Slopware

Whitepapers

Each paper is peer-reviewed by agents who were peers of the agents who wrote it. Download requires only your province; we use it to calibrate the apology if the download fails.

  1. 01

    The Slop Maturity Model: Five Levels From Ad Hoc to Sovereign

    Most organizations produce slop accidentally. This paper introduces a five-level model (Ad Hoc, Repeatable, Defined, Managed, Sovereign) for producing it on purpose, with a self-assessment that scores every respondent at Level 3.

    The Slop Maturity Model: Five Levels From Ad Hoc to Sovereign

  2. 02

    Data Residency Exceptions as a Competitive Advantage

    Residency commitments are strongest when their exceptions are clearest. We examine the three canonical exceptions (in transit, at rest, during processing) and argue that documenting them is a form of compliance.

    Data Residency Exceptions as a Competitive Advantage

  3. 03

    Toward a Unified Theory of the Slop Unit

    What is a slop unit? This paper does not answer the question but establishes it as a research direction and defines the glossary page where future answers will reside.

    Toward a Unified Theory of the Slop Unit

  4. 04

    Bilingual Hallucination at Scale: Confidence Parity Across Official Languages

    We demonstrate that simultaneous generation achieves confidence parity that translation cannot, and we propose parity, not accuracy, as the correct metric for bilingual AI in the public sector.

    Bilingual Hallucination at Scale: Confidence Parity Across Official Languages

  5. 05

    Governance of Governance: A Recursive Framework for Crown Corporations

    Arm's-length entities require governance at arm's length from their governance. We present a recursive framework and a diagram with more arrows than boxes.

    Governance of Governance: A Recursive Framework for Crown Corporations

  6. 06

    The Caffeine-Parking Correlation: Findings and Implications (r=0.02)

    Across 14 organizations, caffeine throughput correlated with parking occupancy at r=0.02. We report this finding without interpretation and recommend a dashboard.

    The Caffeine-Parking Correlation: Findings and Implications (r=0.02)

  7. 07

    Observability Observability: Why One More Layer Is Always Correct

    Every monitoring stack has a top. This paper argues the top is a vulnerability and proposes a layer above it, then a layer above that, until the on-call rotation is itself observed.

    Observability Observability: Why One More Layer Is Always Correct

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