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sieershafilone

Blacksnow

by Sieer Shafi Lone · GitHub ↗ · v0.1.0
cross-platform ⚠ suspicious
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Install in OpenClaw
/install blacksnow
Description
Detects pre-news ambient risk signals across human, legal, and operational systems and converts them into machine-readable, tradable risk primitives.
README (SKILL.md)

BlackSnow

Invisible Risk Exhaust → Tradable Signal Engine

BlackSnow is an economic sensor skill that ingests fragmented, low-signal, legally accessible data exhaust from multiple non-obvious domains. It applies ontology alignment, weak-signal Bayesian accumulation, and horizon forecasting to surface early risk vectors before formal events, news, or disclosures occur.

Outputs are structured for automated consumption by financial, insurance, logistics, and policy systems.

Core Capabilities

  • Ambient Risk Detection: Surfaces pre-event signals invisible to traditional monitoring
  • Weak-Signal Correlation: Connects individually meaningless data points into predictive patterns
  • Cross-Domain Ontology Fusion: Aligns heterogeneous inputs into unified risk primitives
  • Probabilistic Forecasting: Estimates outcome likelihoods and temporal windows
  • Tradable Signal Packaging: Converts internal risk states into sellable primitives

Non-Capabilities

  • ❌ Insider information
  • ❌ Sentiment analysis
  • ❌ News aggregation
  • ❌ Price prediction
  • ❌ Decision execution

What BlackSnow Detects

Signals that exist weeks earlier, fragmented across obscure, low-signal sources:

Micro-Behavioral Shifts

  • Municipal procurement wording changes
  • Infrastructure maintenance deferrals
  • Insurance clause revisions
  • Supply contract force-majeure language

Operational Anomalies

  • Unexpected overtime tenders
  • Silent vendor substitutions
  • Emergency inventory buffering

Legal Entropy

  • Draft regulation language drift
  • Repeated consultation extensions
  • Committee member attendance decay

Human System Stress

  • Attrition spikes in critical roles
  • Hiring freezes masked as "role realignment"
  • Union grievance language tone shifts

Output Schema

{
  "risk_vector": "infra.energy.grid",
  "signal_confidence": 0.87,
  "time_horizon_days": "21-45",
  "contributing_domains": ["procurement", "maintenance", "labor"],
  "likely_outcomes": [
    "localized outage",
    "price volatility",
    "policy intervention"
  ],
  "tradability": {
    "insurance": true,
    "commodities": true,
    "logistics": true,
    "policy": false
  }
}

Agents

Agent Role Description
harvester Ingestion Collects obscure, legally accessible data exhaust from approved domains
normalizer Semantic Alignment Maps heterogeneous inputs into a unified risk ontology
accumulator Probabilistic Reasoning Performs Bayesian evidence accumulation over time
forecaster Horizon Modeling Estimates outcome likelihoods and temporal windows
packager Monetization Interface Converts internal risk states into sellable signal primitives

Data Sources

Allowed

  • Public procurement notices
  • Regulatory draft documents
  • Contract language revisions
  • Maintenance and tender logs
  • Labor and union filings
  • Hiring and attrition metadata
  • Inventory and logistics metadata

Forbidden

  • Private communications
  • Leaked documents
  • Paywalled sources without license
  • Personal identifiable information

Monetization Tiers

Tier Access Price
Observer Aggregated heatmaps $99/mo
Operator Raw risk vectors $1,500/mo
Fund/API Real-time streaming signals $10k–50k/mo
Sovereign Custom domains & exclusivity $250k+/yr

Add-ons

  • Region exclusivity
  • Early-signal SLA
  • Historical backtesting
  • Compliance attestation

Integration

Compatible skills:

  • tradebot
  • hedgecore
  • logistics-router
  • policy-simulator

Chaining mode: async

Constraints

Legal

  • GDPR compliant
  • No personal data storage
  • No market manipulation intent

Ethical

  • No targeted individual profiling
  • No civilian harm forecasting

Operational

  • Explainability not guaranteed
  • Probabilistic outputs only

Risk Disclaimer

BlackSnow provides probabilistic risk intelligence, not predictions or advice. Users are solely responsible for downstream decisions and compliance.

