How We Build Production AI Systems

We test models on real client data before choosing one, and we publish what we find. Here is what we use, and the evidence behind each choice.

Agentic AI Architecture

Our agentic workflows split a business process across specialised AI agents, each doing one job well, with a person in the loop wherever a mistake would cost money. The orchestration runs on Go services backed by PostgreSQL, and agents reach your systems through Model Context Protocol (MCP) servers.

Messy inputs such as voice notes, photos and spreadsheets pass through specialised AI agents and a human review checkpoint, and arrive as clean records in a database
  1. 1

    Messy inputs

    Voice notes, photos, PDFs and spreadsheets, as your customers and teams actually send them.

  2. 2

    Specialised agents

    Multi-agent orchestration: one agent transcribes, another reads documents, another matches products to your catalog.

  3. 3

    Human in the loop

    Business rules and confidence scores decide what goes straight through and what a person reviews first.

  4. 4

    Clean records

    Structured data lands in your ERP or CRM through APIs and MCP servers.

What we use, and the evidence

Six capabilities, each measured on real workloads. Follow the links for the full numbers.

Built for Production, Not Demos

We measure what matters in production: reliability across runs, cost per accuracy point, and real-world variance, not just average benchmark scores. Every AI decision includes an explanation and confidence score, so your team always understands the reasoning.

  • Production reliability tested across 10+ runs per model: we measure variance, not just averages
  • Explainable AI: every prediction includes reasoning and confidence scores for human review
  • Cost-optimized routing achieves comparable accuracy at up to 1/65th the cost of premium models

You decide where your data goes

Every system we build has a declared data path. Sensitive data stays on open-source models running on your servers or on dedicated infrastructure we manage. When an external model is the better tool, we only call providers with zero data retention, enforced on every request.

  • Open-source models on your servers or on dedicated infrastructure managed by REFLEKT LAB
  • External AI APIs only with zero data retention, and never for data that must stay in-house
  • Data handling designed for GDPR and, in the Gulf, for local data residency rules
  • Encryption of data in transit and at rest

See this in practice: how we build self-hosted AI meeting notes

Need everything in-house? See our sovereign, self-hosted AI

Seamless Integration

Our solutions connect to the tools your teams already use, with no rip-and-replace. API-first architecture means deployment does not disrupt existing workflows.

  • Integrates with existing ERP, CRM, ATS, and document management systems
  • API-first architecture for connection to any platform
  • Zero disruption to current workflows during deployment
  • Support for custom data formats and legacy systems

We share what we run

We run Kubernetes in production, and we open-sourced our full 22-hour course to teach it: 11 hands-on sessions, a real app on a local cluster, Terraform to GKE, secrets and CI/CD. Free under CC BY-NC.

Curious how the pipeline works under the hood?

We'll walk you through the architecture and show you how it handles your specific data challenges.