Remote Visual Assistance Software
VideoAssist
Grypp's VideoAssist gives agents a one-way live camera view of the customer’s issue, so they can assess what’s visible and guide the next step.
What is Remote Visual Assistance?
Remote visual assistance software lets a customer show a physical issue through their camera while a support agent views it live. It is useful when the agent needs to make a support decision but cannot see the light, connection, display or damaged part the customer is describing. The camera view gives both people a clearer starting point than verbal troubleshooting alone.
When agents can’t see what a customer sees, simple issues can turn into longer calls, repeat contacts and unnecessary visits.
Remote visual assistance gives agents live visual context, so they can understand the issue faster and guide the customer with more confidence.
Grypp VideoAssist provides a one-way view from the customer’s camera to the agent. The customer receives an email or an SMS and can join through a browser without downloading an app. It is designed for physical real-world visual troubleshooting; if the customer is stuck on a webpage or another screen-based task, Grypp’s visual suite provides cobrowsing, shared documents and in-app support functionality.
Consider a router that will not connect. The agent may need to see its indicator lights and cable connections before deciding whether to suggest a setup step or escalate the case. The same approach can help with a meter display, appliance setup or visible product damage. Seeing the issue does not guarantee a remote fix, but it can give the team better context for the next decision, including whether a specialist review, return or field visit is appropriate.
With Grypp VideoAssist, agents can also use AR annotations to point, mark and guide the customer through the next action. This makes support more practical than a verbal script, especially when the customer is unsure what specific action the agent is requesting.
Agents can capture images during the interaction, add context to the case and decide whether the issue can be resolved remotely or needs to be escalated to a field visit.
Grypp VideoAssist
One-way video with real-time augmented reality annotation tools and image capture for remote issue diagnosis.
What agents can do with VideoAssist
When a customer cannot clearly describe a physical issue, VideoAssist gives the agent practical ways to inspect and guide instead of relying on descriptions alone.
That helps teams diagnose faster, guide the next step and reduce repeat calls, unnecessary visits and preventable returns.
Bring the issue into view
- Browser based one-way video with no app download required
- View the live feed and ask to see another angle, such as a cable or warning light.
Keep visual context
- Give a specialist clear and real-time visual context.
- Capture an image when case notes need a record of what was shown.
Guide the Next Action
- Use AR annotations to point, mark and explain directly to your customer
- Talk the customer through an appropriate action while they remain connected.
Decide what follows
- Confirm whether the customer has fully completed the task during the interaction.
- Assess whether a return or engineer visit is still required.
How Remote Visual Assistance Works
Secure one-way video, AR guidance and image capture in a single browser-based support session.
When an agent needs to inspect a physical issue, VideoAssist adds a one-way customer camera view to the support conversation. The session helps the agent check details that are difficult to establish by voice alone.
1. Invite the customer.
The agent sends a link by SMS, email or chat. The customer opens it in a supported browser without downloading an app or creating an account.
2. Inspect the issue.
The customer points their camera at the equipment or visible fault. The agent can ask for a closer view of a cable, warning light or damaged part before suggesting a check.
3. Guide the check.
If verbal directions are unclear, AR-style annotations help the agent indicate which part or connection to inspect. The customer takes the action while the agent watches the camera view.
4. Decide what happens next.
Where appropriate, the agent captures an image for the case, then follows the organization’s process for resolution, return, escalation or field service.
VideoAssist is useful when a customer issue is visible, hard to explain or likely to create a repeat contact. Agents can capture images during the session, add context to the case and decide whether the issue can be resolved remotely or needs a field visit.
The point is not to turn every support interaction into a video session. Remote visual assistance is there for the moments where an agent needs eyes on the issue before the business books a visit, accepts a return or sends the customer away to try again.
Measurable Impact of Visual Support
Reduction in AHT when agents used live video to check the issue and guide the customer more directly.
Increase in CSAT by making support easier to follow when customers needed practical help.
Reduction in unnecessary product returns by helping teams check setup, usage and visible faults before products were sent back.
Reduction in unnecessary engineer bookings by using remote visual assistance for remote triage before committing to a site visit.
Why choose Grypp for your Remote Visual Assistance?
Grypp VideoAssist gives agents a one-way live view through the customer’s camera, so they can inspect a visible issue without turning the interaction into a face-to-face video call. Customers can join in a browser where supported, without downloading an app. The customer chooses what to show and takes any physical action themselves.
Agents can use AR-style annotations to identify a specific part and capture an image when a case needs visual context. VideoAssist adds a visual layer to an existing contact center workflow; it does not replace the service platform or give agents remote control of a device.
Grypp also supports other visual customer tasks. If troubleshooting moves from a physical router to a setup webpage, a shared browser journey may be more useful than keeping the camera pointed at the equipment. If the case needs a separate photo or document, an appropriate evidence workflow can help the team collect it during the interaction. Evaluate each capability against the task rather than assuming every issue needs a video session.
- One-way customer camera view for physical issues
- No customer app, installation or account required
- AR-style annotations and image capture
- Quality controls for low-bandwidth environments
- Visual support that fits alongside existing service workflows
Where a live camera view changes the decision:
Before booking a field visit
- Check visible faults, warning lights, meter states, cables or install points while the customer is still on the call
- Confirm whether basic checks have already been done correctly
- If a visit is needed, give the technician captured images and observations to help them prepare.
Before accepting a return
- Look at the product and its setup before classifying it as faulty.
- Walk through a relevant setup or usage check during the session.
- Proceed with a legitimate return if the issue remains.
Before escalating a case
- Capture images for engineers, claims teams, complaints or back-office review
- Record what the agent and customer checked together.
- Pass on the visual context and reason for escalation so the next team can act.
