open source AI research plugin
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⁦OpenBrief AI⁩: ⁦Open-Source Intelligence Briefs for WordPress⁩

⁦OpenBrief AI is an open-source WordPress plugin that turns guided web research into structured⁩, ⁦human-reviewed intelligence briefs⁩.

⁦Research rarely fails because information is unavailable⁩. ⁦It fails because relevant information is fragmented⁩, ⁦duplicated⁩, ⁦contradictory⁩, ⁦and difficult to turn into a coherent account of what actually changed⁩.

⁦A single development may appear across dozens of publications⁩. ⁦Early reports may later be corrected⁩. ⁦Several articles may cite the same original source while appearing to offer independent confirmation⁩. ⁦Important evidence can sit beside speculation⁩, ⁦routine commentary⁩, ⁦recycled news⁩, ⁦or material published outside the period being studied⁩.

⁦Generative AI makes it easier to search and summarize this information⁩. ⁦It does not automatically make the resulting analysis reliable⁩.

⁦At Hormuz Group⁩, ⁦we encountered this problem while developing research workflows for market intelligence⁩. ⁦Existing tools could search the web⁩, ⁦summarize articles⁩, ⁦generate reports⁩, ⁦or manage editorial content⁩. ⁦Few combined those functions into a single workflow that preserved human judgment throughout the process⁩.

⁦That led us to build⁩ ⁦OpenBrief AI⁩.

⁦More than an AI summarizer⁩

⁦OpenBrief AI is not designed to collect a large number of links and compress them into a longer piece of generated text⁩.

⁦Its workflow is closer to a lightweight intelligence desk⁩:

Research framework
→ Guided web discovery
→ Evidence collection
→ Deduplication
→ Event extraction
→ Human review
→ Scenario development
→ Editorial publication

⁦The distinction matters⁩.

⁦A conventional summarizer treats every article as a separate input⁩. ⁦OpenBrief AI attempts to identify the underlying events represented by those articles⁩. ⁦Multiple reports about the same development can therefore be reviewed as evidence for one evolving story rather than reproduced as separate news items⁩.

⁦This is particularly useful when a situation changes throughout the reporting period⁩. ⁦An initial announcement⁩, ⁦a subsequent denial⁩, ⁦and a later implementation should not necessarily appear as three independent developments⁩. ⁦They may be different stages of the same event⁩.

⁦The objective is not to reproduce the information environment⁩. ⁦It is to reduce it into a smaller⁩, ⁦clearer account of what matters⁩.

⁦Guided discovery rather than a fixed source list⁩

⁦OpenBrief AI does not require users to maintain a permanent list of RSS feeds or predefined publications⁩.

⁦Instead⁩, ⁦users define a research framework⁩:

  • ⁦the subject being monitored⁩;
  • ⁦the reporting period⁩;
  • ⁦the languages to search⁩;
  • ⁦the main research tracks⁩;
  • ⁦the forms of evidence the system should seek⁩;
  • ⁦the domains or source types that should be excluded⁩;
  • ⁦and the limits governing evidence volume and publisher concentration⁩.

⁦The system then searches for relevant material within that framework⁩.

⁦This approach allows the source base to change with the subject and the week⁩. ⁦A regulatory development may require official documents and legal commentary⁩. ⁦An energy disruption may require industry publications⁩, ⁦company statements⁩, ⁦infrastructure reporting⁩, ⁦and market analysis⁩. ⁦A fixed list of general news outlets would not provide the same coverage in both cases⁩.

⁦The model is allowed to discover sources⁩, ⁦but not to treat every discovered page as valid evidence⁩.

⁦Search-result snippets are not accepted as evidence⁩. ⁦The original page must be retrieved and inspected⁩. ⁦Publication dates and event dates are handled separately⁩. ⁦Repeated publication does not count as independent corroboration⁩. ⁦Material claims can be traced back to primary evidence or genuinely separate source chains⁩.

⁦The governing principle is simple⁩:

⁦Search discovers⁩. ⁦Evidence rules decide⁩.

⁦Human review is part of the architecture⁩

⁦AI-assisted research often presents human review as an optional step added after generation⁩. ⁦OpenBrief AI treats it as part of the system itself⁩.

⁦Researchers can review extracted events⁩, ⁦reject irrelevant or duplicated items⁩, ⁦retain leading indicators⁩, ⁦examine forecasts⁩, ⁦and assess the quality of the generated report before publication⁩.

⁦Quality checks cover issues such as⁩:

  • ⁦source adequacy⁩;
  • ⁦numerical accuracy⁩;
  • ⁦date consistency⁩;
  • ⁦unsupported causal claims⁩;
  • ⁦excessive certainty⁩;
  • ⁦and unresolved disagreement between sources⁩.

⁦The software can flag these issues⁩, ⁦but it does not claim authority over the final editorial decision⁩.

⁦A reviewer may decide that the report needs revision⁩. ⁦A warning may also be overridden when the reviewer has stronger evidence or contextual knowledge⁩, ⁦with the decision recorded for later audit⁩.

⁦This reflects the philosophy behind the project⁩:

⁦AI should reduce mechanical research work without replacing editorial responsibility⁩.

⁦From events to a readable brief⁩

⁦One of the most difficult parts of intelligence production is not finding information⁩. ⁦It is deciding what deserves to survive into the final document⁩.

⁦OpenBrief AI separates evidence processing from editorial presentation⁩.

