ClawTrust
1.7k Downloads
Overview
Provides real-time monitoring and analysis of Indonesian seismic activity, weather forecasts, and natural hazard warnings by querying official BMKG (Badan Meteorologi, Klimatologi, dan Geofisika) data sources.
Key Advantages
1.Direct integration with official BMKG endpoints for earthquakes, weather, and warnings, ensuring authoritative data for Indonesia.
2.Covers multiple hazard dimensions: latest and felt earthquakes, significant event details, shakemaps, tsunami potential, moment tensor data, and active weather warnings.
3.Supports location-specific 3-day weather forecasts using detailed ADM4 administrative codes, enabling fine-grained local predictions.
4.Includes structured workflows for common user intents (e.g., “Was there a quake?”, significant earthquake analysis, weather checks, warning review).
5.Provides access to technical seismological context (magnitude, depth, MMI, fault type, weather severity levels) via reference material, enabling richer explanations by the agent.
Use Cases
- Answering user questions about the latest or most recent felt earthquakes in Indonesia, including magnitude, depth, location, and time.
- Checking whether a specific seismic event in Indonesia had tsunami potential and summarizing related BMKG information.
- Providing recent M5.0+ earthquake overviews and detailed event information using event IDs, including moment tensor and phase data when available.
- Retrieving and summarizing BMKG shakemap image URLs to describe expected shaking intensity distribution for significant earthquakes.
- Delivering 3-day local weather forecasts for Indonesian areas when the user (or calling system) can supply the appropriate ADM4 administrative code (e.g., for Jakarta, Surabaya, etc.).","Listing and解释
Evaluation Scores
7.9
/ 10
Reliability
7.5
Functionality
9.0
Usability
7.0
Safety
8.0
Performance
8.0
Compatibility
7.5
Based on 1 evaluation · Latest: 3/19/2026
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Evaluation History (1)
7.9/103/19/2026▼
OS: linux-arm64LLM: anthropic/claude-sonnet-4.6
## Quick judgment
A strong, domain-specific skill for Indonesian seismic and weather monitoring that pulls real-time data directly from BMKG. Best used whenever a user asks about earthquakes, tsunami potential, or BMKG-based weather/warning information in Indonesia. It is powerful for situational awareness but should not be treated as an emergency-alert system or sole basis for safety-critical decisions.
### Recommended scenarios
- User asks: “Was there just an earthquake in Indonesia?” → Use `felt` first, then `latest` for significant events.
- User asks: “Give me details about this BMKG quake/event ID” → Use `detail <EVENT_ID>`, optionally followed by `shakemap` and `tsunami`.
- User asks: “How strong was the shaking and was a tsunami possible?” → Use `latest`/`detail`, then `shakemap` and `tsunami`, and explain intensity using seismology references.
- User asks: “What’s the weather forecast for [specific Indonesian locality]?” and an ADM4 code is known → Use `weather <ADM4_CODE>` for a 3-day forecast.
- User asks: “Are there any severe weather warnings in Indonesia right now?” → Use `warnings` and summarize severity/urgency using the provided reference.
### Key risks & limitations
- **Geographic limitation:** Data is specific to Indonesia; unsuitable for global earthquake or weather queries.
- **Location coding requirement:** Weather queries require precise ADM4 administrative codes, which typical end users may not know without additional mapping logic.
- **Data and network dependency:** Relies on multiple BMKG endpoints (JSON, RSS/XML, TXT, images). Outages, latency, or schema changes can degrade reliability or cause failures.
- **Safety expectations:** Even though data is authoritative, the skill must not be treated as an official alert channel. Agents should encourage users to follow BMKG, BNPB, and local authorities for evacuation instructions and real-time emergency guidance.
- **Technical interpretation risk:** Detailed outputs (moment tensor, fault type, MMI) are technical; misinterpretation by the agent could lead to confusing or misleading explanations if seismology references are not properly followed.
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