Video KYC has fundamentally transformed customer onboarding for financial institutions, but one persistent challenge threatens to undermine its promise: session drop-offs. Industry data reveals that between 25% and 40% of customers who initiate a Video KYC session fail to complete it. The reasons range from confusion navigating the interface to difficulty uploading documents in the correct format. Co-browsing technology directly addresses these friction points by enabling agents to guide customers through the process in real time, and the results speak for themselves.
The Drop-Off Problem in Video KYC
When a customer initiates a Video KYC session, they enter a process that requires multiple sequential actions: granting camera and microphone permissions, positioning their face correctly for liveness detection, holding up identity documents for capture, filling out personal details, and responding to agent instructions. At each step, there is an opportunity for the customer to become confused, frustrated, or disengaged.
The demographics most likely to need Video KYC, including first-time banking customers, rural populations, and elderly account holders, are often the same groups least comfortable with video-based digital interfaces. An agent can explain what to do over the video call, but without the ability to see what the customer sees on their screen, they are limited to verbal instructions that may not translate effectively across language barriers or varying levels of digital literacy.
The cost of these drop-offs is substantial. Every abandoned session represents wasted agent time, a delayed customer acquisition, and often a permanently lost prospect who moves to a competitor with a simpler onboarding experience. For institutions processing thousands of verifications daily, even a single-digit improvement in completion rates translates to significant revenue impact.
What Is Co-Browsing and How Does It Work?
Co-browsing, short for collaborative browsing, is a technology that allows an agent to view and interact with a customer's browser session in real time. Unlike screen sharing, which simply broadcasts a visual feed of the customer's screen, co-browsing provides a synchronized DOM-level view of the web page. The agent sees exactly the same form fields, buttons, and interface elements as the customer, and can highlight, annotate, or even fill in fields on the customer's behalf.
In a Video KYC context, co-browsing operates alongside the live video call. While the agent conducts the face-to-face verification through the video stream, they simultaneously have visibility into the customer's application interface. If a customer struggles to locate the document upload button, the agent can highlight it. If a form field requires a specific date format, the agent can demonstrate the correct entry. The customer retains full control of their session; the agent's interactions are guided and assistive rather than controlling.
The technology works by embedding a lightweight JavaScript agent in the customer-facing web application. This agent establishes a secure WebSocket connection to the co-browsing server, which relays the DOM state to the agent's console. No browser plugins or downloads are required on the customer's side, ensuring zero friction in activation.
Key Co-Browsing Capabilities for Video KYC
Form Filling Assistance
Agents can guide customers through complex forms by highlighting required fields, demonstrating correct input formats, and pre-populating fields with data already captured during the verification session. This eliminates the back-and-forth of verbal instructions for field-by-field data entry, reducing average form completion time by up to 60%.
Document Upload Guidance
Document upload is one of the most common failure points in Video KYC. Customers may not know which file formats are accepted, how to photograph their documents for optimal quality, or where to find the upload interface. With co-browsing, agents can point directly to the upload button, guide customers through file selection, and provide immediate feedback if a document image does not meet quality thresholds before submission.
Real-Time Pointer Sharing
The agent's cursor appears as a distinct visual indicator on the customer's screen, allowing them to point to specific interface elements, draw attention to instructions, or trace a path through a multi-step process. This visual guidance is significantly more effective than verbal descriptions, especially for customers with limited familiarity with digital interfaces or when language differences create communication gaps.
Privacy and Security Considerations
Sensitive Field Masking
Not all fields on a KYC form should be visible to the co-browsing agent. Password fields, OTP inputs, and certain sensitive financial details can be masked at the DOM level, appearing as redacted blocks in the agent's view while remaining fully functional for the customer. This selective masking ensures that co-browsing enhances the experience without creating new privacy risks. BASEKYC's implementation allows administrators to configure masking rules at the field level, ensuring that institutional privacy policies are enforced programmatically.
Session Recording Compliance
RBI guidelines require that Video KYC sessions be recorded for audit purposes. When co-browsing is active during a session, the recording must capture both the video interaction and the co-browsing activity to provide a complete audit trail. This includes logging every agent action, every field interaction, and every pointer movement. The combined recording serves as a comprehensive compliance artifact that demonstrates both the verification process and the nature of agent assistance provided, satisfying regulatory expectations for transparency and accountability.
Impact Metrics: The Numbers Behind Co-Browsing
Institutions that have deployed co-browsing alongside Video KYC report consistent and measurable improvements across key metrics. Completion rates increase by an average of 35%, with some institutions reporting improvements as high as 45% for customer segments that previously had the highest drop-off rates, such as senior citizens and customers in semi-urban areas.
Average session duration decreases by 20-30%, as the guided experience eliminates the repetitive back-and-forth that typically extends sessions. Agents spend less time per verification, increasing their daily throughput without sacrificing verification quality. First-call resolution rates improve by 28%, meaning fewer customers need to be called back for incomplete sessions or re-verification.
Customer satisfaction scores also see a marked uptick. Net Promoter Scores (NPS) for Video KYC sessions with co-browsing average 15-20 points higher than sessions without it. Customers consistently cite the guided experience as feeling more personal and supportive, comparing it favorably to in-branch assistance rather than a typical digital interaction.
BASEKYC's Co-Browsing Implementation
BASEKYC's co-browsing feature is built directly into the Video KYC agent console, requiring no additional software or licensing. During any active verification session, an agent can initiate co-browsing with a single click, instantly gaining visibility into the customer's application view. The customer receives a clear notification that co-browsing has been activated, maintaining transparency throughout the interaction.
The implementation includes configurable field masking, real-time pointer sharing, annotation tools for highlighting interface elements, and synchronized scrolling. All co-browsing activity is captured as part of the session recording, producing a unified audit trail that combines video, audio, and screen interaction data in a single playback interface accessible through the checker module.
For institutions concerned about bandwidth, BASEKYC's co-browsing transmits only DOM changes rather than pixel-level screen data, keeping bandwidth overhead minimal even on low-speed connections. The feature works across all modern browsers and mobile devices without requiring any installation on the customer's end, ensuring that the technology enhances accessibility rather than creating new barriers.