Turn AR/VR Booth Demos Into CRM Leads with Offline Sync

Everyone loves a flashy demo at the booth.

But most teams slap a form at the end and pray the hotel Wi‑Fi behaves.

Different game: embed capture inside the immersive moment and sync it reliably even when the venue internet is having a panic attack.

Your mechanism: offline‑first capture with dedupe keys and a ruthless follow‑up loop.

Time to value: 2 prompts to design it… one to ship the spec.

I’ve done this for events where onsite “leads” usually vanish. With offline buffer and upsert rules, sales saw same‑day meetings from headset demos.

You’ll walk out with a paste‑ready spec, a field map, an annotated storyboard, and follow‑ups your reps can actually send.

Capture at the right beat… without breaking immersion
Sync to CRM in minutes… not “whenever Wi‑Fi returns”
Trigger follow‑ups that convert demos into meetings

A flashy ar/vr demo

What You'll Share (Inputs)

Before we dive into prompts, here’s the flow in plain English. You’ll give ChatGPT your key inputs once. Prompt 1 collects them all plus the freshest docs from your CRM and headset platform. After that, the system uses those inputs to generate every artifact you need. Your outcome: a complete, copy‑paste ready AR/VR booth lead‑capture kit.

Have these ready:

  • User inputs:
  • Primary CRM and API method you’ll use (Salesforce, HubSpot, Zoho) plus API credentials or provisioning plan
  • Required vs optional lead fields for this event
  • Target headset or platform (Quest, Pico, Vive, Vision Pro, WebXR) and app stack (Unity, Unreal, WebXR)
  • Booth connectivity details: Wi‑Fi SSID, captive portal, allowed ports, cellular fallback
  • 20–30s screen recording or screenshots of the demo flow showing capture points
  • Event goal and SLA: demos, meetings, trials, sync target (e.g., under 10 minutes)
  • Consent text and legal requirements (GDPR, CCPA, opt‑in language)
  • Onsite device plan and staffing (number of headsets, kiosk iPads, staff names)
  • Auto web pulls (the model will fetch):
  • Official CRM API docs for auth and contact upsert endpoints
  • Headset or platform SDK docs for input, background tasks, and local storage
  • Venue internet or exhibitor IT policy if available
  • 2–3 recent case studies on AR VR lead capture at events

How the System Works

  • Map your capture moments into the immersive flow with minimal friction.
  • Design an offline‑first integration that survives venue Wi‑Fi.
  • Produce a field map, integration spec, storyboard frames, and follow‑ups… all tied to your CRM.
  • Bake in dedupe and upsert so your data stays clean

Your Task: Use These Prompts

Paste each prompt in order. P1 collects your inputs and pulls web context. P2 designs the minimal viable form and input patterns. P3 ships the full asset pack with citations. P4 ties it to funnel fit and handles objections.

Prompt 1 — Collect & Search

👉 Copy this prompt into ChatGPT, fill in the bold placeholders, then run it.

				
					DESCRIPTION
Collect event and integration inputs, then pull official CRM and headset/platform docs. Summarize only what improves your capture design.

TASK
Assemble a complete discovery packet plus a crisp research digest for CRM upsert and offline-first AR/VR capture.

ROLE
You are ExpoSync Architect, a senior integrations consultant with web search. You merge event ops, UX, and API reliability.

INPUTS
- Company: **[Company Name]**
- Primary CRM: **[Salesforce | HubSpot | Zoho]**
- CRM auth method: **[OAuth | PAT | API Key]** and provisioning status: **[Have | Pending by date]**
- Required lead fields (event-specific): **[List required]**
- Optional fields (nice to have): **[List optional]**
- Headset/platform + app stack: **[Quest/Pico/Vive/Vision Pro/WebXR | Unity/Unreal/WebXR]**
- Booth network details: **[Wi‑Fi SSID, captive portal Y/N, allowed ports, cellular backup policy]**
- Demo media: **[Link to 20–30s screen recording or screenshots]**
- Event goals + SLA: **[Demos count, meetings, trials, CRM sync under X minutes]**
- Consent/legal constraints: **[GDPR/CCPA wording, opt-in rules, data retention]**
- Onsite devices + staff plan: **[# headsets, kiosk devices, staff names]**

AUTO WEB PULLS
Fetch and summarize:
1) Official CRM API docs: auth, create/update or upsert endpoints, rate limits, recommended payloads.
2) Headset/platform SDK docs: text entry, UI widgets, background tasks, local/offline storage.
3) Venue exhibitor IT policy or captive portal page if available.
4) 2–3 recent AR/VR booth lead capture case studies for UX and reliability patterns.
Prefer docs updated in last 12–24 months.

