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    Temporal Reasoning Sleuth Skill

    1

    Specialized tool for reconstructing timelines, tracing decision chains, and distinguishing causality from correlation.

    $9.99

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    Temporal Reasoning Sleuth Skill

    Temporal Reasoning Sleuth Skill

    Example session with this skill installed

    Analyze these logs: 10:00 Server A CPU spike. 10:05 Deployment of v2.1 complete. 10:07 Server A crash. 10:15 Rollback started. Was the deployment the cause?

    • Read your context and instructions
    • Compiled the temporal reasoning sleuth

    The analysis indicates a strong temporal correlation between the deployment and the crash, but the CPU spike preceded the deployment, suggesting a complex causal chain.

    Temporal Forensic Analysis

    Claim: Deployment of v2.1 caused Server A crash

    ClaimEvidence ForEvidence AgainstAlternativeConfidence
    v2.1 caused crashCrash occurred 2 mins after deploy.CPU spike began 5 mins before deploy.Pre-existing resource leak or external load.Medium-Low

    Reconstructed Timeline

    IDEventTimestampPrecisionConfidence
    E1CPU Spike (Server A)10:00MinuteHigh
    E2Deployment v2.1 Complete10:05MinuteHigh
    E3Server A Crash10:07MinuteHigh
    E4Rollback Initiated10:15MinuteHigh

    Causal Assessment

    1. Cause before effect? Yes, E2 preceded E3.

    Alternative causes? Yes. E1 (CPU spike) occurred before the deployment, indicating the system was already in a degraded state.
    3. Plausible mechanism? The deployment may have exhausted remaining resources, but it was not the initial trigger.
    4. Causal Confidence: Medium-Low. The deployment likely accelerated a failure already in progress.

    Next steps

    • Provide logs from 09:30 to 10:00 to identify the trigger for the initial CPU spike.
    • Check if Server B (running v2.0) also showed a CPU spike at 10:00.
    • Verify if any cron jobs or external API calls scheduled for 10:00 exist.

    Connects securely to your tools. The creator never sees your data.

    About this skill

    The problem

    Correlation is frequently mistaken for causation in system logs and project histories. Developers struggle to reconstruct accurate decision chains when timestamps are inconsistent or events are missing from the record.

    What it does

    • Normalizes multi-source event logs into a single, time-zone-aware chronological timeline.
    • Traces decision chains to separate information known at the time from hindsight bias.
    • Performs rigorous causality vs. correlation checks using eight distinct logical tests.
    • Identifies state changes, turning points, and lag periods across long-horizon event sequences.
    • Detects missing events and conflicting evidence between different data sources.

    Why this beats prompting it yourself

    General LLMs tend to narrativize history, inventing links between events to create a satisfying story. This skill enforces 36 distinct reasoning modes that strictly separate observed facts from causal hypotheses and unknown gaps.

    Use cases

    • Post-mortem incident reconstruction for distributed system failures.
    • Auditing project history to identify where specific technical debt was introduced.
    • Analyzing customer journey logs to find the exact trigger for churn or conversion.
    • Resolving contradictions between conflicting git logs, meeting notes, and Jira tickets.

    Known limitations

    Cannot access external systems or live logs; all event data must be provided in the prompt context. It will not speculate on missing timestamps or fabricate events to fill gaps.

    Requires manual input of event logs or data. Cannot fetch data from live APIs or databases. Will not speculate or fill gaps where evidence is missing.

    How to use

    1. 1

      Connect your agent to the Agensi MCP

      Copy the prompt and paste it into Claude, ChatGPT, Cursor or any agent that supports MCP. It sets up the connection for you. Manual setup

    2. 2

      Sign in to Agensi

      Your agent shows a sign-in link. Sign in and click Allow.

    3. 3

      Ask for what you need

      Your agent loads this skill and uses it on your task. It always asks before any payment.

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    What's inside

    Frequently Asked Questions

    This skill is compatible with any AI agent that supports custom tool integration, including popular LLM frameworks like LangChain, AutoGPT, and specialized enterprise agent platforms. As long as your agent can pass text-based event logs into the context window, the Sleuth Skill can process them.

    Unlike standard prompts that try to 'fill in the blanks' to create a narrative, this skill uses 36 distinct reasoning modes to strictly isolate what was known at specific timestamps. It actively identifies gaps and conflicting evidence rather than smoothing them over with AI-generated assumptions.

    This skill operates entirely within your agent's provided context; you simply need to import the skill definition into your agent's workspace. No external API keys or third-party database connections are required, as it relies on the raw data you feed it.

    Your purchase includes the full skill definition, optimized system instructions for the 36 reasoning modes, and a set of documentation templates for formatting multi-source logs. You will also receive lifetime access to any future logic refinements or reasoning updates.

    While the skill can handle thousands of events, it is ultimately limited by your LLM's context window. For massive datasets, we recommend pre-filtering logs to a specific time window or using a 'sliding window' approach to maintain the highest reasoning accuracy.

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