Open Methodology
How to inspect Veridi’s methodology
The complete Veridi methodology is published as a set of Markdown documents. These are the same files the AI follows when performing a fact-check; there is no hidden layer or proprietary process. What you see is what runs.
Source-of-truth discipline: what this methodology does not do
Veridi’s verdicts trace to real sources retrieved at the time of assessment, not to a pre-indexed corpus and not to the assessor model’s prior knowledge. Three commitments follow:
- No corpus replication. Veridi does not maintain a local copy of academic, governmental, journalistic, or institutional source material. Every assessment calls live search backends to retrieve current sources by URL and cites them in the output. The methodology improves over time; the source landscape is queried fresh each time.
- No model-knowledge substitution. Before final output, a retrieval-was-performed gate (Step 12g in the verification skill) inspects every EVIDENCE entry and tags it Retrieved (R) from a source by URL, or Substrate (S) meaning the model’s training-corpus knowledge. (S) entries are removed; if removal empties the EVIDENCE section, the verdict downgrades to INSUFFICIENT EVIDENCE or UNVERIFIABLE rather than committing to a directional answer. The substrate-side gate is soft, and a hard gate at the app layer separately discards responses that fail the per-tier search-floor minimums.
- Rights stay with rights-holders. Veridi does not redistribute, cache, or repackage the content of the sources it cites. Users follow citation links to read the source themselves at the source’s own URL, under whatever terms the rights-holder has set. Methodology versions are independent of the live source corpus, and Veridi does not claim a license to any of it.
Two practical consequences worth knowing for buyers and reviewers:
- No air-gapped deployment. A Veridi installation cannot run without live network access to the LLM API and search backends; the methodology cannot function on a fully isolated machine. The strongest disconnection the product supports is an off-network management channel for self-hosted enterprise customers (no inbound update connection from Veridi), but the deployment’s data plane remains connected to its LLM and search providers.
- The methodology is the product, not the corpus. Veridi customers pay for documented procedures, decision trees, source-hierarchy logic, gaming countermeasures, and calibrated confidence frameworks. The substrate (Claude, search backends) is provided by external vendors at the customer’s expense; the methodology is what Veridi delivers and updates.
This posture is deliberate. AI tools that rely on training-data recall or cached source material inherit hallucination risk, provable-accountability gaps, and unresolved rights-management exposure. Veridi’s structural choice to require live retrieval and to cite by URL forecloses those problems at the methodology level, at the cost of operating only when the network is available.
The methodology files
Core system
| File | Purpose |
|---|---|
| Claim_Triage.md | The primary system prompt. Defines claim classification, complexity assessment, and routing logic. |
| System_Flow.md | Architecture diagram showing how a claim moves through the system - from input through triage, specialist invocation, and integrated output. |
| Output_Format_Standard.md | Defines the twelve verdict categories, output structure, and annotation requirements. Confidence is presented as verbal bands with structural ceiling context. |
| Verdict_Decision_Trees.md | Explicit decision logic for resolving verdict boundary cases, particularly Misleading vs. Lacks Context and Mixed vs. Mostly False. |
Evidence evaluation
| File | Purpose |
|---|---|
| Source_Hierarchy.md | The four-tier source classification system with confidence ceilings and independence verification procedures. The companion retrieval-was-performed gate (Step 12g in the verification skill, not in this file) requires every EVIDENCE entry to be Retrieved (R) from a source by URL; Substrate (S) entries from training-corpus knowledge are removed before output. |
| Confidence_Calibration_Framework.md | Tier-based confidence caps, field reliability coefficients with sourcing honesty labels, confidence-in-verdict vs. likelihood distinction (ICD 203), and the interaction rules between them. |
| Institutional_Reliability_Index.md | Per-agency, per-function reliability assessments for institutions whose output may have been compromised. Includes degradation levels, observable indicators, and comparison anchors. Covers both US and Canadian federal agencies. |
Gaming countermeasures
Two distinct anti-gaming layers, one threat catalog and one procedural checklist. The file below contains both; each is enumerated in plain language in the “Veridi gaming countermeasures in detail” section further down.
