EIEa 5.14.2 · EIEv 3.5.0

Evidence you can follow.

Follow an article’s passages or a video’s captured words to an assessment you can inspect. Each format has its own evidence rubric.

Article scores describe reporting evidence. Video source coverage and its separate weighted assessment describe captured evidence relationships. A claim’s truth needs its own evidence check.

Method in one minute

Two formats. A traceable foundation.

EIEa means Evidence Intelligence Engine for article. EIEv means Evidence Intelligence Engine for video. Both keep claims connected to their captured evidence; their scores are not interchangeable.

01

Start from the original

Article passages, speech and sampled visual text stay connected to the source that was actually captured.

02

Evidence earns the points

Publisher tiers, popularity, and familiar names never substitute for inspectable evidence.

03

Missing text stays visible

Capture limits stay visible. Missing claim grounding can withhold a score; external verification remains separate.

Article · EIEa

The evidence behind the article.

EIEa continues the article method at version 5.14.2; its scoring behavior is unchanged. Ownership, funding, corrections, and contact information remain context with zero score weight. Evidence presence, evidence quality, and claim framing remain distinct.

Analyze an article
D1

Publisher Governance

Context
D2

Authorship & Attribution

14.1%
D3

Evidence & Claim Support

37.6%
D4

Claim Framing & Qualification

23.5%
D5

Language & Genre Clarity

11.8%
D6

Publication & Presentation

7.1%
D7

Disclosed Verification Practice

5.9%
How evidence support and framing stay separate

Evidence & Claim Support asks what retained evidence bears on a claim and how clearly it can be inspected. Claim Framing & Qualification considers how the headline and article represent their own claims, uncertainty and context. It is not viewpoint or political-bias detection. Attribution alone is not truth support.

Claim Importance Model

Which claims deserve a closer look?

Consequential claims can deserve attention before routine facts. Priority changes review order only; it never becomes a truth probability or score weight.

What priority considers

Priority considers a claim’s role in the article, public significance, possible consequences and checkability. Consequences can include decisions, urgency, reversibility and effects on vulnerable populations or rights.

Why hard-to-check claims remain visible

A consequential claim can still deserve review when the available evidence cannot resolve it. The interface keeps that uncertainty visible instead of hiding the claim.

Current release status: provisional ordering only. Claim Priority does not reweight the score until annotated-corpus, subgroup, transfer, calibration, and comprehension gates pass.

Evidence Atlas

Follow the connections.

Atlas visualizes the same authoritative evidence bundle used by the report. It does not run a second scoring or verification system.

01

Guided

Review what shaped the score or trace any complete claim, source, and evidence path.

02

Expert

Inspect the broader map, chain, timeline, filters, and exact locators.

03

Compare

Keep every claim from both articles visible, whether paths align or stay article-specific.

What stays visible in Atlas

Map, evidence-chain, timeline, and accessible list views share one synchronized inspector with exact quote and character locators. Evidence gaps remain explicit instead of appearing as copied evidence. Saved comparisons include both complete article graphs and distinguish aligned claims, article-specific claims, shared provenance, and independently supported origins alongside support states, priorities, and EIEa-version boundaries. If no claims align, Atlas states that result and keeps every claim separate rather than forcing a relationship. Stable links and JSON export preserve the view.

Video · EIEv 3.5.0

The evidence behind the video.

EIEv connects captured claims to spoken words, on-screen text and identifiable sources. Outside-evidence support updates as claim checks finish, with coverage shown alongside it. Source trails and the weighted assessment describe the original captured evidence.

Analyze a video
D1

Source trails

25%
D2

Who is being cited

25%
D3

Claim scope

25%
D4

Qualifications and context

25%
D5

Speech and visual wording

Context
D6

Records to inspect

Context
What the numbers mean

Source trails measures the share of distinct captured claims with an identifiable source or record. Finding a reference does not establish that it supports the claim. Outside-evidence checks have their own outcomes.

Outside-evidence support measures the share of conclusively checked claim groups supported by retained outside passages. The report shows how many captured claim groups have been conclusively checked. Mixed, unresolved, unchecked and stale findings remain separate; they are not silently counted as false or given half-credit. A small checked sample cannot establish whole-video accuracy.

