BRYAN MAXBERRYLinkedIn

AI Engineer · Knowledge System

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Query Bryan's AI Representative directly for validated, retrieval-grounded answers on experience, projects, architecture, and delivery outcomes.

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20+ hrs/wk

Time reclaimed through workflow automation

75%

Reduction in manual operational tasks

$168K

Annual efficiency savings delivered

Profile

About Me

I specialize in applied AI engineering, designing retrieval pipelines, observability layers, and governed multi-agent systems that behave predictably in production. My core doctrine: Agents should reason freely, but execute through controls.

My background spans federal consulting and private delivery, with deep roots in process optimization and operational governance before moving into AI systems engineering. That background shapes how I build: business-first, measurable, and observable by design.

Applied LLM Systems (Claude · OpenAI)RAG Pipeline DesignMulti-Agent ArchitectureNext.js · TypeScript · PythonPower Platform & Microsoft 365Systems Governance & Observability

Experience

Career Journey

Founder | Agentic Systems & AI Engineering

PowerLogic Solutions, LLC · 2025 – Present · Remote

  • Built launch-stage RAG pipelines, multi-agent frameworks, and AI-integrated workflow systems.
  • Developed VantaMap™, ProfDNA™, and the Adaptive Agent Framework™ (AAF™) — proprietary AI products.
  • Designed LogicFlow OS™: an AI agent observability, security, and analytics platform.

Senior Consultant

ABS Consulting Inc. · 2020 – 2025 · Washington, DC

  • Automated reporting workflows with Power Apps and Power Automate, saving 20+ hours weekly.
  • Built role-based dashboards that compressed reporting cycles from hours to minutes.
  • Digitized ISO 9001 change management — reduced manual notifications by 75%.

Team Lead / Lead Analyst

UniSpec Enterprises Inc. (U.S. DOT Contract) · 2008 – 2020 · Washington, DC

  • Led 10 analysts delivering process automation aligned with ISO 9001 QMS standards.
  • Improved process submissions by 70% and reduced compliance review time by 50%.
  • Identified efficiency improvements saving $168,000 annually in training costs.

Under the hood

How the AI Representative Works

This AI Representative is built on a retrieval-based architecture designed for accuracy, control, and transparency.

Instead of generating answers from model memory, it retrieves verified information from a structured knowledge base, applies validation layers, and returns grounded responses with clear context.

System Overview

This diagram shows the end-to-end pipeline behind the AI Representative.

Each request passes through input validation, retrieval, ranking, and controlled response generation, with multiple layers of security and cost controls applied throughout the system.

Before your question reaches the system, the request is checked to confirm it comes from a real person in an authorized session. Requests that arrive from unrecognized sources, or that exceed normal usage patterns, are turned away before any processing begins.

This system is actively monitored through LogicFlow OS™, an operational intelligence platform being developed through PowerLogic Solutions. Response quality, usage patterns, and reliability are reviewed on an ongoing basis — and the knowledge base is updated as gaps are identified.

Simplified system view (full technical breakdown available)

Knowledge Base Map

This interactive view represents how the knowledge base is organized by meaning — not keywords. Unlike traditional databases that retrieve information by matching exact words, this system stores each piece of content by what it's about, so responses stay relevant even when your question is phrased differently than the source material.

Each point is an illustrative marker showing how knowledge clusters by theme across public profile data, professional context, and approved talking points. It is a conceptual map of the retrieval space, not a literal one-to-one rendering of live chunks.

Model: OpenAI text-embedding-3-small · illustrative semantic map

Together, these layers ensure responses are not only relevant, but explainable, controlled, and tied to real underlying data.

Observability

Built to Be Measured

Every query this system handles is instrumented. LogicFlow OS™ — a purpose-built AI observability platform developed through PowerLogic Solutions — monitors the AI Representative across five operational dimensions: reliability, latency, retrieval quality, security pressure, and cost.

Unknown questions feed a structured knowledge-gap backlog. Benchmark evaluation runs on a separate lane from live telemetry so quality regressions are caught before they're mistaken for normal variance. The result is a system that isn't just deployed — it's observable, governable, and improving over time.

8 Live KPIsPipeline Stage HealthRetrieval AuditingUnknown-Q CaptureSecurity MonitoringCost TrackingBenchmark Eval LaneMRR · nDCG@5
LogicFlow OS Overview dashboard — KPI strip showing 8 live operational metrics alongside Executive Brief and Regression Watcher advisory cards

Operational Monitoring

Eight live KPIs — success rate, p95 latency, KB hit rate, refusal rate, average citations, cost per query, and security pressure — alongside advisory cards that surface regressions and executive-level operating summaries on a rolling window.

LogicFlow OS Evaluation and QA dashboard — benchmark summary showing MRR, nDCG@5, retrieval coverage, and judge-scored answer quality metrics

Benchmark Evaluation

Retrieval quality (MRR, nDCG@5) and answer quality (accuracy, completeness, relevance, faithfulness) measured against a versioned golden dataset — on a separate evaluation lane from live telemetry so quality changes are deliberate, not accidental.

LogicFlow OS™ — AI observability platform · PowerLogic Solutions, LLC

Contact

Let's Build What's Next

I'm open to discussing full-time AI engineering roles or contract engagements where delivery quality and business impact both matter. Remote, U.S.-based.