Networking Event Virtual Name Card Requirements in Singapore

A virtual name card at a networking event should do more than display contact details. It must support fast, intentional exchange between people who may be standing, moving, holding drinks or switching between conversations. In Singapore, the buyer brief should therefore define the complete operational journey rather than simply request a QR code or digital profile.

This guide covers the functional requirements, dependencies, acceptance criteria and test cases needed to scope that journey. It is specifically for networking events, where repeated person-to-person exchanges create different demands from a conference directory, trade-show lead form or sales presentation.

Start with the intended exchange journey

Document who receives a virtual name card, who can share one and what each person must do. An attendee might scan another attendee’s QR code, tap an NFC item, open a short link or select a person from an event interface. Each route creates different requirements for speed, hardware, permissions and support.

The brief should identify the primary route and one fallback route. For example, the primary journey might be camera-based QR scanning, while the fallback is a short URL that event staff can help attendees enter. Avoid combining several unprioritised methods. Every additional route increases testing and support requirements.

For a broader explanation of the format before writing the specification, see the networking event virtual name card guide.

Functional requirements

Profile content and ownership

• Define required and optional fields, such as display name, organisation, role, work email, telephone number, website and professional profile.
• State whether attendees enter their own details, organisers import approved information or both methods are used.
• Specify who can correct a profile and the cut-off time for pre-event changes.
• Decide whether details appear immediately or only after the person takes a clear sharing action.

Sharing and saving

• Specify the minimum supported sharing method and compatible device assumptions.
• Define whether recipients view details in a browser, save a contact file or copy individual fields.
• State whether reciprocal sharing is optional, requested or excluded.
• Require a visible confirmation when an exchange or save action succeeds.
• Define the fallback when a camera, browser, tap function or network connection is unavailable.

Lifecycle controls

Set dates for profile creation, attendee review, testing, activation and deactivation. The specification should also address cancellations, substitutions and post-event access. If links remain available after the event, define the intended duration and who is responsible for later amendments or removal.

Operational acceptance criteria

Requirements become useful when they can be accepted or rejected. Replace subjective phrases such as “quick to use” with observable criteria agreed during scoping. Suitable criteria may include:

• A first-time attendee can reach the intended profile from the primary sharing method without staff intervention.
• The displayed identity matches the approved attendee record.
• Required fields are readable and optional empty fields do not create confusing labels or gaps.
• The save or copy action produces the expected information on the agreed test devices.
• A successful action displays an understandable confirmation.
• An expired, cancelled or invalid profile follows the agreed error journey.
• Event staff can explain the primary and fallback routes using the approved support script.

Performance thresholds, supported browsers and device coverage should be agreed against the selected tools and venue conditions. They should not be assumed from a generic product demonstration.

Dependencies to confirm early

Attendee data

Confirm the source, field structure, spelling conventions and update process. Identify which team approves attendee-facing information and how late substitutions are handled. Collect only information needed for the agreed event purpose. Privacy, consent and retention wording should be reviewed by the organiser’s appropriate advisers; the operational brief is not a substitute for legal advice.

Venue and connectivity

Assess mobile coverage and guest Wi-Fi where exchanges are expected to happen, not only at the registration area. Consider crowded rooms, basement venues and movement between zones. If reliable connectivity cannot be established, the fallback must be realistic and tested under restricted-network conditions.

Physical and event materials

If QR codes or NFC elements appear on badges, lanyards, table cards or screens, define production dimensions, placement, contrast, scanning distance and replacement procedures. Badge coordination and print deadlines must align with the final attendee-data cut-off.

Support responsibilities

Assign ownership for profile corrections, access issues, replacement materials and attendee questions. Define escalation contacts and the point at which staff switch from troubleshooting the primary method to offering the fallback.

Accessibility requirements

Accessibility should be part of acceptance testing, not a final visual check. Require sufficient text and code contrast, readable type sizes, descriptive link labels, logical keyboard navigation and visible focus states where the chosen interface supports them. Instructions should not rely on colour alone.

Provide a non-camera alternative for attendees who cannot comfortably scan a code. Avoid making NFC the only route because device support and settings vary. Error messages should explain what happened and what the attendee can do next. Test zoomed text, screen orientation changes and common assistive navigation against the agreed interface.

Essential test cases

1. Valid exchange: Open a current profile through the primary method and verify every approved field.
2. Contact save: Save details on each agreed device and confirm field mapping, characters and telephone formatting.
3. Fallback route: Complete the journey without the primary camera, tap or network capability.
4. Cancelled attendee: Verify that access follows the agreed inactive-profile behaviour.
5. Late substitution: Replace attendee details and confirm that the physical or digital identifier resolves correctly.
6. Poor connectivity: Test under constrained venue-like conditions and verify that guidance remains understandable.
7. Accessibility: Navigate using the agreed keyboard, zoom and assistive checks without losing essential content.
8. Support recovery: Have event staff resolve a failed exchange using only the approved runbook.

Requirements checklist for procurement

• Primary user journey, fallback and out-of-scope journeys documented
• Required fields, optional fields and data owner confirmed
• Consent, notices, retention and removal responsibilities reviewed
• Supported devices, browsers and physical formats agreed
• Venue connectivity assumptions recorded and tested
• Accessibility criteria included in acceptance testing
• Success, error, expiry and cancellation states specified
• Import, correction, substitution and approval workflows assigned
• Event-day support roles, scripts and escalation path confirmed
• Test devices, test data, deadlines and sign-off owner named

Compare prospective providers against this checklist rather than a feature count. The related Singapore vendor selection guide explains how to evaluate delivery fit after the requirements are fixed.

Scoping delivery with Get Out! Events

Get Out! Events can scope virtual name card requirements through GO Labs alongside RSVP, guest communications, registration operations, badge coordination, check-in, queue planning and wider event delivery. The final workflow, integrations, device coverage and technical outcomes depend on the agreed brief, selected tools, attendee data, venue environment and testing plan.

A production-ready specification should leave no ambiguity about the exchange journey, evidence needed for acceptance or responsibility when conditions change. That discipline turns a virtual name card from an isolated link into a manageable part of the networking experience.