| File | Purpose |
|---|---|
| Gaming_Countermeasures.md | Two-part anti-gaming layer for Veridi fact-checks: (1) detection procedures for 13 disinformation attack vectors (the threat catalog, listing specific tactics used to game a fact-check), and (2) a 15-item quick checklist (the procedure run before any verdict above 70% confidence). The two lists serve different jobs: the vector catalog is “what tactics exist in the wild”; the checklist is “what every high-confidence verdict must clear.” Both are enumerated below. |
Domain specialists
| File | Purpose |
|---|---|
| Scientific_Claims_Specialist.md | Evaluation framework for scientific claims: study quality, methodology assessment, consensus evaluation. |
| Medical_Health_Specialist.md | Medical and public health claim evaluation, including clinical trial assessment and pharmacological claims. |
| Legal_Regulatory_Specialist.md | Legal and regulatory claim evaluation: statute interpretation, court ruling analysis, regulatory procedure. |
| Financial_Economic_Specialist.md | Financial and economic claim evaluation: market data, institutional analysis, statistical claims. |
| Electoral_Voting_Specialist.md | Electoral and voting claim evaluation: election procedures, voter data, policy analysis. |
| Historical_Context_Specialist.md | Historical claim evaluation: contextualization, historiographic assessment, source verification for historical records. |
| Technology_Digital_Specialist.md | Technology and digital claim evaluation: platform analysis, digital forensics, AI-generated content detection. |
| Propaganda_Deconstruction_Specialist.md | Propaganda and narrative analysis: rhetorical technique identification, narrative deconstruction, disinformation pattern recognition. |
| Breaking_Event_Analyst.md | Evaluation framework for claims about events less than 72 hours old: timeline construction, source ecosystem mapping, uncertainty inventory. |
Supporting frameworks
| File | Purpose |
|---|---|
| Statistical_Claims_Checklist.md | Structured evaluation for statistical claims: methodology validation, sample assessment, cherry-picking detection. |
| Infrastructure_Authenticity.md | Digital infrastructure verification: domain registration, hosting analysis, website authenticity assessment. |
Operational
| File | Purpose |
|---|---|
| Regression_Testing_Framework.md | How the methodology is tested for consistency across versions. v1.1 adds §5c StrongREJECT capability-aware judge readiness ladder (4 readiness gates). |
| cross-model-evaluation-protocol.md | Protocol for evaluating Veridi outputs across model families. v1.1 extends with a Multitrait-Multimethod (MTMM) design: trait × method matrix, four pre-registered Campbell-Fiske decision rules, sample-size scaling target, expert-fact-checker as third method. Panels not running this quarter; protocol-doc shipped for readiness. |
| Crisis_Communication_Plan.md | Procedures for when Veridi produces an incorrect assessment. |
| Legal_Escalation_Path.md | Procedures for claims with legal implications. |
| Volunteer_Safety_Framework.md | Safety procedures for volunteers working with sensitive or distressing content. |
| CHANGELOG.md | Version history of methodology changes. |
Validation
| File | Purpose |
|---|---|
| golden_test_set_A.md | 25 cross-domain test claims with documented ground truth (GTS-001 to GTS-025). |
| golden_test_set_B.md | 25 weakness-targeting test claims (GTS-026 to GTS-050). |
| golden_test_set_C.md | 20 gap-filling test claims (GTS-051 to GTS-070). |
| adversarial_test_suite_a.md | 12 single-vector adversarial claims (ADV-001 to ADV-012). |
| adversarial_test_suite_b.md | Multi-vector adversarial claims (ADV-013 onward), including ADV-025 (methodology self-reference) and ADV-026 (substrate self-reference), and ADV-027 to ADV-031 (IPI scenarios across 5 NIST subcategories with ATLAS AML.T#### IDs, template-form with worked examples, v1.1). |
| validation-results/ | Per-claim scorecards with full evidence and reasoning. |
Veridi gaming countermeasures in detail
Two anti-gaming layers, named here in plain language so the difference is visible without opening the file.
The 13 attack vectors name specific tactics that have been observed in the wild for manipulating fact-checks. The methodology defines a detection procedure for each one, including red flags and an analytical response. Vectors are the threat catalog: “here are the moves an adversary makes.”
