AI Engineering: Production-Grade Generative AI at Enterprise Scale

DS Stream designs, builds, and operates production-grade generative AI systems — from LLM-powered agents and RAG architectures to multi-agent orchestration. We embed governance, evaluation harnesses, and observability so your AI delivers measurable value, not just demos.

Engineering-grade GenAI: agents, RAG, evals, and governance

We deliver production GenAI systems with proper evaluation harnesses, observability, cost controls, and human-in-the-loop guardrails — built to scale beyond pilot.

Book a 30-minute AI Engineering consultation
LLM Integration
RAG Architecture
Agent Frameworks
Prompt Engineering
Eval Harnesses
Model Routing
/ Problem

Why Most Generative AI Projects Stall After the Demo

GenAI demos are easy; production-grade systems are hard. Most projects stall because of weak evaluation, no observability into LLM behavior, prompt drift, cost spirals, and missing governance. Without engineering discipline, hallucinations and incidents block scale.

Hallucinations in Production
No evaluation harness means hallucinations only surface in user-facing incidents.
Cost Spirals
Naive LLM usage burns budget; per-query cost grows linearly with traffic.
No Observability
When something breaks, no one can see why — which retrieval failed, which prompt was used.
Prompt Drift
Prompts change in production without versioning; output quality degrades silently.
/ What We Deliver

AI Engineering Capabilities

LLM Application Architecture
Evaluation Harnesses
LLMOps & Observability
Guardrails & Safety
Cost & Performance Optimization
LLM Application Architecture

Reference architecture for RAG, agentic systems, and multi-model orchestration with vendor flexibility.

Evaluation Harnesses

Automated, repeatable evaluation of LLM outputs across accuracy, safety, and business KPIs.

LLMOps & Observability

Full observability into prompts, retrievals, tool calls, latency, and cost — with replay and debugging.

Guardrails & Safety

Input/output filtering, PII redaction, prompt injection defenses, and content policies enforced consistently.

Cost & Performance Optimization

Model routing, caching, prompt optimization, and fine-tuning strategies that cut cost per query by 50–80%.

/ How it Works

How We Build Your AI Engineering Practice

Phase 1 — Discovery & Architecture
Weeks 1–3

Use case scoping, architecture design (RAG vs. agent vs. fine-tune), data readiness, and evaluation criteria definition.

Phase 2 — Build MVP
Weeks 4–10

Production-ready MVP with evaluation harness, observability, and guardrails. Real user testing.

Phase 3 — Scale & Govern
Weeks 11–20

Multi-use-case rollout, cost optimization, governance integration, knowledge transfer to internal team.

Phase 4 — Operate & Iterate
Ongoing

Continuous evaluation, prompt tuning, model upgrades, and new capability rollout on the platform.

/ Business Impact

Business Impact

60%
Faster query resolution with AI agents
50-80%
Lower cost per LLM query through optimization
8 wks
To production-ready GenAI MVP

60% reduction in time-to-resolution for support queries with AI agents.

50–80% lower cost per query through model routing, caching, and prompt optimization.

Production-grade quality with automated evaluation catching regressions before they reach users.

Full traceability of every AI decision for compliance and debugging.

/ Who This is For

Who This Is For

Head of AI / ML Lead
Needs proven patterns for production GenAI — not just notebooks and proofs of concept.
CTO / VP Engineering
Needs GenAI systems integrated into existing architecture with proper observability and cost controls.
Product Owner
Needs AI features that delight users in production, not just impress in demos.
Chief Data Officer
Needs GenAI with governance — audit trails, PII handling, and explainability built in.
/ Use Cases

Use Cases for AI Engineering

We deliver AI Engineering engagements across industries with deep vertical expertise.

Internal Tools
Enterprise Knowledge Assistants
Customer Service
Customer Support Agents
Operations
Document Intelligence
Engineering
Code Generation & Review
Marketing
Marketing Content Generation
/ FAQ

Most Common Questions

What is AI Engineering vs. AI Research?

AI Engineering is the discipline of making AI systems work reliably in production — evaluation, monitoring, cost, safety — distinct from research on new models.

Which LLMs do you support?

We are model-agnostic — OpenAI, Anthropic Claude, Google Gemini, open-source (Llama, Mistral), and fine-tuned variants. We help pick the right model per use case.

How do you prevent hallucinations?

RAG with grounding, citation requirements, evaluation harnesses that catch regressions, and human-in-the-loop for high-stakes decisions.

How much does production GenAI cost?

Per-query cost varies widely. We optimize aggressively — routing, caching, prompt compression — typically delivering 50–80% reduction vs. naive usage.

Do you fine-tune models?

When justified — for specialized domains or to reduce cost. We start with prompting/RAG, then fine-tune only when benchmarks show clear ROI.

Ready to Industrialize Your AI Engineering Practice?

Book a free 30-minute review. We will assess your current state, identify the highest-impact wins, and outline a clear path to production-grade AI Engineering delivery.

Book a 30-minute AI Engineering consultation
Step 1

GenAI Strategy Workshop

Two-day workshop to identify highest-impact GenAI use cases and define success criteria.

Step 2

Reference Architecture

Design and deploy RAG/agent reference architecture on your cloud with eval harnesses.

Step 3

First Production Use Case

End-to-end delivery of first production GenAI use case with measurable business KPIs.