Remote Visual Assistance Use Cases by Industry
Remote visual assistance works best when the next step depends on what the customer can show. These are the moments where live visual context can stop a support journey becoming repeat contact, field work or manual follow-up.
Automotive
An owner can show a dashboard warning, visible body damage or an unfamiliar control. The service advisor can clarify the concern before recommending a workshop inspection or instructions the customer can follow safely.
Healthcare
When troubleshooting medical devices used at home or on site, phone instructions can be difficult to follow. With VisualAssist, a customer or caregiver can show a home device’s display, connections or setup.
Insurance
During an initial claim conversation, a customer can show visible property or vehicle damage. The view helps the handler clarify the report; it does not replace required evidence, investigation or assessment
Property Management
A resident can show the location and extent of a leak, a damaged fitting or an access issue. Maintenance teams can use that context when arranging a repair.
Retail
If an item appears faulty, the customer can show its assembly or connections while an agent checks the setup. A genuine fault should still proceed through the appropriate returns process.
BPO Contact Centers
An outsourced contact center can use camera-based support for client programs involving equipment, property or products. Agents follow the permissions, scripts and escalation rules set for each program.
Telecom
An agent can inspect router indicator lights, cable placement and the customer’s in-home setup on camera. Technical support can use those details to troubleshoot remotely or brief an engineer.
Travel & Hospitality
A guest can show a faulty room fixture or damaged amenity without struggling to describe it. Front desk or facilities staff can understand the request before assigning someone to attend.
Utilities
Remote visual assistance lets an agent see a customer’s physical problem through a live camera view. It is useful when a description leaves room for doubt: which router light is flashing, how a cable is connected or where damage appears on a product. The agent can use that view to troubleshoot, decide what information is missing or route the case appropriately. It adds visual context to the support interaction rather than replacing the conversation or the existing case workflow.
Remote Visual Assistance FAQs
What is remote visual assistance?
Remote visual assistance lets a support agent see what the customer is looking at through a live camera view. It is useful when the issue cannot be explained clearly over the phone, such as a router light, a damaged product, a meter display or a fault inside someone’s home. The aim is simple: give the agent enough visual context to make a better decision during the same support session.
How does Grypp VideoAssist work?
An agent sends the customer a link by SMS, email or chat during a support interaction. The customer opens it in a browser and shares their camera view, with no account to create or app to install for the browser-based journey. The agent sees what the camera is pointed at and can ask the customer to show another angle or take a specific step. The goal is to reach a better-informed decision while the customer is still present.
Is VideoAssist the same as a video call?
No. VideoAssist is designed around a one-way view of the customer’s surroundings or equipment, not a face-to-face meeting. The customer can point their camera at the issue without appearing on screen. A video call may be a better fit when seeing both participants matters. The distinction helps agents choose a channel based on the task: inspect a physical fault with VideoAssist, or use a different visual tool when the problem is on a screen.
Can agents use AR annotations during a session?
VideoAssist supports AR-style guidance and annotation to help identify something in the live view. An agent might indicate the connection to check rather than relying on “the port on the left,” which can be ambiguous when the customer moves their phone. Annotations are useful only when the camera view is clear enough to make the instruction unambiguous. They should support the agent’s explanation, not substitute for confirming that the customer understands the next step.
When should a contact center use remote visual assistance?
Use it when seeing the issue could change the next action. A visible warning light, an appliance setup problem or uncertainty about a connection are stronger candidates than a routine account query. Agents need a simple trigger in their workflow: if verbal troubleshooting is producing repeated descriptions without clarifying the fault, offer a camera session. The decision may be a remote fix, an informed escalation or confirmation that a technician is needed.
When is VideoAssist the wrong tool?
If the issue concerns an account screen, form or website, a camera pointed at another screen may add effort without giving the agent the right view. Co-browsing can help with a shared webpage journey, while screen sharing may fit a broader digital issue. A payment update or straightforward policy question may need no visual session at all. Choose remote visual support when the customer’s physical surroundings, product or device state are relevant to the decision.
Does the customer need to download an app?
The browser-based VideoAssist journey does not require a customer app download or account. That matters when an agent introduces visual support during an existing call or chat: the customer can follow the link rather than switching to an installation task. Camera access still depends on the customer’s device and browser settings, and the customer must choose to share their view.
Does remote visual assistance replace a field visit?
No. A live view helps the team make a better dispatch decision, but some faults still require an on-site professional. Before booking a visit, an agent may be able to check an installation or identify a fixable setup issue. If a visit remains necessary, what the customer shows can help clarify the reported problem. Any reduction in dispatches depends on the cases selected, the troubleshooting process and how the organization measures avoided visits.
Can VideoAssist help with returns and damaged products?
It can help an agent distinguish a visible defect from a setup or usage issue while the customer has the product in front of them. The agent might inspect the reported damage or watch a connection step before advising what happens next. A camera view should not be used to deny a legitimate return or make a diagnosis the evidence cannot support. Where a case needs review, image capture can help preserve relevant visual context for the next team.
Will this fit our existing contact center workflow?
Grypp is intended to add a visual layer to the contact center stack, not replace the CCaaS platform, CRM or case process. In an evaluation, map how an agent starts a session, when the customer receives the link and where the resulting case information belongs. Check the integration and reporting requirements against your specific systems rather than assuming every workflow is identical. A small set of clearly defined call reasons makes the operational fit easier to test.
How should we measure whether remote visual assistance is working?
Compare eligible cases with a relevant baseline, using the same definitions your operation already applies. Look at task resolution, repeat contacts, escalations and dispatch decisions alongside handle time and customer effort. Track whether the visual session led to a fix, better evidence or a necessary visit, not simply whether an agent opened the tool. Results will vary by call reason; a router-installation queue and a general billing queue should not be judged as though visual context has the same value in both.