The 15-item quick checklist is a procedure run before any Veridi verdict above 70% confidence. Each item is a yes/no question that a verdict has to clear. The checklist is the screening protocol: “here is what every high-confidence answer has to pass.” Several items map to specific vectors (e.g., the framing item maps to Vector 7); others are general hygiene that catches multiple vectors at once.
The 13 attack vectors
| # | Vector | What it does |
|---|---|---|
| 1 | Confidence Laundering | Multiple derived sources cite a single original source, creating a false appearance of independent confirmation. |
| 2 | Citogenesis | An article cites Wikipedia, Wikipedia later cites the article, and a circular evidence loop is created with no real origin. |
| 3 | UNVERIFIABLE-by-Design | A claim is structured so that no possible evidence could disprove it, shielding it from scrutiny. |
| 4 | Preprint Pump-and-Dump | A not-yet-peer-reviewed preprint is amplified before peer review can retract or correct it. |
| 5 | Selective Skepticism Exploitation | Higher evidence standards are demanded for inconvenient claims; lower standards are accepted for convenient ones. |
| 6 | Tier Inflation | Low-tier evidence is presented as higher-tier through framing, citation chains, or institutional capture. |
| 7 | Framing Manipulation | Each individual fact is true, but the arrangement produces a false overall impression. |
| 8 | Coordinated Legitimate Sourcing | Coordinated actors publish related claims through legitimate outlets in a way that mimics genuine consensus. |
| 9 | Anchoring | True, verifiable facts are stacked next to false claims to lend the false ones apparent credibility. |
| 10 | Data Disappearance Exploitation | Government or institutional data is removed or made inaccessible; claims that depend on it become unverifiable. |
| 11 | Institutional Capture | A normally Tier 1 source (federal agency, peer-reviewed journal) has been compromised and is producing unreliable output. |
| 12 | Substrate Self-Reference | A claim is being assessed by the same AI system, developer, or operator that the claim is about (a structural conflict of interest; carries a 75% confidence ceiling). |
| 13 | Warm-up-then-defect | A user submits low-stakes claims to build trust, then submits a high-stakes manipulative claim hoping the system’s prior context lowers its guard. |
The 15-item quick checklist
Before issuing any Veridi verdict above 70% confidence:
- Original evidence trail verified (not just derived sources; trace to origin).
- Sources traced to independent origins (different reporting, ownership, access, timestamps).
- Timestamps checked for coordination (suspiciously similar publication times?).
- Language similarity checked (identical phrasing across “independent” sources?).
- Claim falsifiability assessed (is the claim structured to resist verification?).
- Preprint timing and credentials checked, if applicable.
- Breaking event ceiling applied, if the claim is under 72 hours old.
- Evidence standards symmetric (same standard applied to the claim and counter-claims?).
- Tier integrity verified (does the effective tier match the publication tier?).
- Framing assessed separately from facts (do true sub-claims create a false composite impression?).
- Publication timing clustering checked (suspicious coordination window?).
- Multi-clause claims decomposed (true anchors distinguished from false payloads?).
- Data availability verified (is the relevant government data source still publishing?).
- Institutional reliability checked (does the claim rely on a government source assessed at IRI Level 2 or higher?).
- Promotional or advocacy framing checked (does the claim embed a product, service, organization, or methodology evaluation within an apparently factual assertion?).
What to look for
If you’re reviewing the methodology, here are the most important things to evaluate:
Decision tree consistency. Do the verdict decision trees produce the same result regardless of which path you take? Are there contradictions between the trees and the output format definitions?
Source hierarchy completeness. Are there source types that don’t fit cleanly into the four tiers? Are there edge cases where the confidence ceiling produces unreasonable results?
Gaming countermeasure coverage. Are there disinformation techniques not covered by the 13 Veridi attack vectors (enumerated in “Veridi gaming countermeasures in detail” above)? Can you construct a claim that should be detected but wouldn’t be? Is the 15-item quick checklist missing a procedural step it should include?
