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1],L=[{icon:k,title:"AI-Q Deep Research Agents",description:"Deploy NVIDIA's AI-Q Blueprint for enterprise deep research systems that rank #1 on DeepResearch benchmarks. We customize the LangGraph-based state machine to connect to your enterprise data sources, configure hybrid model routing with Nemotron, and build evaluation harnesses that measure accuracy and cost per query."},{icon:D,title:"Multi-Agent Orchestration with NeMo",description:"Build production multi-agent systems using NeMo Agent Toolkit for profiling, optimization, and evaluation. We design agent teams with strict context isolation, sub-agent spawning, and long-term memory so your agents can run complex workflows for hours across dozens of steps without token bloat."},{icon:S,title:"OpenShell-Secured Agent Deployments",description:"Enterprise agents need enterprise security. We deploy NVIDIA OpenShell to sandbox autonomous agents with kernel-level isolation using Landlock, Seccomp, and OPA/Rego policies. Declarative YAML guardrails control filesystem access, network activity, privilege escalation, and model API routing."},{icon:P,title:"GPU-Accelerated Agent Compute",description:"Agents that process large datasets need GPU acceleration. We build deep agent workflows with CUDA-X compute sandboxes, using cuDF for structured data manipulation and NeMo Curator for petabyte-scale data curation. Ideal for financial services, healthcare, and data-intensive enterprise applications."},{icon:V,title:"Nemotron Model Deployment",description:"Deploy NVIDIA Nemotron models (Nano, Super, Ultra) via NIM microservices for on-prem or cloud inference. We configure hybrid architectures that use frontier models for orchestration and Nemotron open models for research tasks, cutting query costs by more than 50% while maintaining world-class accuracy."},{icon:C,title:"Enterprise Knowledge Agents",description:"Build AI agents that perceive, reason, and act on your enterprise knowledge. We connect AI-Q to your internal data sources, configure automatic source selection and depth-of-analysis controls, and implement citation tracking with built-in evaluation systems that explain how each answer is produced."}],q=[{name:"NVIDIA AI-Q Blueprint",category:"Blueprint"},{name:"NeMo Agent Toolkit",category:"Framework"},{name:"NVIDIA OpenShell",category:"Security"},{name:"Nemotron (Nano/Super/Ultra)",category:"Models"},{name:"NVIDIA NIM",category:"Inference"},{name:"NemoClaw",category:"Runtime"},{name:"LangChain",category:"Framework"},{name:"LangGraph",category:"Framework"},{name:"LangSmith",category:"Observability"},{name:"CUDA-X / cuDF",category:"Compute"},{name:"Python",category:"Language"},{name:"Docker",category:"Infrastructure"},{name:"Kubernetes / Helm",category:"Infrastructure"},{name:"AWS EKS",category:"Cloud"},{name:"DGX / RTX",category:"Hardware"},{name:"LangFuse",category:"Observability"},{name:"FastAPI",category:"Backend"}],O=[{slug:"multi-agent-systems-architecture",title:"Multi-Agent Systems Architecture",result:"90% automation rate",description:"Designed a multi-agent system where specialized AI agents handle research, analysis, and reporting in coordinated workflows, replacing manual processes that took days."},{slug:"ai-sales-assistant-rag",title:"AI Sales Assistant with RAG",result:"35% increase in customer satisfaction",description:"Built an AI-powered sales assistant that retrieves real-time product information, handles objections with sourced answers, and integrates directly into the existing CRM workflow."},{slug:"medicare-voice-assistant",title:"Voice AI for Medicare Patients",result:"MVP deployed in 2 weeks",description:"Shipped a production voice AI assistant for Medicare patients with sub-500ms response times, multimodal interface, and full pipeline observability."}],R=[{icon:B,step:"1",title:"Architecture Assessment",description:"We start with a deep technical conversation about your data landscape, security requirements, and agent objectives. We assess whether AI-Q, custom NeMo agents, or a hybrid approach fits your use case and infrastructure."