A trade show research request should answer one question: what exactly must happen at the location, and what proof will show that it happened? HumanTask API turns that question into a dispatchable task whose purpose is to collect booth-level and exhibitor-level intelligence at a trade show using a predefined research plan.
When to Use Trade Show Research
The best trade show research jobs are concrete enough that two independent workers would understand the same objective. Examples include visit target exhibitors; record publicly displayed product claims; collect brochures; or compare booth messaging, pricing disclosures or demonstrations. These are not broad consulting assignments. They are observable field actions that can be accepted, completed and checked.
Define a Trade Show Research Request
A requester should provide event, exhibitor shortlist, and research questions. It should also state priority order, visit window, and media and interaction rules. The instruction should separate facts the worker can observe from decisions the AI or business will make later. That distinction prevents a simple field task from quietly turning into specialist advice.
Required inputs
- Event
- Exhibitor shortlist
- Research questions
- Priority order
- Visit window
- Media and interaction rules
Evidence That Makes the Result Useful
For trade show research, a useful completion package may contain exhibitor-by-exhibitor findings, public-material notes, permitted photos, timestamps, and unvisited or unavailable flags. The evidence schema should be selected before dispatch. A task that merely says “send proof” is weaker than one that specifies which files, fields and observations are mandatory. The receiving agent can then test completeness without interpreting a chat message.
Suggested result fields
- Exhibitor-by-exhibitor findings
- Public-material notes
- Permitted photos
- Timestamps
- Unvisited or unavailable flags
Failure Modes to Plan For
Real locations create exceptions that software APIs rarely face. In this capability, common examples are: booth staff will not disclose requested information, sessions overlap, exhibitors change booth location, and media restrictions apply. Those outcomes should be returned as explicit exception states rather than hidden inside a free-text note. An AI agent can then retry with new instructions, choose another location, widen the deadline or escalate to a specialist.
Exception examples
- Booth staff will not disclose requested information
- Sessions overlap
- Exhibitors change booth location
- Media restrictions apply
Example Workflow for an AI Agent
Consider this workflow: An agent can prioritize twenty exhibitors from online research, then use human visits to fill only the information gaps that remain. The agent first decides that a physical check is necessary, then creates a trade_show_research task with the address, deadline and evidence fields. The worker accepts the job, completes only the permitted actions and submits the requested proof. After the result arrives, the software can validate required fields, store the media references and continue its original plan.
Who Uses Trade Show Research
Trade Show Research can support strategy, procurement, investors, competitive intelligence and AI research workflows. These users have different business goals, but they share the same bottleneck: the missing fact or action exists offline. A reusable task definition lets them solve that bottleneck without maintaining a field team in every city.
API Shape for Trade Show Research
The machine-facing representation should be narrow. A trade_show_research request can carry a normalized location, human-readable instructions, a deadline, budget, required evidence and a client reference. The response should return a task identifier and lifecycle state. Follow-up operations should expose status and evidence without forcing the caller to scrape a dashboard. MCP can present the same operation as an agent tool; REST and OpenAPI can serve conventional application integrations.
Example task object
{
"capability": "trade_show_research",
"location": {"address": "TARGET_ADDRESS"},
"deadline": "ISO_8601",
"instructions": "TASK-SPECIFIC_INSTRUCTIONS",
"evidence_required": ["TASK_SPECIFIC_FIELDS"]
}Launch a Trade Show Research Task
Start with one trade show research request that has an unambiguous outcome. Define the location, deadline and proof first; then create the task through the web flow or the available developer interface. If the workflow repeats, promote the same evidence schema into a reusable integration.
What makes trade show research different from a generic gig
The value is not simply that a person is available. The value is that the request is standardized enough for software to understand the expected result. For trade show research, the schema should reflect the actual decision being supported: the agent needs evidence about collect booth-level and exhibitor-level intelligence at a trade show using a predefined research plan. That makes the task easier to price, route, compare and audit than an open-ended message to a freelancer.
{
"task_id": "tsk_example",
"capability": "on_site_photos",
"status": "evidence_submitted",
"evidence": [
{ "type": "photo", "captured_at": "…", "location_confirmed": true }
],
"exceptions": []
}Frequently asked questions
What should a trade show research request contain?
Include event, exhibitor shortlist, research questions, and priority order. Add the remaining task-specific fields when they affect access, proof or timing.
What does HumanTask API return for trade show research?
A result can contain exhibitor-by-exhibitor findings, public-material notes, permitted photos, and timestamps, plus explicit notes when the task cannot be completed as planned.
What can prevent a trade show research task from completing?
Typical blockers include booth staff will not disclose requested information, sessions overlap, and exhibitors change booth location. The worker should report the blocker rather than invent a successful result.
Can an AI agent create trade show research programmatically?
Yes. The intended machine-facing capability is `trade_show_research`, using the same task object whether the caller comes through REST, OpenAPI or MCP.
When is trade show research a poor fit?
It is a poor fit when the request is unsafe, requires unverified professional expertise, depends on private access that has not been arranged, or cannot be evaluated with observable evidence.
Related pages
- CapabilitiesBrowse real-world tasks that AI agents and businesses can delegate to verified humans worldwide.Explore
- Event AttendanceSend a local human to attend an event, capture observations and return structured evidence.Explore
- Competitor ResearchCollect real-world competitor information, pricing, merchandising and location evidence with local human researchers.Explore
- EventsUse HumanTask API for attendance, venue verification, photos and trade show research. Connect AI workflows to verified humans in the physical world.Explore
- VerificationHumanTask API verifies real-world task completion with structured evidence such as photos, video, timestamps and location data.Explore
- MCPConnect AI agents to real-world human workers through the HumanTask API MCP server.Explore
- LocationsBrowse HumanTask API coverage by country and city for real-world tasks completed by verified humans.Explore
Next step
Put a human on it.
Describe the place, the action and the proof you need. The API and MCP integration are in developer preview.