FAQs

Conversational AI for contact centres uses artificial intelligence to understand spoken language and respond naturally during live phone calls. VoiceAI enables automated call handling, intelligent routing and task completion without relying on traditional keypad menu systems.

AI voice automation listens to a caller’s speech, identifies intent and triggers predefined workflows or system actions. VoiceAI can operate using speech-to-text or speech-to-speech processing, reducing response delays and enabling seamless escalation to human agents when required.

AI voice automation allows callers to speak naturally and adapts dynamically to their request, whereas traditional IVR systems require callers to navigate fixed keypad menus. VoiceAI replaces button menus with natural conversation and can route or resolve enquiries based on intent.

Yes. AI voice systems can answer inbound calls instantly, hold structured conversations, gather key information and either resolve the enquiry or transfer the call with full context. VoiceAI is designed to do exactly this, ensuring callers are answered without queues.

AI can automate high-volume, repeatable enquiries such as general information requests, appointment booking, payment collection, service logging and intelligent call routing. VoiceAI automates these interactions while escalating complex issues to agents when needed.

Yes. Conversational AI can integrate with telephony platforms, CRM systems and other core business applications to retrieve and update data in real time during a live call. VoiceAI supports integrations so context can be captured, used, and passed to agents where required.

AI is best used to handle repetitive and structured enquiries, freeing agents to focus on complex, sensitive or high-value interactions. VoiceAI is designed to support agents, including transferring calls with captured details and conversation context.

Yes. AI voice platforms can manage unlimited simultaneous calls, helping maintain service levels during busy periods. VoiceAI scales to meet peak demand so calls don’t turn into queues, missed contacts or overloaded teams.

SD-WAN (Software-Defined Wide Area Network) is a software-based approach to managing connectivity between sites, data centres, cloud platforms and remote users. It dynamically routes traffic across multiple links, such as MPLS, broadband and 4G/5G, based on real-time performance and application requirements.

MPLS uses dedicated, carrier-managed circuits with predefined routing paths, offering predictable performance. SD-WAN overlays software-defined control across multiple transport types and dynamically selects the best path based on network conditions and business policy.