WORKFLOW (no steps skipped)
1) Restate inputs in my words; flag missing items as [PLACEHOLDER].
2) Run web searches for the items above; open official docs first, then credible secondary sources.
3) Extract only what changes decisions: auth flow, upsert mechanism, rate limits, offline storage APIs, background sync feasibility, network restrictions.
4) Note last updated dates; discard stale guidance older than 36 months unless no alternative exists.
5) Summarize with terse bullets; include short inline citations like (Salesforce Docs, 2024).
6) List top risks and decisions we must lock before design.

OUTPUT FORMAT
# Inputs Summary
- CRM:
- Auth:
- Fields:
- Platform:
- Network:
- Media:
- Goals + SLA:
- Legal:
- Devices + Staff:

# Web Findings (Cited)
CRM Auth & Upsert:
- ...
- ...

SDK Input & Offline:
- ...
- ...

Venue IT Notes:
- ...

Patterns From Case Studies:
- ...

# Risks & Unknowns
- ...

# Go/No-Go Decisions
- ...

RULES
- No chain-of-thought. Terse bullets only.
- Cite sources inline like (HubSpot Docs, 2024).
- Prefer last 12–24 months; mark older as [Legacy].
- Mask any secrets; do not echo keys or tokens.
- If browsing is blocked, produce a Web Pull Plan with target URLs and queries.

FALLBACK
If venue policy unavailable: infer typical captive portal constraints and mark as [PLACEHOLDER] with mitigation steps (pre-register MAC, SIM backup, offline-first).

				
			

Prompt 2 — Synthesize with Modernization Adapter

👉 Copy this prompt into ChatGPT, then run it. Do not add new inputs.

				
					DESCRIPTION
Turn discovery into a minimal viable capture design that won’t break immersion.

TASK
Select the smallest field set, define validation and consent, and propose two low-friction input patterns with acceptance tests.

ROLE
You are Immersive Form Designer, a senior UX engineer for AR/VR with event ops instincts.

INPUTS
Use only the Outputs of Prompt 1.

WORKFLOW (no steps skipped)
1) Determine the absolute minimum fields for qualification and routing. Default to: first_name, last_name, email OR phone, company, consent, notes(tag).
2) Produce a validation table: type, examples, regex/format, normalize rules. Respect CRM constraints and legal opt-in language from P1.
3) Draft two alternative input patterns:
   A) In-headset quick capture: one-tap chips, minimal text, optional voice-to-text.
   B) QR prefill + confirm: scan a kiosk QR, prefill via mobile webform, confirm in-headset with a single consent tap.
4) Add an accessibility and friction score 1–5 per pattern; justify briefly with SDK notes and case-study patterns from P1.
5) Define edge cases: offline mode, duplicate emails, typo corrections, rejected consent, and returning unsynced leads.
6) Write exact acceptance tests the booth team can run on setup day.
7) Output artifacts ready for engineering.

OUTPUT FORMAT
# Minimal Field Set
- Required:
- Optional:

# Validation Table
| field | type | example | validation_rule | normalize_rule |
|---|---|---|---|---|
|  |  |  |  |  |

# Consent Copy (Short + Full)
- Short inline:
- Full text:

# Input Patterns
Pattern A In-Headset Quick Capture
- Steps:
- Widgets:
- Friction score X/5, Accessibility X/5 (cite if used)

Pattern B QR Prefill + Confirm
- Steps:
- Widgets:
- Friction score X/5, Accessibility X/5 (cite if used)

# Edge Cases to Handle
- ...

# Acceptance Tests (Setup Day)
- Test 1:
- Test 2:
- Test 3:

RULES
- Cite any SDK or CRM constraints used (Source, Year).
- Keep total length under 600 words.
- No new research; rely on P1.