Search uses ordinary search-provider results and deterministic queries. Captured source passages then inform logic checks and bounded AI interpretation. Semantic findings remain preliminary unless reviewed. Completed checks update this separate score automatically; the original captured-evidence assessment and frozen shared reports remain unchanged.

Captured evidence structure is a separate weighted view. Source trails, attribution, claim scope and qualifications each receive 25%. The two context views receive no additional weight. Repeated captions, frames and equivalent evidence do not multiply credit.

These are declared policy weights, not empirically calibrated accuracy coefficients. Points combine each applicable dimension’s weight and observed rate. Partial reports keep their applicable point budget; missing dimensions are not rescaled into a full score. Unresolved eligible observations produce bounds rather than an invented precise result.

Where the full rubric applies, the report shows sensitivity to alternative weights. That range is a policy stress test, not a statistical confidence interval. The OECD/JRC handbook informs this approach; it does not validate the chosen percentages. Article and video scores measure different things.

Coverage, missing information and extraction

A valid zero, nothing detected, no suitable comparison and unavailable input are different states. None is quietly turned into perfect evidence. A partial capture can support a scoped assessment while showing what remains uncertain; too little usable or grounded content can prevent scoring.

Extraction quality is separate from evidence quality. Speech recognition and sampled visual text can miss or misread words; unsampled frames are not inspected. The captured claim list does not establish that every important claim was found. Reports keep their original method and source locations.

This version supports English videos up to ten minutes. Public-link access depends on the platform; users can supply a permitted copy if retrieval fails. Transfer, extraction and outside research take different amounts of time, shown separately when recorded.

Context, interpretations and outside evidence

Claims are researchable statements, not every transcript line. Clear preferences and introductions stay in the transcript; explicit nearby conditions remain with the statement they qualify. Claims keep their relevant captured context. An unclear pronoun or quoted speaker remains uncertain rather than being assigned a guessed identity. A difference between spoken and displayed wording calls for inspection; it is not automatically a contradiction.

Required AI assistance can suggest a supported spelling interpretation and help examine outside evidence. Original words stay available, and research records which wording it checked. AI does not author detector rules, select weights or alter deterministic scores. Managed audio transcription remains a separate choice.

Outside-evidence relationships lead to retained passages and preserve source dependencies. Repeated reporting, an unread citation and someone repeating an assertion cannot establish independent confirmation. Outside research does not rewrite the saved input assessment.

What this analysis cannot establish

Sampled text does not establish the origin or authenticity of footage, a person’s identity, what a chart proves or the actual order of filmed events. The engine does not fully interpret arbitrary depicted actions or recover context omitted outside the clip.

Sarcasm, reaction clips, overlapping voices, unfamiliar language and brief overlays can require information outside the captured wording. Delivery style, pitch and pacing are not credibility points. These are coverage limits, not a judgment about the creator.

The source library explains the research behind these distinctions and the edge cases being studied. Citing a paper does not mean its model is deployed, its benchmark result applies to Veritas or our exact weights are scientifically calibrated.

Algorithms and AI

Fixed rules. Bounded assistance.

EIEa · Article

Code identifies claims, attributed words, source relationships, framing and reporting signals, then applies the published scoring rules. Optional AI helps interpret context and retained outside evidence for an exact claim. Its proposed relationships remain preliminary and cannot alter the reporting score, its weights or the detector rules.

EIEv · Video

Speech recognition and visual-text recognition use machine-learning models to extract words. Code assembles statements, preserves timestamps, binds sources, compares compatible wording and computes dimensions. Required AI text assistance can judge bounded spelling candidates using retained frame text and interpret outside evidence; it cannot invent a replacement sentence, detector, rule, weight or score.

Original extraction stays immutable. An AI interpretation is saved separately, with the wording and evidence it considered. A source excerpt, a repeated caption or a confident model response does not establish truth. Audio rhythm, pauses and delivery help locate content; they do not reveal honesty. Algorithmic assessment is the scoring foundation, but the complete product includes AI extraction and assistance.

Other research tools

Keep each question in context.

Claim checks, related reporting, social-post captures, document research, and daily briefs are separate research workspaces. Outside research does not rewrite article reporting scores or a video’s captured-evidence assessment. Video reports also show a separate support score that follows current outside checks.

01

PDF Explorer

Research stays attached to exact document pages and passages. Difficult or unreadable pages remain visibly limited; tables and extracted text need review where their layout is uncertain.