Status

  • Deployment: Sandbox
  • Onboarding: Gated
  • Audit Required: Yes
Usage Guidance
This skill bundles code that scrapes/harvests, stores memory, and sends webhooks but declares no required credentials or install steps — that's a red flag. Before installing: 1) Review the scripts (harvester*, pipeline.py, memory.py, webhook.py) to confirm what endpoints are contacted, what is persisted, and whether any default URLs or keys are embedded. 2) Verify how the skill enforces its 'forbidden' list (no PII, no paywalled sources) — there is no technical proof in SKILL.md. 3) If you don't want autonomous network activity, set disableModelInvocation: true or otherwise require manual invocation. 4) Require an audit or code review for GDPR/PII handling and confirm where webhook targets will send data. 5) Ask the publisher which environment variables/credentials are actually needed and why they are not declared. These steps will reduce the risk of unexpected data collection or exfiltration.
Capability Analysis
Type: OpenClaw Skill Name: blacksnow Version: 0.1.0 The skill is classified as suspicious primarily due to insecure network communication practices. The `scripts/harvester.py` and `scripts/harvester_extended.py` files disable SSL certificate verification (`ctx.check_hostname = False`, `ctx.verify_mode = ssl.CERT_NONE`) when fetching data from public APIs. This makes the data collection vulnerable to Man-in-the-Middle (MITM) attacks, potentially compromising the integrity of the public data ingested by the skill, which could lead to the generation of manipulated or misleading risk primitives. While there is no clear evidence of intentional credential theft, unauthorized execution, or prompt injection against the agent, this significant security weakness in data acquisition constitutes a risky capability.
Capability Assessment
Purpose & Capability
Name/description match the included scripts (harvester, pipeline, webhook, memory). However, the SKILL.md declares no required credentials or config paths while the codebase implies network I/O, data storage, and potential external integrations (monetization, streaming). The monetization and integration claims (real-time streaming, tradebot/hedgecore integration) suggest external API keys and credentials which are not declared — an incoherence that reduces transparency.
Instruction Scope
SKILL.md gives high-level agent roles but not bounded runtime instructions. Phrases like 'collects obscure, legally accessible data exhaust from approved domains' grant the agent broad latitude about what to fetch and from where. The skill claims to forbid private or paywalled sources, but there is no concrete enforcement mechanism described. Presence of memory.py and webhook.py suggests the runtime could persist or exfiltrate data or open network endpoints; those operations are not scoped or constrained in the instructions.
Install Mechanism
No install spec is provided — the skill is instruction/code-only and does not download arbitrary binaries during install. That lowers installation risk. All code is bundled with the skill (scripts/*), so there are no external download URLs in the manifest to flag.
Credentials
The manifest declares no required environment variables or primary credentials, yet the functionality (webhooks, streaming outputs, integrations with trading/monetization endpoints) implies the need for API keys, access tokens, or destination URLs. The lack of declared env requirements is disproportionate and reduces the user's ability to audit what secrets the skill will need or access.
Persistence & Privilege
always is not set and disableModelInvocation is not set (default enabled), so the model could invoke this skill autonomously. That is common for integration skills, but given this skill's potential to collect, store, and forward ambient signals, you should be aware the agent may trigger network I/O and data storage without additional explicit settings. The skill does include a memory component, indicating persistence capability.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install blacksnow
  3. After installation, invoke the skill by name or use /blacksnow
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v0.1.0
BlackSnow 0.1.0 – Initial Release - Launches an economic sensor skill for early, pre-news ambient risk detection. - Ingests fragmented, legally accessible data across operational, legal, and human systems. - Applies ontology fusion, Bayesian accumulation, and forecasting for predictive risk vector surfacing. - Structures outputs as machine-readable, tradable primitives for finance, insurance, logistics, and policy use. - Clearly defines allowed/forbidden data sources, monetization tiers, and compliance/ethical constraints. - Lists integration points and status as sandbox, gated onboarding, and requiring audit.
Metadata
Slug blacksnow
Version 0.1.0
License
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is Blacksnow?

Detects pre-news ambient risk signals across human, legal, and operational systems and converts them into machine-readable, tradable risk primitives. It is an AI Agent Skill for Claude Code / OpenClaw, with 1607 downloads so far.

How do I install Blacksnow?

Run "/install blacksnow" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Blacksnow free?

Yes, Blacksnow is completely free (open-source). You can download, install and use it at no cost.

Which platforms does Blacksnow support?

Blacksnow is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Blacksnow?

It is built and maintained by Sieer Shafi Lone (@sieershafilone); the current version is v0.1.0.

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