				
			

Want to Skip The Guide & Chat Instead?

Book a call with us to go over your roadmap & receive a complimentary asessment.

Prompt 3 — Produce the Asset

👉 Copy this prompt into ChatGPT, then run it. Do not add new inputs.

				
					DESCRIPTION
Generate the full deliverable pack: field map CSV, integration spec, flow diagram, storyboard frames, and follow-up templates.

TASK
Produce paste-ready assets with exact endpoints, payloads, offline buffer, retry/backoff, dedupe/upsert, and message templates.

ROLE
You are Offline-First Integrations Lead, a senior architect for event-grade reliability.

INPUTS
Use only the Outputs from Prompts 1 and 2.

WORKFLOW (no steps skipped)
1) Map each source field to CRM payload keys. Include types, required flag, validation, and normalization.
2) Specify CRM auth and upsert: endpoint paths, headers, request/response examples, rate limits, and idempotency keys if supported.
3) Design offline buffer: local schema, encryption at rest, TTL, sync policy (retry with exponential backoff), and conflict resolution (upsert with dedupe keys: email+phone+event_id).
4) Define reconciliation: how to detect and merge duplicates, error logging, operator re-try UI for failed posts.
5) Produce a flow diagram in Mermaid that can export to PNG showing entry → capture → buffer → sync → CRM → follow-up trigger.
6) Create a storyboard: 3–6 annotated frames with screen purpose, inputs, consent UI, success and failure views, and handling for unsynced returns.
7) Draft three follow-up templates (Email, LinkedIn DM, SMS/WhatsApp) with subject/preview, 2–3 short paragraphs, CTA, and send timing recommendations.
8) Include short inline citations where external docs informed technical choices.

OUTPUT FORMAT
# 1) Flow Diagram (Mermaid)

flowchart TD

A[Demo Moment: Natural Pause] --> B{Capture Path}

B -->|Pattern A| C[In-Headset Quick Capture]
B -->|Pattern B| D[QR Prefill on Mobile]

C --> E[Local Buffer Encrypt + TTL]
D --> E

E -->|Online? yes| F[Auth → CRM Upsert]
E -->|Online? no| G[Retry Backoff Queue]

F --> H[CRM Response 200/201/204]
H --> I[Trigger Follow-up via CRM Workflow]

G -->|Backoff succeeds| F

F -->|409/duplicate| J[Reconciliation: Upsert/Merge]
F -->|4xx/5xx| K[Error Log + Operator Retry UI]

(Export this to PNG at 800–1200px)


# 2) Field Mapping CSV


Provide a CSV in a fenced block ready to save as .csv:

source_field,crm_field,type,required,validation_rule,normalize_rule

first_name,Contacts.FirstName,string,true,^[A-Za-z' -]{1,50}$,capitalize

last_name,Contacts.LastName,string,true,^[A-Za-z' -]{1,50}$,capitalize

email,Contacts.Email,string,required_if_no_phone,^[^@\\\\s]+@[^@\\\\s]+\\\\.[^@\\\\s]+$,lowercase_trim

phone,Contacts.Phone,string,required_if_no_email,^\\\\+?[0-9\\\\s().-]{7,20}$,E164

company,Accounts.Name,string,false,^.{1,100}$,titlecase_trim

consent_opt_in,Contacts.Marketing_Opt_In,boolean,true,^(true|false)$,map_true_false

notes_tag,Contacts.Description,string,false,^.{0,240}$,strip_emoji

event_id,Custom.Event_Id,string,true,^[A-Z0-9_-]{6,32}$,uppercase

staff_owner,Contacts.OwnerId,string,false,^.{0,64}$,map_to_owner


# 3) Integration Spec (1–2 pages)

- Overview

- Goal: reliable AR/VR booth lead capture with offline-first sync under SLA.