02

Social Post Checker

Standard and Deep Scan preserve a post’s words, visible context and available image text. Text recognition can make mistakes. Unread attachments, video and hidden carousel images remain explicit limits; image text is context, not independent proof.

03

Daily Briefing and related reporting

Discover coverage by topic, place and time. Briefing priority organizes source-reported impact, reporting evidence and recency; it does not independently verify the event or rank publishers. Different websites may repeat the same underlying report.

04

Claim-specific research

Inspect retained outside passages for one exact claim. AI choices remain available in article and other standalone research; new video analysis includes AI. Interpretations require captured evidence and remain subject to human review. It cannot invent a source or turn a citation into proof.

How we investigate a claim
  1. 1. Preserve the question. Keep the exact subject, speaker, dates, place, units and qualifications. A PDF or post is the claim’s origin, not independent confirmation.
  2. 2. Search in more than one direction. Look for original records, evidence challenging the claim, and existing fact checks. Search snippets propose sources; only captured source text enters the evidence packet.
  3. 3. Inspect the source. Read the surrounding passage, check chronology and attribution, and look for repeated underlying material. Several domains can repeat one report.
  4. 4. Keep the limits. Store exact passages, queries, failed captures and unresolved questions. Earlier human reviews remain attached to their original research version.
Reading a briefing edition

Briefings use a disclosed selection of international newsrooms. That selection guides discovery and adds no scoring credit. Reported effects remain attached to their quoted passages; approximate quantities remain approximate. Missing measurable impact does not mean a story is unimportant.

Priority is an organizing guide, not a validated measure of global importance. Publication and capture dates remain distinct. Failed refreshes keep the previous edition visibly dated, and source-reported effects have not been independently verified.

A verification verdict is scoped to one claim, one evidence boundary, and one run. Supported means the retained evidence supports that scoped claim; it does not certify an account, article, publisher, or future version of the evidence.

What the methods can inspectCaptured article evidence and timed video evidence within their stated limits.
  • Video evidence: captured speech, sampled on-screen text, stated sources, qualifications and source information. Findings retain their original times and available frame regions.
  • Article-level evidence: claim-to-evidence coverage, named and anonymous sources, documents, direct evidence, external references, response handling, and speaker-linked quotations.
  • Visible governance: independent correction, ownership, funding, and newsroom-contact profiles plus bylines and author biographies found on the analyzed page. Governance is context only.
  • Framing and presentation: headline-to-claim alignment, qualifications, uncertainty, nearby material context, publication date, genre labels, narrow sensational-language cues, and clean-body extraction quality.
What a score cannot proveNo truth verdict, publisher rank, or visibility into hidden checks.
  • It cannot establish that every factual claim is true, that a source is honest, or that visible sources are independent. A high Claim Priority means inspect first—not believe or disbelieve.
  • It cannot see private newsroom checks, unpublished source vetting, or evidence blocked by a page.
  • Claim, source-signal, and relation mapping use declared capacity bounds. If an article exceeds one, EIEa withholds the score and explains the incomplete coverage; it never scores claims outside the authoritative graph or presents a trimmed map as exhaustive.
  • It is not a publisher ranking, political-bias label, professional fact-check, or endorsement by the standards organizations above.

Source library

Explore the source library.

All cited links remain available below. The groups inform the method; they do not endorse, certify, or review Veritas Shield.

Journalism principlesJournalism standards6 sources
Technical referencesClaims, sources & annotations9 sources
Video language and evidenceClaims, context & measurementResearch behind the distinctions we preserve. These studies do not certify our rules or weights.16 sources

NaN-NLI (AACL 2022)

Small wording changes can alter the scope of negation and qualification. Controlled comparisons inform our checks; the paper does not certify Veritas accuracy.

HANS (ACL 2019)

Word overlap alone can hide different grammatical relationships. Similar wording must not be treated as equivalent evidence without context.

GAP (TACL 2018)

Pronouns can have several plausible referents. An unresolved identity remains a limitation, including when the same words occur in speech and on screen.

EQUATE (CoNLL 2019)

Numerical relationships require quantities, units and scope, beyond matching number strings. This motivates comparison tests; it does not validate Veritas rules.

