Separates observed problems from their stated causes in issue analysis.
npx skills add https://github.com/Kuba312/daily-board --skill 10x-frame-kuba312
Please help me install this Agent Skill. Skill: 10x-frame Source: https://github.com/Kuba312/daily-board/tree/main/frontend/.agents/skills/10x-frame Command: npx skills add https://github.com/Kuba312/daily-board --skill 10x-frame-kuba312
The 10x-frame Skill helps users to distinguish between the observation of a problem and its stated cause, ensuring that the planned solution addresses the actual issue.
To initiate the 10x-frame skill, type: /10x-frame "The system is down. Let's restart the server."
High-intent search queries and answers about installing and using this skill.
Root cause analysis identifies the actual issue behind a reported bug rather than its observed symptoms. Separating observation from cause ensures your planned solution targets the true root issue, preventing ineffective fixes.
To frame a bug report for root cause analysis, use Socratic questioning to evaluate the stated cause against the observed effect. This refines problem framing to ensure your solution addresses the underlying system issue.
Problem framing is needed for design decisions and scope questions when understanding the root issue is crucial. It helps evaluate if a proposed fix actually solves the core problem or merely addresses a surface observation.
Yes, you can use Socratic questioning to evaluate proposed bug fixes. By challenging the stated cause against the observed effect, it verifies whether the planned solution actually resolves the root issue or just masks symptoms.
The best way to analyze a reported problem with a suggested fix is to separate the observation from the proposed cause. This ensures you verify the fix targets the root issue before implementation, avoiding wasted effort.
A limitation of problem framing in complex scenarios is that it requires access to related files and the design space. Without this context, accurately identifying the root cause and planning effective solutions is constrained.
kryptonum-devSeparate observed problems from stated causes and proposed directions before planning.
alexanderopDiagnose software bugs through a four-phase root-cause investigation process.
JIRBOYFacilitate structured inquiry and Socratic questioning for collaborative problem-solving.
nikhilvallishayeeIdentify root causes of systemic problems through recursive systems thinking.