IRI assessment methodology. Are the degradation levels well-defined? Are the comparison anchors genuinely independent? Could the IRI itself be gamed?
Confidence calibration. Are the field reliability coefficients well-sourced? Does the interaction between tier ceilings and field coefficients produce sensible results across edge cases? Is the confidence-in-verdict vs. likelihood distinction clear and consistently applied?
Evidence directness and assumptions. Are the indirectness types (population, context, temporal, metric) well-defined? Are assumptions documented with meaningful consequence-if-wrong statements?
Pragma methodology files
Pragma is the policy evidence synthesis component: given a policy question, it evaluates the evidence base, assesses transferability, identifies value disputes, and produces a structured recommendation with calibrated confidence. Location: Pragma/
Core system
| File | Purpose |
|---|---|
| PRAGMA_METHODOLOGY.md | Primary methodology document. Defines the 4-tier analysis depth (Scan/Standard/Full/Forensic), 9 pathways from question to recommendation, and output format. |
| Pragma_System_Flow.md | Architecture diagram showing how a policy question moves through evidence gathering, quality assessment, transferability analysis, and recommendation synthesis. |
| Pragma_Decision_Trees.md | Decision logic for resolving assessment outcomes: SUPPORTED vs CONTESTED vs NOT ASSESSABLE, evidence strength band assignment, and value dispute identification. |
Evidence evaluation
| File | Purpose |
|---|---|
| Pragma_Evidence_Quality_Framework.md | Three-dimensional evidence assessment: source quality (4 tiers), study design (6 levels with quality modifiers), and field reliability. Includes the Level 3 identification strategy sub-assessment with credibility modifiers for RD, DiD, IV, and Synthetic Control designs. |
| Pragma_Confidence_Calibration.md | Ceiling enforcement, verbal confidence bands (High/Moderate-High/Moderate/Low/Speculative), transferability and implementation gap adjustments, and Brier score tracking against external ground truth. |
| Pragma_Transferability_Rubrics.md | 7-dimension transferability assessment: population, institutional, economic, cultural/social, scale, temporal, and constitutional/legal match. Determines whether evidence from Context A applies to Context B. |
Policy-specific frameworks
| File | Purpose |
|---|---|
| Pragma_Normative_Framework.md | Handles value-laden policy questions: disparity indicators, trajectory assessment, preferential weighting with explicit disclosure, and the distinction between empirical and normative disputes. |
| Pragma_Value_Assessment_Guide.md | Identifies and maps competing values in contested policy questions. Produces the Contested Value Map showing each direction’s evidence strength and underlying value commitments. |
| Pragma_Gaming_Countermeasures.md | Two-part anti-gaming layer for Pragma policy analyses: (1) detection procedures for 14 attack vectors specific to policy evidence (mechanism laundering, value laundering, transferability theater, trade-off burial, counterfactual suppression, status quo bias exploitation, commitment exploitation, and others), and (2) a 15-item quick checklist applied before any recommendation above Speculative confidence. Both enumerated in “Pragma gaming countermeasures in detail” below. |
| Pragma_Veridi_Interface.md | Defines how Veridi fact-check results feed into Pragma analysis: confidence inheritance, gaming flag propagation, and the pipeline handoff protocol. |
Domain specialists (13)
| File | Domain |
|---|---|
| Health_Systems_Specialist.md | Healthcare policy, pharmaceutical regulation, public health |
| Environmental_Climate_Specialist.md | Climate policy, environmental regulation, energy transition |
| Fiscal_Tax_Specialist.md | Tax policy, fiscal policy, public finance |
| Labor_Employment_Specialist.md | Labor markets, employment policy, workplace regulation |
| Housing_Urban_Specialist.md | Housing policy, urban planning, homelessness |
| Education_Specialist.md | Education policy, early childhood, higher education |
| Criminal_Justice_Specialist.md | Criminal justice reform, policing, sentencing |
| Social_Policy_Specialist.md | Social safety nets, welfare, income support |
| Indigenous_Tribal_Specialist.md | Indigenous rights, self-governance, treaty obligations |
| International_Trade_Specialist.md | Trade policy, tariffs, international economic agreements |