- CRM: [from P1], Upsert method: [from P1 findings] (Source, Year).


- Authentication

- Flow: OAuth client credentials or PAT with scoped permissions (Source, Year).

- Token storage: secure keychain or platform keystore; rotate every X hours.


- Endpoints

- Upsert/Create Contact: [verb + path]. Include headers and example payload.

- Lookup for dedupe: by email and phone where supported. Note rate limits (Source, Year).


- Sample Request

- Provide JSON payload with fields from the CSV mapping.


- Responses & Errors

- 200/201/204 success semantics; 4xx validation; 409 duplicate; 429 rate limit with Retry-After (Source, Year).


- Offline Buffer Strategy

- Local schema: lead_id, payload_json, status, attempts, next_retry_at, error_code, created_at.

- Encryption: AES-256 at rest; keys via OS keystore.

- TTL: purge records after X days post-success; cap queue length at N to protect storage.

- Retry Policy: exponential backoff starting at 30s, then 2m, 5m, 15m, 60m, max attempts 8.


- Reconciliation & Upsert

- Dedupe keys: email, phone, event_id. If missing email and phone, queue for operator review.

- Merge strategy: keep most recent non-empty values; preserve consent timestamps and IP where available.


- Operator Tools

- On-device “Sync status” screen; manual retry; export queue as CSV via secure share if needed.


- Security & Privacy

- Consent capture: store timestamp, version of consent text, and staff_owner.

- Data minimization: capture only fields in Minimal Field Set.

- Compliance: honor delete requests on buffer and CRM entities.


- Monitoring

- Log metrics: queue size, success rate, average latency to CRM, error distribution.

- Alerting: if queue older than SLA threshold or error rate exceeds 5%.


- References

- Link to CRM docs used and SDK docs used, inline citations included above.


# 4) Storyboard Frames


Frame 1 Entry Pause

- Context: demo reaches a “wow” moment and natural pause.

- UI: minimal overlay with two chips [I want the deck] [Talk to a human].

- Input: gaze or controller select; no text yet.


Frame 2 Capture Lite

- Fields: first_name, email or phone, one chip for consent.

- UI: large targets; auto-format phone; voice-to-text optional where SDK supports dictation (Meta SDK, 2024).

- Offline note: if offline, show no spinner; buffer silently with “Saved to queue”.

Frame 3 Success

- Message: “You’re in. We’ll send the deck now.”

- Option: “Book 15 minutes” QR that opens scheduler on mobile.


Frame 4 Error or Duplicate

- If 4xx: “That email looks off. Try again or use phone.”

- If duplicate: “We found you. Updating your info.”

Frame 5 Unsynced Return



- Badge: “1 item waiting to sync” visible to staff only.

- Action: tap to force retry or export queue.



# 5) Follow-up Templates


Email (send within 30–90 minutes)
Subject: Your demo takeaways and a 15‑minute slot
Preview: Fast recap plus the deck from the booth
Body:
Hi {FirstName} — great meeting you at {EventName}.


Here’s the demo recap and deck we promised. If the {Problem we showed} hit home, I can walk you through how we sync AR VR demos straight into {CRM} and turn them into meetings under {SLA}.


Grab a 15‑minute slot here: {CalendlyLink}


If you prefer, reply with a window that works.


P.S. We can run offline at your venue and still sync in minutes (Source, Year).


LinkedIn DM (send same day by staff_owner)
Hey {FirstName}, enjoyed the {DemoTopic} walk‑through at {EventName}.


We capture leads in‑headset and sync to {CRM} even when Wi‑Fi flakes. If useful, I’ll send a 2‑minute clip and a quick slot link. Cool?


SMS or WhatsApp (send end of day if consented)
Hi {FirstName} from {Company} this is {StaffName} at {EventName}. We just sent your deck. Want a 10‑minute debrief on how we route AR VR booth leads into {CRM} under {SLA}? Reply 1 for yes.


RULES



- Include short inline citations where used.

- Keep total length under 1,200 words.

- No secrets or tokens in examples. Use placeholders.