Word-level coreference (EMNLP 2021)

Links between mentions can use grammatical and discourse constraints. Results on annotated text do not establish reliability on noisy video transcripts.

FEVER (NAACL 2018)

Assess a conclusion together with the evidence needed to support it. A fluent answer with a quotation can still misinterpret that evidence.

OECD / JRC Composite Indicators Handbook

A framework for declaring a measurement purpose, addressing overlapping indicators and testing sensitivity to weights and missing data. It does not supply or validate Veritas weights.

AVeriTeC (NeurIPS 2023)

Claim verification needs inspectable evidence, relevant context and time boundaries. A citation or matching assertion is not enough.

Segment Any Text (EMNLP 2024)

Specialized segmentation can use linguistic context without rewriting source words. Its benchmark does not establish recognition quality in arbitrary noisy videos.

Stanford deterministic coreference (2013)

Entity and discourse constraints matter when linking mentions. A nearby name is not enough to resolve a pronoun, especially across speaker or topic changes.

Decontextualization (TACL 2021)

A statement needs enough context to stand alone without changing its meaning. Some references cannot be safely resolved from the available input.

Molecular Facts (EMNLP 2024)

Splitting a claim can lose its subject and scope; adding background can change the proposition being checked. Context must stay traceable to the original.

Apple named-entity ASR correction (2024)

Retrieved context can help with unusual names, but results from voice-assistant benchmarks do not establish video accuracy. Veritas keeps proposed spellings separate from raw extraction.

DiP-ASR (EMNLP 2024)

Contextual dictionaries can help spelling correction but can also replace a correct uncommon name. Corrections need inspectable context and an unresolved outcome.

Attributable to Identified Sources (2023)

A statement must be interpretable before its relationship to a source can be assessed. Attribution alone does not certify truth.

ALCE (EMNLP 2023)

Citation coverage and actual source support are separate questions. A visible reference is not sufficient evidence by itself.

Video extraction and locationSpeech, time & frame regionsThese sources inform capture and evidence navigation. They do not calibrate a truth score.17 sources

Acoustic cues to deception and trust (TACL 2020)

Perceived trust and actual deception differ. Delivery style must not become an automatic credibility penalty.

Prosodic segmentation (Speech Prosody 2010)

Timing and language contribute different boundary cues. Pauses do not map directly to punctuation, and delivery style is not evidence of truth.

Who Said What? (LREC-COLING 2024)

Quotation attribution requires an explicit relationship between a speaker and their words; simply detecting a name is insufficient.

W3C Media Fragments

A standard for referring to a particular time span or image region within media.

Whisper speech recognition research

Research on transcribing varied audio informs extraction and its limits. Recognized words still require inspection.

E2E Segmenter (Interspeech 2022)

Shows why pauses alone do not always identify meaningful speech boundaries. Veritas uses this as a design consideration, not a claim of equivalent performance.

CrisperWhisper (2024 preprint)

Verbatim wording and word timing need separate evaluation. A readable transcript does not by itself establish precise seeking or faithful capture.

WhisperX (Interspeech 2023)

Word alignment informs precise navigation. Words without reliable timestamps must remain visible rather than being discarded.

Contextomized Quotes (EACL 2023)

Quotation context can change interpretation. Surrounding speech matters, and a short clip may omit the original exchange.

VideoComp (CVPR 2025)

Research on temporal and compositional alignment informs conservative comparisons. Matching text cannot establish that two scenes depict the same event.

TEMPO · UC Berkeley, Adobe and INRIA (EMNLP 2018)

Temporal words connect a target event to a contextual event. Veritas retains both clauses when inspecting changed temporal wording; it does not infer the filmed event from words alone.

ViClaim · ZHAW and UNED (EMNLP 2025)

Short-video claim annotations can mix opinion and checkable statements. Boundary agreement and unfamiliar topics remain difficult; a fluent transcript is not a validated set of claims.

Beyond Instructional Videos · Cornell and Google (EMNLP 2020)

Speech is not always about the image shown at the same moment. Missing visual correspondence is not evidence that narration is false.

Lecture video OCR · HPI and University of Potsdam (SITIS 2011)

Selected frames and changes in image edges can reduce repeated text recognition. Results on lecture slides do not establish complete capture of brief text in social videos.

You Only Recognize Once (ACM Multimedia 2019)

Tracking text and choosing useful frames can avoid repeated recognition. Veritas does not run this learned tracker or claim its reported speedup.