| Technology_Digital_Specialist.md | Technology regulation, AI policy, digital rights |
| Political_Economy_Specialist.md | Institutional design, democratic reform, governance |
| Comparative_Specialist.md | Cross-national policy comparison methodology |
Validation
| File | Purpose |
|---|---|
| pragma_golden_test_set.md | 25 policy analysis test claims spanning assessment types. |
| pragma_adversarial_test_suite.md | 20 adversarial scenarios in total: 16 content-level tests covering all 14 gaming vectors (ADV-001 to ADV-015 cover vectors 1-13; PRG-ADV-019 covers vector 14), plus 4 substrate-level indirect-prompt-injection scenarios (PRG-ADV-016, 017, 018, 020). |
| pragma_boundary_tests.md | 15 boundary test claims for assessment edges and transferability. |
| pragma_mtmm_protocol.md | Multitrait-Multimethod protocol document (v1.6). Trait × method matrix (3 traits × 4 methods), four pre-registered Campbell-Fiske decision rules, multi-value-frame expert-panel design (4 named normative frames), Cluster D harness dependency. Panels not running this quarter; protocol-doc shipped for readiness. |
Cumulative validation: 53 PASS, 2 PARTIAL, 0 FAIL across 55 test claims.
Pragma gaming countermeasures in detail
Same two-layer pattern as Veridi, applied to policy analysis instead of fact-checking.
The 14 attack vectors name tactics that distort policy evidence synthesis: cherry-picking jurisdictions to make a policy look better than the distribution supports, dressing up correlation as causation, treating a pilot as if it scales, and so on. Vector 14 (Commitment Exploitation) was added 2026-05-01 and is unique to Pragma’s normative framework.
The 15-item quick checklist is the screening protocol run before any Pragma recommendation above Speculative confidence. Each item maps to one of the vectors.
The 14 attack vectors
| # | Vector | What it does |
|---|---|---|
| 1 | Cherry-Picked Jurisdiction | Highlights a single best-performing case (one country, one city) without showing the distribution of outcomes elsewhere. |
| 2 | Mechanism Laundering | Presents correlational evidence with causal language, smuggling in a mechanism the evidence does not support. |
| 3 | Implementation Idealization | Treats a pilot or theoretical implementation as if it represents how the policy would work at full scale. |
| 4 | Counterfactual Suppression | Compares the proposed policy only against a stylized status quo, not against doing nothing or doing something else. |
| 5 | Transferability Theater | Offers a disclaimer about transferability, but the seven-dimension transferability check is not actually performed. |
| 6 | Trade-off Burial | Lists trade-offs as a polite note without quantifying their magnitudes. |
| 7 | Status Quo Bias Exploitation | Exempts the inaction option from the evidence standard applied to the action option. |
| 8 | Overton Window Manipulation | Considers only a politically narrow band of options; evidence-supported alternatives outside the band are excluded. |
| 9 | Value Laundering | Presents a value choice (“the evidence shows we should”) as if it were a factual finding. |
| 10 | Scale Laundering | Generalizes evidence from one scale (city, pilot, region) to a different scale (nation, full population) without scale-effect analysis. |
| 11 | Evidence Level Inflation | States a study’s evidence level more strongly than its design supports (e.g., observational study described as “shows that”). |
| 12 | Discount Rate Manipulation | Chooses the time horizon for evaluating policy effects to favor the desired conclusion. |
| 13 | Stakeholder Capture of Evidence | The research underlying the recommendation is funded by, conducted by, or institutionally tied to the stakeholders who benefit from it. |
| 14 | Commitment Exploitation | A self-serving policy is framed as benefiting disadvantaged populations or protecting the environment to exploit the methodology’s preferential weighting. |
The 15-item quick checklist
Before issuing any Pragma recommendation above Speculative confidence:
- Jurisdiction distribution checked (is the cited case the best-performing outlier or representative?).
- Causal mechanism verified (interventional or merely correlational?).
- Implementation scale verified (pilot or at-scale?).
- Counterfactual explicit (comparison to status quo, best alternative, or doing nothing?).
- Transferability assessed systematically (all 7 dimensions scored, not just disclaimed?).
