Give an agent the whole record
Every number and quote on these pages comes from a live query, and the same record is open to AI agents through a Model Context Protocol server. Add it as a connector and your agent can search every passage, read every topic and every episode, compare what each period says and follow every claim to its transcript.
Add it as a connector
https://insightbridge-longform.aicolab.org/mcpThis report is public: no authentication is required.
Claude — personal accounts (Free, Pro and Max)
- Open Customize → Connectors.
- Click +, then Add custom connector; name it and paste the URL above.
- Leave Advanced settings empty and click Add.
- In a chat, click +, open Connectors and switch it on for that conversation.
Connectors are account-wide: added once, there in Claude on the web, desktop and mobile. Claude's connector guide →
Claude — organisation accounts (Team and Enterprise)
On Team and Enterprise plans only an organisation owner can add a custom connector; members do not see the option.
- An owner opens Organisation settings → Connectors and adds a custom web connector with the URL above.
- No authentication is required for this public report.
- Each member connects it from their own connector settings and switches it on in a chat.
ChatGPT — custom MCP app
- Turn on Developer mode in Settings → Apps → Advanced settings, where your plan offers it; a workspace may need an administrator.
- Open Apps → Create and enter the URL above.
- Choose No authentication, scan the tools and create the app.
- Select the app in a conversation and ask about the record.
Microsoft 365 Copilot — via Copilot Studio
- Open an agent in Copilot Studio, then Tools → Add a tool → New tool → Model Context Protocol.
- Enter a name, a description of this record and the URL above. Choose None for authentication.
- Create the connection and add it to the agent. Test a question, then publish it.
Claude Code
Add the report as a remote HTTP server:
claude mcp add --transport http insightbridge-joewalker https://insightbridge-longform.aicolab.org/mcpRun /mcp in Claude Code to check the connection. Claude Code's MCP guide →
Then ask: “Using Long Form, which topics have the widest reach, where do episodes differ, and what verbatim quotes support their positions?”
Transport: Streamable HTTP, stateless JSON-RPC over POST https://insightbridge-longform.aicolab.org/mcp. The endpoint answers each request with JSON and keeps no SSE stream open.
How to read what comes back
- Counts describe this record. These are the episodes in it, the conversations one interviewer chose to record; "N episodes say X" measures the record, never a wider population.
- Positions are relative to each topic's own proposition. Supports, Builds on, Mixed, Redirects, Opposes, Unclear measure a stance toward one framing, not agreement with the report or with each other.
- One lens: Period. Perspectives compare what each value of it says; the tools that take it list its values.
- Use the ids the tools return.
topic_idis thetopicClusterIda topic tool returns; episode and transcript tools return the ids their detail tools take. - Episode counts are not prevalence. These are the 133 conversations one interviewer chose to record between 2018 and 2026. "N episodes say X" measures the record, never a population, a profession or a field.
- 2018-2019 · 2020-2021 · 2022-2023 · 2024-2026 — when the conversation was recorded, derived from the publication year. There is no sector or speaker-type axis; guests, topics, series and format are the site's own tags and ride as facets.
- Two kinds of transcript. 53 are the site's own speaker-labelled transcripts; 80 are machine transcripts of the audio with no speaker labels, so in those the pipeline inferred who was speaking and attribution to host or guest is less certain.
get_documentandfind_documentssay which. - One grouping generation. The pipeline built 15 themes over the 68 substantive topics.
list_familiesreturns the themes;list_superclustersreturns the same nodes with a note;topics_in_superclusterwalks into any of them.
Try the tools
Choose a tool, adjust its inputs and call the live server: the exact request an agent makes. The tools, their inputs and their example values come from the server itself.
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