Our Fluid Contact Center solution is built on leading contact center platforms and designed for broad integration flexibility. We support major CCaaS platforms and layer in custom GenAI capabilities, conversational AI, intelligent IVR and omnichannel tools—all tailored to your existing technology ecosystem. Contact us at contact.fluidcc@hcltech.com to discuss your specific environment.

CCaaS migration delivers savings across multiple dimensions—reduced infrastructure overhead, lower training costs and optimized workforce management. Clients typically see approximately an 80%–90% reduction in major incidents and approximately a 30%–50% increase in digital adoption. Combined with AI-driven self-service and automation, the operational cost benefits are both immediate and compounding over time.

Our Fluid Contact Center solution embeds GenAI throughout the contact center experience. This includes multilingual AI conversational IVR, AI-powered chatbots and voicebots, agent assist systems, post-call automation and speech analytics. These capabilities are purpose-built—not bolted on—enabling personalized CX at scale, faster resolutions and measurable improvements in both agent and customer experience.

Agent experience improvements are core to what our Fluid Contact Center solution delivers. Clients see measurable reductions in average talk time and training costs, along with AI-powered agent-assist tools that surface real-time guidance during interactions. Combined with our deep analytics capabilities, we help organizations track ASAT scores and continuously optimize agent performance and satisfaction.

Yes. Remote agent monitoring is a built-in capability within our customer experience service. Our Fluid Contact Center solution includes end-to-end experience monitoring that covers distributed and hybrid workforces—giving operations teams real-time visibility into agent performance, interaction quality and system health regardless of where agents are located. This supports both compliance and continuous performance improvement.

Speed is a measurable advantage we deliver. Our Fluid Contact Center solution is engineered for 2x rollout agility compared to traditional deployments. Our CX labs enable rapid development and testing of use cases, and our end-to-end implementation expertise—spanning consulting through managed services—keeps go-lives on track and shortens ROI timelines.

Absolutely. We build custom use cases tailored to each client's industry requirements. Our network of CX labs accelerates development and testing of vertical-specific solutions, and we offer prebuilt industry chatbots and voicebots as a starting point. Our custom GenAI models enable deep specialization across IVR, agent assist, speech analytics and more. Reach out at contact.fluidcc@hcltech.com.

We manage the full migration journey—from initial consulting and roadmap development through implementation and ongoing managed services. Our approach addresses legacy infrastructure complexity while minimizing operational disruption. We map your existing environment, design a tailored CCaaS migration strategy and execute with the deployment expertise to ensure a smooth, low-risk transition to a modern cloud contact center solution.

GenAI and digital self-service are reshaping contact center workforce models—industry projections suggest up to 10% agent headcount reduction by the end of 2026. Our solutions support that shift through intelligent IVR, conversational bots and automation. However, we focus on helping clients redeploy talent toward higher-value interactions, balancing efficiency gains with improved customer and agent experience outcomes.

Our Fluid Contact Center solution is engineered for stronger SLA performance across the board. Clients benefit from approximately 80%–90% reduction in major incidents, 2x rollout agility and proactive experience assurance capabilities—including AIOps and shift-left engineering. These aren't aspirational targets; they reflect real outcomes we've delivered for clients across industries through our managed services model.