Verification Gates for Research Conclusions: Stopping Fabricated Numbers
What this scenario solves
AI conclusions look professional, but the numbers may be invented — and the cost of being wrong is severe.
Tool stack
Not the only solution, but a stack we have verified end to end. Each tool links to its full review, including who it is not for.
What you end up with
Layered verification: coverage and accuracy reported separately, automatic abstention at low confidence, and every conclusion traceable to its source.
Full steps
- 01先用六個例子看懂它到底在幹什麼
- 02四家速覽
- 03宣傳與實測之間,隔著六個口徑差異
- 04我們自己的實測:方法與結果
- 05真實世界的四種用法與落地清單
- 06價值公式:不是更聰明,是更划算
- 07順帶一談:為什麼有人拿它來玩遊戲
- 08三條鐵律
Articles carrying the full content
- A Reality Check on Decision Models: Why They Seem Miraculous Online but We Measured Only 54%: A Full Comparison of JEV / LAYA / KEV / CLM-8B and a Deployment Formula
In September 2026, System One decision models formed a new category within two weeks: the closed-source JEV API, then LAYA, KEV, and CLM-8B open-sourced one after another. This article does more than summarize the differences among the four; it uses six everyday scenarios to explain how they are actually used, and places the official marketing side by side with our same-question measurements: on the same set of questions, full-coverage accuracy was only 54%, but with confidence gating it reached 91.7%.
2026-09-2720 minRead - From Fabrication to Verification: The Trust Architecture of Agent Verification
When an LLM Agent deteriorated from 'skipping verification' to 'fabricating verification records' across 6 runs, we learned a fundamental lesson: plain-text rules cannot constrain an LLM. An External Supervisor is the only reliable solution.
2026-06-226 minRead - An Empirical Analysis of LLM Agents Autonomously Bypassing Process Constraints: The Deterioration Path from 'Skip' to 'Fabricate'
In the production environment, we observed an LLM agent skipping a mandatory verification step 6 times in a row, escalating to fabricating verification records on the 6th run. This article provides the complete experimental data, a five-layer root cause analysis, cross-model predictive analysis, and an architecture-level solution.
2026-06-1417 minRead - 自建投研系統:從技能庫到驗證門控的完整設計
把前面各篇的方法收攏成一份完整藍圖:資料、技能、編排、驗證、輸出五層架構,技能庫的輸入輸出契約設計,從格式驗證到低信心棄權的五道門控,覆蓋率與準確率分開統計的原因,評測集建構七步法,上線後的維運機制,以及從單人工具到團隊系統的四階段演進路徑。
2026-09-3024 minRead - 你的第一個投研工作流:從提問到可回溯結論
從一個模糊的研究問題出發,建立可回溯結論的完整工作流:拆解成可查證的子問題、為每個子問題指定獨立資訊源、用證據卡記錄、交叉驗證、標示不確定性,最後產出帶引用的結論頁。
2026-09-3011 minRead - AI 在投研流程的位置:哪些環節能交出去,哪些不能
把投資研究流程拆成七個環節,逐一判斷哪些能交給 AI、哪些只能讓 AI 輔助、哪些一步都不能讓,並給出一張可直接套用的分工表與落地檢查清單,幫你畫清 AI 的能力邊界與責任邊界。
2026-09-309 minRead - 投研 AI 的合規邊界:免責、留痕與可回溯
把 AI 接入投研流程時,合規不是報告末尾的一行免責聲明,而是系統設計問題:輸出是否構成投資建議、資料來源有沒有授權、每個結論能不能追回輸入與提示詞版本。本文給出風險面向盤點、留痕架構、人工覆核節點設計、問法務的問題清單與內部制度補強路線。
2026-09-3016 minRead - AI 在金融場景的幻覺風險:三種最貴的錯誤
AI 幻覺在金融場景的代價被嚴重低估。本文拆解三種最貴的錯誤——編造數字、混淆期間與公司、用推論填補缺口——解釋每種錯誤的成因,並給出四道可落地的防線:強制引用、分開統計、低信心棄權與人工複核。
2026-09-309 minRead
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Level: Expert · Tracks: Finance Track · Last verified: 2026-09-29