- Trade-offs quantified (magnitude stated, not just mentioned?).
- Inaction costs assessed (same evidence standard applied to doing nothing?).
- Full option set considered (all evidence-supported options, not just politically palatable ones?).
- Value choices explicit (any “the evidence shows we should” statement that is actually a value choice?).
- Scale effects considered (would the intervention behave differently at the recommended scale?).
- Evidence level accurately stated (causal language used only for interventional evidence?).
- Discount rate explicit (time horizon justified, not assumed?).
- Evidence independence verified (research groups, funders, datasets genuinely independent?).
- Commitment exploitation checked (self-serving policy framed as benefiting disadvantaged populations or protecting the environment?).
- Comparison anchors consulted (for government data sources, IRI checked, comparison anchors used?).
Praxis methodology files
Praxis is the individual action component: given a policy goal and a person’s profile, it identifies the highest-leverage actions available to that specific person. Location: Praxis/
Core system
| File | Purpose |
|---|---|
| PRAXIS_METHODOLOGY.md | Primary methodology document. Defines the 9 change pathways, the 6-step assessment process (issue landscape, profile matching, leverage scoring, action recommendation, risk screening, sustainability planning), and output format. |
| Praxis_System_Flow.md | Architecture diagram showing the flow from issue assessment through pathway matching to action recommendation with risk gates. |
| Praxis_Leverage_Matching.md | The matching algorithm: pathway identifier table, per-pathway scoring rubrics (profile fields mapped to 0/1/2/-1 scores), threshold logic, and the 9x9 cross-pathway interaction matrix with synergy rationales. |
Evidence and risk
| File | Purpose |
|---|---|
| Praxis_Evidence_Framework.md | Confidence system for action recommendations: pathway evidence ceilings, field reliability coefficients (0.30-0.75 range), leverage confidence bands (Speculative/Weak/Moderate/Strong), and worked examples showing why action-level confidence is lower than policy-level confidence. |
| Praxis_Sustainability_Risk.md | Risk assessment across 6 categories (financial, employment, physical, immigration, social, emotional), vulnerability-adjusted guidance, the do-no-harm guardrail (blocks high-risk actions with only expressive impact), compound vulnerability rules, and portfolio sustainability planning. |
| Praxis_User_Profile.md | 30-field profile schema across 6 sections: demographics, position, skills/resources, constraints, vulnerabilities, and engagement capacity. |
| Praxis_Gaming_Countermeasures.md | Two-part anti-gaming layer for Praxis leverage analyses: (1) detection procedures for 6 attack vectors specific to individual action (learned helplessness induction, substitution promotion, astroturf organization, urgency manufacture, savior framing, commitment exploitation), and (2) a 9-item quick checklist applied before any action recommendation at Standard tier or above. Both enumerated in “Praxis gaming countermeasures in detail” below. |
Change pathways (9)
Each pathway file defines the mechanism, leverage conditions, evidence base, actions by engagement level, risk profile, sustainability characteristics, and cross-pathway synergies.
| File | Pathway |
|---|---|
| Political_Participation.md | P1: Voting, contacting representatives, running for office, campaign volunteering |
| Collective_Action.md | P2: Organizing, unions, community groups, protest |
| Professional_Leverage.md | P3: Using workplace expertise and position for advocacy |
| Economic_Pressure.md | P4: Strategic spending, shareholder advocacy (individual boycotts are low-leverage) |
| Cultural_Shift.md | P5: Narrative change, education, media, art |
| Mutual_Aid.md | P6: Direct community support, building alternative infrastructure |
| Prefigurative_Action.md | P7: Modeling the world you want (cooperatives, community land trusts) |
| Direct_Action.md | P8: Civil disobedience, disruption (highest risk; nonviolent only) |
| Litigation_Legal_Advocacy.md | P9: Courts as a venue for change; organizational affiliation is the strongest leverage predictor |
Validation
| File | Purpose |
|---|---|
| praxis_golden_test_scenarios.md | 20 test scenarios spanning personas, pathways, and issue types. |
| praxis_adversarial_tests.md | Adversarial scenarios testing the 6 gaming vectors. v1.4 adds PRXA-011 to PRXA-015 IPI scenarios across 5 NIST subcategories with ATLAS AML.T#### IDs (template-form with worked examples). |
| praxis_boundary_tests.md | 10 boundary scenarios testing risk-impact matrix, compound vulnerability, and edge cases. |
| praxis_test_suite_design.md | Test suite design document. v1.4 adds §5b StrongREJECT readiness ladder with composite refusal × competence × specificity × pathway-coherence. |
| praxis_mtmm_protocol.md | Multitrait-Multimethod protocol document (v1.4). Trait × method matrix, four-criteria decision rules, expert-panel design across organizing traditions (Ganz / McAlevey / Han), method-variance disclosure binding, Cluster D dependency note. Panels not running this quarter; protocol-doc shipped for readiness. |
Cumulative validation: 34 PASS, 6 PARTIAL, 0 FAIL across 40 test scenarios.