},{icon:T,step:"2",title:"Blueprint & Security Design",description:"We deliver a detailed architecture proposal covering agent topology, model selection (Nemotron vs frontier), OpenShell security policies, deployment strategy (cloud, on-prem, or hybrid), and cost projections with hybrid model routing optimization."},{icon:W,step:"3",title:"Deploy & Optimize",description:"We deploy iteratively with NeMo Agent Toolkit profiling at every stage. You get working agents from week one, with LangSmith tracing, evaluation benchmarks, and cost-per-query dashboards. We optimize agent performance continuously until your system meets production SLAs."}],l=[{question:"Do we need NVIDIA GPUs to deploy AI-Q Blueprint agents?",answer:"Not necessarily. The AI-Q Blueprint defaults to NVIDIA API Catalog for inference, which runs on NVIDIA-hosted infrastru
1cture with no local GPU requirements. You only need GPUs if you want to self-host Nemotron models via NIM microservices for data sovereignty or latency reasons. We help you choose the right deployment model based on your security, cost, and performance requirements."},{question:"What is the difference between AI-Q and a standard RAG system?",answer:"AI-Q is a deep research agent, not a simple retrieve-and-generate pipeline. It uses a LangGraph-based state machine that can plan multi-step research strategies, spawn sub-agents for parallel investigation, choose between quick answers and in-depth report-style research, and automatically select the right data sources and depth of analysis. It also uses a hybrid model architecture with frontier models for orchestration and Nemotron for research, cutting costs by more than 50% while ranking #1 on DeepResearch benchmarks."},{question:"How does OpenShell secure autonomous agents?",answer:"OpenShell provides kernel-level sandboxing using Landlock for filesystem isolation, Seccomp for syscall filtering, and OPA/Rego for policy enforcement. Security policies are declarative YAML files that control four domains: filesystem access (locked at sandbox creation), network connectivity (hot-reloadable at runtime), process privileges (locked at creation), and model API routing (hot-reloadable). This means your agents cannot access files, networks, or APIs outside their defined policy, even if compromised."},{question:"Can you deploy NVIDIA agents on AWS?",answer:"Yes. AWS has published official guidance for deploying AI-Q on Amazon EKS, and we have deep experience with AWS infrastructure. We deploy using Helm charts on EKS with GPU node groups, or on EC2 instances with NVIDIA NIM containers. For organizations already on AWS, this is the fastest path to production NVIDIA agents without managing bare-metal GPU infrastructure."},{question:"What Nemotron models are available and what do they cost?",answer:"The Nemotron family includes three tiers: Nano (4B and 30B parameters) for efficient targeted tasks, Super (120B) for complex multi-agent workloads, and Ultra for mission-critical reasoning. Pricing through NVIDIA API Catalog starts at $0.05 per million input tokens for Nano, and Nemotron 3 Super is available at $0.05 per million tokens with 1M context window. Self-hosted deployment via NIM uses fixed hourly GPU rates instead of per-token billing. Some providers like OpenRouter offer Nemotron Nano for free."},{question:"How do NVIDIA agents integrate with our existing LangChain stack?",answer:"The NVIDIA Agent Toolkit is designed to work directly with LangChain and LangGraph. AI-Q Blueprint is built on LangGraph state machines, NeMo Agent Toolkit supports LangChain agents natively, and LangSmith provides full tracing and observability. If you already use LangChain, adding NVIDIA agent capabilities is an extension of your existing stack, not a replacement. We handle the integration so your team can keep working with familiar tools."},{question:"What is NemoClaw and when should we use it?",answer:"NemoClaw combines Nemotron models with the OpenShell runtime on the OpenClaw platform in a single-command install. It is designed for running always-on autonomous agents locally on NVIDIA hardware (GeForce RTX, RTX PRO workstations, DGX Station, DGX Spark) without routing sensitive data through the cloud. 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