Blog

Engineering Insights

Deep dives on production AI systems, DevOps patterns, and the hard problems we've solved in the field.

Architecture diagram of a self-hosted LiveKit production deployment with standalone server, ECS agent workers, and Egress on AWS
Voice AI·13 min read

Self-Hosting LiveKit at Scale: Architecture from 90K+ Calls/Month

The complete production architecture for self-hosting LiveKit — standalone server, Python agent workers, LiveKit Egress on ECS, and multi-metric autoscaling from a team running 90K+ calls/month with five selectable AI pipelines.

Diagram of Cloudonix core concepts: a CXML Response document with Dial, Gather, and Converse verbs building a voice agent call flow
Voice AI·8 min read

Cloudonix Core Concepts: CXML, Sessions, and Building Voice Agents

What CXML, sessions, the Converse verb, and Cloudonix's SDKs actually are — and how the pieces fit together to build a production voice agent on the Cloudonix platform.

Air-gapped LLM deployment architecture — private models served inside an isolated network with zero internet egress
Air-Gapped·11 min read

Air-Gapped LLM Deployment: Run Private Models with Zero Egress

A practitioner's guide to air-gapped LLM deployment — the two architectures that work (self-hosted open-weight models vs Bedrock via VPC endpoint), GPU sizing, model ingestion, and the security controls regulated buyers require.

Architecture diagram showing a self-hosted LiveKit stack connected to the public phone network through a Cloudonix SIP trunk
Voice AI·9 min read

Connect LiveKit to the Phone Network with Cloudonix SIP Trunking

A practitioner's guide to connecting a self-hosted LiveKit voice stack to the public phone network with Cloudonix SIP trunking — SIP URI registration, CXML inbound routing, outbound BYOC, and the SBC work you skip.

Abstract geometric composition representing a boutique AI engineering consulting firm delivering a production AI system
AI Engineering Partner·11 min read

AI Engineering Consulting Startups: What They Are and When to Choose One

A definition guide for CTOs evaluating AI engineering consulting startups versus large agencies — covering what they build, how they differ, when to choose one, and what to look for before signing.

Abstract geometric composition representing document splitting and vector retrieval in a RAG pipeline chunking workflow
RAG·10 min read

RAG Pipeline Chunking Strategies: Split Documents for Better Retrieval

A practitioner's guide to RAG pipeline chunking strategies — covering fixed-size, semantic, structural, and hierarchical approaches with chunk size guidance and a decision matrix for each corpus type.

Abstract geometric composition representing the decision between hiring AI engineers in-house and partnering with an AI engineering firm in 2026
AI Engineering·11 min read

How to Hire AI Engineers in 2026 (Build vs Partner)

A decision framework for CTOs and engineering leads evaluating whether to hire AI engineers in-house or partner with an AI engineering firm — covering salary benchmarks, hiring timelines, delivery speed, and when each path wins.

Diagram of a six-layer LLMOps stack moving an AI system from demo to production, with serving, evaluation, observability, and cost-control layers highlighted
LLMOps·11 min read

LLMOps in 2026: AI Demo to Production Guide

A 2026 LLMOps guide for teams stuck at the demo stage — the six-layer production stack (serving, evals, observability, CI/CD, cost control, governance), a phased rollout, and the mistakes that keep AI systems out of production.

Diagram showing the 4-phase framework for adding AI to a SaaS product without a machine learning team
AI Feature Development·13 min read

How to Add AI to Your SaaS Product Without Hiring a Machine Learning Team

A practical guide for SaaS founders and CTOs on adding AI features to an existing product — covering the 4-phase framework, RAG vs agents vs fine-tuning decision guide, minimum viable LLMOps, and build vs consult trade-offs.

CTO reviewing a contract with an AI consulting firm, representing due diligence before signing an AI engineering engagement
AI Consulting·13 min read

Questions to Ask an AI Consulting Firm Before You Sign: A CTO's 8-Point Checklist

A practical buyer guide for CTOs and engineering leaders evaluating AI consulting firms — eight questions that separate credible AI engineering partners from over-promising vendors, with red flags and green flags for each.

Diagram of a multi-agent AI system with failure points highlighted, representing common production architecture mistakes
AI Agents·16 min read

AI Agents in Production: 7 Architecture Mistakes That Sink Your System

The 7 most destructive AI agent architecture mistakes in production: god agents, stateless memory, missing tool-call guardrails, no observability, absent eval loops, unbounded cost spirals, and no human escalation path — with before/after fixes for each.

Split diagram showing a retrieval-augmented generation pipeline on the left and a fine-tuned model checkpoint on the right, representing the architectural choice between RAG and fine-tuning for production LLMs
LLM Fine-Tuning·15 min read

LLM Fine-Tuning vs RAG: A Production Decision Framework for Engineering Teams

A practical decision framework for engineering teams choosing between RAG and LLM fine-tuning in production — with real cost comparisons, a decision flowchart, and a guide to LoRA, QLoRA, SFT, and DPO.

Clinical trial dashboard showing enrollment status, demographic distributions, and site-level drilldowns across multiple trial sites
AI/ML·7 min read

How to Build a Clinical Trial Dashboard Teams Actually Use

A practitioner's guide to clinical trial dashboards — the four metric families to track, real-time vs batch reporting, natural-language-to-SQL access, and when a custom build beats off-the-shelf CTMS reporting.

Dashboard showing LLM API cost reduction chart with inference optimization techniques highlighted
LLM Cost Optimization·11 min read

LLM Cost Optimization: Cut AI Inference Costs 47–80% Without Sacrificing Quality

A practical guide to LLM inference cost optimization in production — covering model routing, prompt caching, semantic caching, quantization, batch inference, context compression, output length control, and OSS models for narrow tasks.

Abstract diagram of a retrieval-augmented generation pipeline with debug checkpoints highlighted, representing RAG troubleshooting in production
ML/AI·16 min read

Why Your RAG Pipeline Is Failing in Production (And How to Fix It)

A diagnostic guide to the 5 most common RAG pipeline failures in production — bad chunking, missing reranking, stale indexes, no hybrid retrieval, and no eval loop — with code snippets and fixes for each.

Architecture diagram of a production voice AI agent pipeline showing STT, LLM, TTS, and WebRTC transport layers
ML/AI·19 min read

Building Production Voice AI Agents: Latency, Architecture, and What Nobody Tells You

Why voice AI agents fail in production has nothing to do with model quality — it is the architecture. A complete guide to latency budget, WebRTC transport, LiveKit SFU, security, and observability for voice AI at 2000+ calls per day.

Abstract visualization of an AI neural network with evaluation checkpoints, representing LLM output testing and regression detection
ML/AI·16 min read

How to Evaluate LLM Outputs: Building Evals That Actually Catch Regressions

A hands-on guide to building LLM evaluations that catch silent regressions — the three failure modes of naive evals, the four-layer eval stack, golden dataset rot, LLM-as-judge bias, and how to wire evals into CI.

Engineering manager reviewing team capacity and skill allocation for an AI development project
Project Management·12 min read

Resource Planning for AI Development Teams: A Practical Guide

A practical guide to resource planning for AI consulting and development teams — covering role composition, capacity planning across simultaneous engagements, hiring vs. contracting decisions, and retaining AI talent.

Stay ahead in AI engineering.

Get the latest insights on building production AI systems, be the first to explore approaches that actually work beyond the demo.

Start a Project →