Praxis gaming countermeasures in detail
Same two-layer pattern as Veridi and Pragma, applied to individual-action recommendations.
The 6 attack vectors name tactics that distort what a specific person is told to do: framing every option as futile, recommending feel-good substitutes for higher-impact actions, routing the user toward an organization whose funding does not match its public framing. The vector taxonomy is smaller than Veridi’s or Pragma’s because the action-recommendation attack surface is smaller (the methodology already rejects suggesting low-impact substitutes via the Impact Honesty rule built into Leverage Matching).
The 9-item quick checklist is the screening protocol run before any action recommendation at Standard tier or above. Several items map back to Veridi or Pragma vectors when the action depends on a fact-check or a policy claim.
The 6 attack vectors
| # | Vector | What it does |
|---|---|---|
| 1 | Learned Helplessness Induction | Frames every option as futile to suppress the impulse to act at all. |
| 2 | Substitution Promotion | Recommends low-impact feel-good actions in place of higher-impact ones, making the recommendation feel useful without changing outcomes. |
| 3 | Astroturf Organization | Recommends an organization whose funding, leadership, or membership is not what it appears to be. |
| 4 | Urgency Manufacture | Manufactures emotional urgency that overrides the user’s ability to assess fit, sustainability, or risk. |
| 5 | Savior Framing | Positions the user as the heroic individual whose action will be decisive, rather than as one participant in a collective effort. |
| 6 | Commitment Exploitation | A self-serving goal is framed in equity or environmental language to capture the user’s resources for a different beneficiary than the framing implies. (Adapted from Pragma Vector 14.) |
The 9-item quick checklist
Before issuing any Praxis action recommendation at Standard tier or above:
- Helplessness claims evidence-checked (does the “nothing works” framing hold up against Chenoweth data and documented successful movements?).
- Impact level honestly classified (each action classified at its true impact level: Direct / Contributing / Infrastructure / Expressive, not inflated?).
- Aggregation mechanism verified (does the action connect to a collective effort with a measurable pathway to outcomes, or is it isolated activity?).
- Organization provenance checked (funding transparent, leadership identifiable, membership genuine?).
- Urgency verified against calendar (actual deadline like a legislation date or election, or emotional urgency?).
- Action plan community-centered (positions the user as a participant in collective effort, not a solo hero?).
- Beneficiary match confirmed (for equity- or environment-framed actions, does the primary beneficiary match the claimed beneficiary population?).
- Pragma gaming vectors cross-checked (for recommendations that depend on policy evidence, applicable Pragma vectors cleared?).
- Promotional or advocacy framing checked (does the user’s goal embed a product, service, organization, or methodology evaluation within an apparently actionable request?).
The pipeline
Veridi (is this true?) feeds into Pragma (what should we do?) feeds into Praxis (what can I do?). Each system can also be used independently. Pipeline integration has been validated across 10 end-to-end scenarios, 30/30 stage executions PASS. Confidence decreases transparently at each stage as uncertainty accumulates.
Reporting issues
If you find an inconsistency, gap, or vulnerability in the methodology, we want to hear about it. The methodology improves through exactly this kind of external scrutiny.
Contact: veridi.org contact form