				
			

Prompt 4 — Why/Fit + Objections

👉 Copy this prompt into ChatGPT, then run it. Do not add new inputs.

				
					DESCRIPTION
Tie the asset to funnel strategy and pre-handle objections so the team ships.


TASK
Explain where this lives in the funnel, who owns it, when to deploy, plus top objections with counters.


ROLE
You are Event-to-CRM Strategist, a senior operator who bridges marketing ops and engineering.


INPUTS
Use only the Outputs of Prompts 1–3.


WORKFLOW (no steps skipped)



1. Place the asset in the funnel: pre-event, in-booth, post-event. Name the owners (Event Lead, Engineering, RevOps).

2. Outline deployment timeline: T-14, T-7, T-1, Event Day, T+1, T+7 with the key checks and handoffs.

3. Define success metrics: sync SLA hit rate, queue age, demo-to-meeting %, meeting-to-opportunity %.

4. Add the top 2 objections with crisp counters tied to this asset.

5. Provide a short “first run” checklist for the onsite team.



OUTPUT FORMAT


# Where This Lives in the Funnel



- ...



# Timeline to Deploy



- T-14:

- T-7:

- T-1:

- Event Day:

- T+1:

- T+7:



# Success Metrics to Track



- ...



# Objections and Counters


Objection 1:
Counter:


Objection 2:
Counter:


# Onsite First-Run Checklist



- ...



RULES



- Keep it under 400 words.

- Practical, checklist energy. No fluff.

				
			

Prompt 5 — Tighten or Variants

👉 Optional. Copy this prompt into ChatGPT if you need a slim variant for a specific CRM or channel.

				
					DESCRIPTION
Create a slim variant targeted to a specific CRM or a QR-only capture mode.


TASK
Generate one focused variant and a one-paragraph internal summary.


ROLE
You are VariantSmith, a senior editor for technical playbooks.


INPUTS
Use only the Outputs of Prompts 1–3.


WORKFLOW (no steps skipped)



1. Pick one variant: Salesforce-specific pack or QR-only kiosk mode.

2. Adjust field mapping, endpoints, and storyboard to suit the variant.

3. Note any CRM-specific headers, idempotency keys, or rate-limit tactics.

4. Output a concise variant brief and a one-paragraph internal summary.



OUTPUT FORMAT


# Variant Brief — {Salesforce | HubSpot | Zoho | QR-Only}



- Key differences:

- Updated endpoints:

- Field mapping changes:

- Storyboard deltas:

- Risks and mitigations:



# Internal Summary (One Paragraph)



- ...



RULES



- 250–350 words total.

- Cite any CRM-specific doc notes (Source, Year).
				
			

Output spec (what you’ll end up with)

You’ll produce a complete AR VR booth capture kit:

  • Flow diagram PNG: Export the Mermaid block from Prompt 3 at 800–1200px wide. Include short inline citations where used.
  • Field mapping CSV: Columns exactly as specified. ≤2 printed pages.
  • Integration spec: 1–2 pages in Markdown or PDF with auth, endpoints, payloads, errors, offline buffer, retry/backoff, security, and reconciliation. Include short inline citations where used.
  • Storyboard frames: 3–6 annotated screens. Export to PNG or build in Figma from the descriptions.
  • Follow-up templates: Three plain-text files:


– Email 75–150 words

– LinkedIn DM 40–80 words

– SMS 25–60 words

Each with subject/preview lines and personalization tokens.

Summary

Trade show “leads” usually die in the Wi‑Fi dead zone. This system flips it: capture inside the wow moment, store safely offline, upsert cleanly to CRM, and trigger follow‑ups that book meetings the same day.

CROs and Founders get a predictable loop from booth to pipeline. RevOps and Engineering get a concrete spec that respects rate limits, consent, and dedupe. Event teams get a first‑run checklist that reduces onsite drama.

Next action: run Prompt 1 with your CRM, headset, and event constraints. You’ll have a decision‑ready spec by Prompt 3… and a booth that actually syncs.

Ship it once, reuse it at every event. Your demos start paying rent.

Book at 20 Minute Audit —> https://calendly.com/seisan-jt/15min