Solutions & Engagements

Multi-Cloud AI Solutions. Engineered for Scale.

Scope-driven engineering sprints and dedicated technical advisory across Google Cloud and AWS. Shipped directly into your repository with complete client ownership.

🤖 Autonomous Agents🏗️ Cloud AI Infrastructure🔍 AI Readiness Sprint📡 Fractional Principal
Multi-Agent & Voice Automation

🤖 Autonomous AI Agents & Voice Systems

Production multi-agent workflows, autonomous tool orchestration, and enterprise voice bots.

Engagement Format
Scope-Driven Sprint
Milestone-based delivery. Shipped directly into your repository.
⏱ 4 – 8 weeks

Most AI agents fail in production due to unstructured prompting, lack of deterministic guardrails, and fragile error recovery. We engineer resilient multi-agent systems and conversational bots with strict state machines, evaluation harnesses, and enterprise integrations across Google Cloud (Dialogflow CX, Vertex AI) and AWS (Bedrock Agents, Lambda).

What We Deliver

  • ✓ Agent architecture & tool orchestration design (LangGraph, Vertex AI, Bedrock)
  • ✓ Dialogflow CX / Bedrock voice and chat agent configuration
  • ✓ Deterministic guardrails for hallucination prevention and human escalation
  • ✓ Backend system integrations (CRM, ERP, SQL/Vector DBs, custom APIs)
  • ✓ Production containerization (Cloud Run / ECS) with structured logging & tracing
  • ✓ Comprehensive evaluation harness and automated benchmark suites

Ideal Use Cases

  • → Autonomous multi-step business workflows
  • → Enterprise voice bot & IVR modernization
  • → Customer support automation with deterministic guardrails
  • → Internal operational copilot agents
Request a Scope for Autonomous AI Agents & Voice Systems →
GCP & AWS Systems

🏗️ Cloud AI Infrastructure & RAG Engineering

Scalable, low-latency vector databases, serverless compute, and secure data grounding pipelines.

Engagement Format
Scope-Driven Sprint
Fixed-scope engagement. Infrastructure as Code (Terraform) included.
⏱ 4 – 8 weeks

A high-performing AI system is only as reliable as the underlying cloud infrastructure. We design and deploy high-throughput RAG systems, low-latency vector search indices, and serverless compute pipelines on Google Cloud and AWS. Built with strict IAM least-privilege policies, VPC peering, and zero-downtime CI/CD deployment.

What We Deliver

  • ✓ High-scale vector search architecture (BigQuery Vector Search, AWS OpenSearch)
  • ✓ Serverless compute & container orchestration (Cloud Run, GKE, AWS Lambda, ECS)
  • ✓ Data grounding pipelines with semantic chunking and re-ranking
  • ✓ Zero-Trust IAM security, KMS encryption, and network isolation
  • ✓ Terraform Infrastructure-as-Code (IaC) for 100% reproducible environments
  • ✓ Automated CI/CD deployment workflows with health checks

Ideal Use Cases

  • → Proprietary data grounding over enterprise datasets
  • → Migrating AI prototypes from local environments to production cloud
  • → Optimizing vector search latency and compute costs
  • → Hardening cloud security and compliance for AI pipelines
Request a Scope for Cloud AI Infrastructure & RAG Engineering →
2-Week Fixed Launchpad

🔍 AI Readiness & Architecture Sprint

Identify high-ROI AI opportunities, validate technical feasibility, and eliminate architecture risks.

Engagement Format
Fixed 2-Week Sprint
Fixed fee upfront. Actionable technical roadmap and architecture blueprint.
⏱ 2 weeks

The costliest mistake in AI is building without an architectural foundation. This intensive 2-week technical sprint audits your current cloud stack, assesses proprietary data readiness, and delivers an authoritative, production-ready architecture blueprint and 90-day execution plan.

What We Deliver

  • ✓ Full-stack technical infrastructure and data readiness audit
  • ✓ Use-case scoring matrix (Business Impact vs. Technical Complexity vs. Token Cost)
  • ✓ Multi-cloud foundation model and framework benchmarks (Gemini, Claude, Llama)
  • ✓ Comprehensive architecture blueprint and sequence flow diagrams
  • ✓ 90-day prioritized implementation roadmap with compute & token cost modeling
  • ✓ Executive readout presentation and complete architectural documentation

Ideal Use Cases

  • → Teams evaluating build vs. buy AI decisions
  • → Startups preparing for technical due diligence or scaling phases
  • → Engineering leaders needing an independent architecture review
  • → Companies moving from raw LLM exploration to production systems
Request a Scope for AI Readiness & Architecture Sprint →
Ongoing Engineering Advisory

📡 Fractional AI Principal & FinOps

Senior multi-cloud AI systems leadership, FinOps governance, and continuous model benchmarking.

Engagement Format
Monthly Retainer
Flexible monthly terms. Dedicated senior engineering advisory.
⏱ Ongoing engagement

Foundation models and cloud AI services evolve weekly. Having dedicated principal-level oversight ensures your architectures remain state-of-the-art while keeping cloud compute and token expenses strictly controlled. We serve as your ongoing technical sounding board, performing architecture reviews, token optimization, and roadmap governance.

What We Deliver

  • ✓ Bi-weekly architecture syncs and technical strategy reviews
  • ✓ Direct async engineering channel support (Slack / Teams)
  • ✓ Continuous AI-FinOps analysis: token caching, prompt compression, and compute rightsizing
  • ✓ Model upgrade benchmarking (evaluating new Gemini, Bedrock, and open models)
  • ✓ Code reviews and pull request oversight for critical AI components
  • ✓ Quarterly technical roadmap reviews and capability planning

Ideal Use Cases

  • → Engineering teams without a dedicated in-house AI systems architect
  • → CTOs wanting senior oversight on complex multi-cloud decisions
  • → Startups scaling rapidly and needing token cost control (FinOps)
  • → Teams post-launch requiring continuous eval monitoring and tuning
Request a Scope for Fractional AI Principal & FinOps →
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Ready to Engineer Resilient AI Systems?

Schedule a 30-minute technical scoping session with our systems engineers. We will review your architecture, evaluate feasibility, and outline a fixed sprint execution plan.