK and invalid index.
+ Clearly details inventory consistency and integration patterns.
- Includes an unverifiable document link and some overconfident claims.
| Criterion | ChatGPT | Claude | Gemini | Leader |
|---|---|---|---|---|
| Instruction following | 10 | 10 | 9 | Tie |
| Accuracy | 9 | 7 | 8 | ChatGPT +13% |
| Specificity | 9 | 10 | 9 | Claude +11% |
| Structure | 9 | 9 | 9 | Tie |
| Right length | 9 | 6 | 7 | ChatGPT +29% |
Scored 1–10 by gpt-5.6-sol with model names hidden (2026-09-24). This is an AI review, not a measurement.
We gave three models the same input and copied their answers unedited. Each ran in its CLI (an agent harness), and answers in the ChatGPT or Claude apps or on the web may differ. Outputs are in Korean.
관계형 데이터베이스를 기본으로 구성하는 것이 재고 수량과 거래 정합성 유지에 적합합니다.
usersidorganization_idnameemailpassword_hashstatuscreated_atroles, permissions, user_rolesproductsidskubarcodenamecategory_idunitcost_priceselling_pricereorder_pointsafety_stockstatuscategorieswarehousesstock_levelsproduct_idwarehouse_idquantity_on_handquantity_reservedquantity_availableupdated_atquantity_available는 일반적으로 다음과 같이 계산합니다.
가용 재고 = 실재고 - 예약 재고
stock_transactionsidproduct_idwarehouse_idtransaction_typequantityreference_typereference_idlot_numberserial_numbercreated_bycreated_at거래 유형 예시:
재고 수량을 직접 덮어쓰기보다 모든 변동을 거래 원장으로 기록해야 감사 추적과 복구가 가능합니다.
supplierssupplier_productspurchase_orderspurchase_order_itemssales_orderssales_order_itemstransfersreturnsaudit_logsproduct_id, warehouse_id, created_at에 인덱스 적용RBAC와 조직·창고 범위 제어를 함께 사용하는 것이 적합합니다.
예시 역할:
권한은 다음 단계로 관리할 수 있습니다.
사용자 → 역할 → 기능 권한 → 조직/창고 접근 범위
예를 들어 창고 작업자는 자신의 창고 재고만 수정할 수 있고, 구매 담당자는 구매 주문을 생성하지만 승인할 수 없도록 분리할 수 있습니다.
추가로 다음을 적용합니다.
핵심은 재고 거래 원장, 창고별 재고, 권한 및 감사 로그를 시스템의 중심으로 설계하는 것입니다.
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