FineCo · Imperial College London and Meituan (AACL-IJCNLP 2022)

Only some frames may be relevant to nearby words. More frames alone do not establish an evidence relationship, and this study does not validate our sampling intervals.

Video OCR benchmark (COLING 2025)

Recognizing words, understanding their position and locating changes in time are separate tasks. A completed extraction pass is not measured text accuracy or recall.

Short-video researchDifficult formats & coverage limitsResearch guiding evaluation and future improvements. Specialized capabilities remain limited to those described above.14 sources

Document-level claim extraction (ACL 2024)

Claims need their originating context to be understood and researched. Transcript rows alone are not reliable research units.

Factual claim extraction and evaluation (ACL 2025)

Faithfulness, factual coverage and sufficient context need separate evaluation. Smaller claims are not automatically better claims.

FActScore (EMNLP 2023)

Supports claim-level accounting against retained sources. It does not validate a whole-video truth percentage or our extraction accuracy.

VitaminC (NAACL 2021)

Closely matched factual contrasts motivate checks for changed negation, amounts, time and identity.

CheckList (ACL 2020)

Behavioral tests expose capability gaps that one aggregate accuracy result can hide.

Judging LLM-as-a-Judge (NeurIPS 2023)

AI evaluation can have systematic biases. Independent source review and held-out checks remain necessary.

MUStARD · Michigan, NUS and SUTD (ACL 2019)

Sarcasm can depend on preceding dialogue, audio and imagery. Television-dialogue results do not establish reliable intent detection in social videos.

AVA-Speech · Google (Interspeech 2018)

Separates speech with music, speech with noise and clean speech. Extraction coverage should be inspected under each condition.

M4-ViteVQA · Fudan and ByteDance (NeurIPS 2022)

Understanding on-screen text can require its position and changes across frames. A recognized string alone may lose the relevant relationship.

TransDETR (ECCV 2022)

Detection, tracking and recognition are distinct parts of video-text extraction. This informs coverage research; Veritas does not run this model.

ChartQA (ACL Findings 2022)

Charts require visual and numerical relationships beyond reading labels. OCR alone does not establish what a chart demonstrates.

NewsCLIPpings · UC Berkeley (EMNLP 2021)

A real image can be paired with unrelated context. Text correspondence does not verify the origin or date of footage.

FLEURS · Google (SLT 2022)

Speech recognition and language identification need separate evaluation. Multilingual benchmark coverage does not make an English rubric multilingual.

Calm-Whisper (Interspeech 2025)

Non-speech audio can produce invented transcription. Its experiments motivate silence and noise tests; the proposed model is not deployed in Veritas.

Verification and risk researchEvidence retrieval before a verdictThis research guides an isolated program; it is not part of the reporting-evidence score and does not turn that score into a true-or-false label.5 sources
Reading a resultWhat the evidence can—and cannot—tell you

One preserved source

Article reports, Reader annotations and Atlas share the same captured article. Video findings keep their speech and frame locations. Navigation, advertisements and unrelated page material do not count as article evidence. Captions, dates and headings remain available in their appropriate context. Standard capture may not reach content that exists only in a live browser; Deep Scan can inspect permitted content already available there.

A source is not a verdict

A person mentioned in a claim is not necessarily its source. A quotation can show that someone made a statement without establishing the statement’s truth. Reports distinguish source names, quoted words, documents, supporting passages and evidence gaps. Repeating the same material does not make it independent confirmation.

Support and framing remain distinct

A claim can have a visible source and still need stronger support or a clearer qualification. Article framing considers the article’s own headline, claims and context. Video assessment is limited to what was captured; it cannot infer the context missing outside a clip. Neither is a political-bias label.

An incomplete result stays incomplete

Extraction confidence never silently changes a score. Incomplete, cut-off, unsupported or insufficiently mapped content can withhold the assessment. English is the current supported language. Unread PDF pages, unresolved table layouts and unavailable video modalities remain visible limits rather than successful checks.

Research retains its own history

Claim Priority changes review order, not the grade. Atlas shows preserved evidence relationships, including article comparisons with no aligned claims. Outside research is scoped to its captured sources and version; earlier human reviews remain attached to the work they reviewed. A later check does not silently rewrite an older video assessment.