⁦The final output is designed as a short⁩, ⁦structured article rather than a database dump⁩. ⁦It can include⁩:

  • ⁦a concise analytical introduction⁩;
  • ⁦a limited number of major narratives⁩;
  • ⁦an explanation of why each narrative matters⁩;
  • ⁦signals to monitor⁩;
  • ⁦a thirty-day scenario outlook⁩;
  • ⁦a concluding assessment⁩;
  • ⁦and a compact evidence section⁩.

⁦Sources remain available for traceability⁩, ⁦but they do not need to interrupt every paragraph⁩. ⁦Repeated links and syndicated copies can be consolidated into a smaller evidence ledger at the end of the report⁩.

⁦The same reviewed material can be delivered as⁩:

  • ⁦a WordPress article⁩;
  • ⁦an HTML email⁩;
  • ⁦or a PDF brief⁩.

⁦Scenario analysis without pretending to predict the future⁩

⁦OpenBrief AI can generate several thirty-day scenarios⁩, ⁦normally including⁩:

  • ⁦a base case⁩;
  • ⁦an upside case⁩;
  • ⁦a downside case⁩;
  • ⁦and⁩, ⁦where useful⁩, ⁦a lower-probability shock scenario⁩.

⁦Each scenario can contain an estimated probability⁩, ⁦supporting evidence⁩, ⁦assumptions⁩, ⁦confirmation signals⁩, ⁦and invalidation conditions⁩.

⁦This is not intended to turn uncertain events into confident predictions⁩.

⁦The purpose is to make uncertainty explicit⁩. ⁦A good scenario should explain not only what may happen⁩, ⁦but what evidence would make that path more or less plausible⁩.

⁦Forecasts can also be retained for later evaluation⁩. ⁦This allows teams to compare past expectations with actual outcomes rather than allowing old predictions to disappear once their horizon has passed⁩.

⁦Built for more than one field⁩

⁦The original research problem emerged from market-intelligence work⁩, ⁦but the underlying workflow is not specific to one country or industry⁩.

⁦OpenBrief AI can be configured for subjects such as⁩:

  • ⁦competitor monitoring⁩;
  • ⁦technology and AI developments⁩;
  • ⁦energy markets⁩;
  • ⁦policy and regulatory change⁩;
  • ⁦supply-chain risk⁩;
  • ⁦regional security⁩;
  • ⁦public-sector monitoring⁩;
  • ⁦scientific or industry news⁩;
  • ⁦and executive weekly briefings⁩.

⁦Research tracks⁩, ⁦coverage expectations⁩, ⁦report language⁩, ⁦model selection⁩, ⁦evidence limits⁩, ⁦and editorial rules can all be configured inside WordPress⁩.

⁦The plugin is intended for research teams⁩, ⁦analysts⁩, ⁦specialist publications⁩, ⁦consultancies⁩, ⁦industry associations⁩, ⁦policy organizations⁩, ⁦and other groups that need a repeatable process for turning open-web information into reviewed briefings⁩.

⁦Why we made it open source⁩

⁦We initially built the system to solve an internal problem⁩. ⁦We decided to release its general-purpose core because the problem is not unique to Hormuz Group⁩.

⁦Research teams across many fields face the same structural issues⁩:

  • ⁦too many sources⁩;
  • ⁦too little source independence⁩;
  • ⁦duplicated reporting⁩;
  • ⁦weak traceability⁩;
  • ⁦generated text without editorial control⁩;
  • ⁦and fragmented tools that do not fit existing publication workflows⁩.

⁦Making the project open source allows developers and research teams to inspect the workflow⁩, ⁦adapt it to different domains⁩, ⁦identify weaknesses⁩, ⁦and contribute improvements⁩.

⁦It also makes the project less dependent on a closed hosted platform⁩. ⁦Users can run the plugin in their own WordPress environment and retain control over their settings⁩, ⁦research records⁩, ⁦reviews⁩, ⁦and reports⁩.

⁦OpenBrief AI is released under the⁩ ⁦GPL-2.0-or-later⁩ ⁦license⁩.

⁦Current status⁩

⁦OpenBrief AI is currently a public beta⁩.

⁦It should be tested on a staging site before production use⁩. ⁦Running it requires a compatible WordPress environment⁩, ⁦PHP 8.1 or later⁩, ⁦and an OpenAI API key⁩. ⁦Web research and model processing create API costs⁩, ⁦which vary according to the number and length of evidence pages processed⁩.

⁦The software does not eliminate the need for domain knowledge⁩. ⁦It cannot guarantee that public information is complete⁩, ⁦that sources are truthful⁩, ⁦or that generated scenarios will prove correct⁩.

⁦Its role is narrower and more practical⁩: ⁦to make the research process more structured⁩, ⁦reviewable⁩, ⁦and efficient⁩.

⁦Explore the project⁩

⁦The source code⁩, ⁦documentation⁩, ⁦issue tracker⁩, ⁦and beta release are available on GitHub⁩:

⁦Explore OpenBrief AI on GitHub⁩

⁦Researchers and developers can test the plugin⁩, ⁦report issues⁩, ⁦propose improvements⁩, ⁦or adapt its research framework to their own fields⁩.

⁦OpenBrief AI is not intended to replace analysts or editors⁩. ⁦It is designed to reduce the repetitive work surrounding research so that human attention can remain focused on interpretation⁩, ⁦uncertainty⁩, ⁦and decisions⁩.

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