JT Dynamics con Speaking Session V2

JT Dynamics con Speaking Session V2

JT Gentry from Volt Technologies presents a comprehensive methodology for implementing AI in Business Central environments, emphasizing that the main bottleneck isn’t technology but context. He outlines a three-level AI adoption journey: foundation (getting data, processes, people, and technology right), inquiry AI (asking questions and getting answers), and autonomous agents (AI doing actual work).

The presentation includes a detailed case study of a tortilla distributor where AI agents reduced manual cash reconciliation from 4 hours to 15-20 minutes per day. Gentry stresses that successful AI implementation requires proper change management, employee buy-in, and a structured methodology consisting of five phases: discovery and diagnostics, context blueprinting, platform installation, agent sprints, and go-live monitoring. He emphasizes that while building AI agents can be done quickly, the real challenge lies in capturing business context, managing change, and ensuring proper adoption by users.

The Evolution of the Business Technology Stack v2

The Evolution of the Business Technology Stack v2

This video explains why most AI agent implementations fail and introduces a new four-layer technology stack that businesses need to understand for 2026. The speaker argues that 95% of AI projects fail not because agents aren’t smart enough, but because the underlying data and processes aren’t strong enough to support them. The four layers are: systems of record (ERP, CRM as the foundation), context layer (unstructured data like emails and meetings), agentic layer (AI agents that perform actions), and human orchestration layer (people managing and directing agents).

The video emphasizes that companies must have solid foundations in their systems of record and well-managed context before deploying agents. The human layer is identified as the most important, where people become orchestrators rather than system users. The speaker provides actionable advice for auditing each layer and warns that companies focusing on only one layer will miss the bigger opportunity.

How to Build a Tech Stack That Supports AI in 2026

How to Build a Tech Stack That Supports AI in 2026

This video explains why most AI projects fail and introduces a new four-layer technology stack that businesses need to understand for 2026. The speaker argues that while companies are focused on chasing AI agents, they’re missing the foundation required to support them. The four layers are: systems of record (ERP, CRM systems that serve as the foundation), the context layer (unstructured data like emails and messages that provide business knowledge), the agentic layer (where AI agents operate), and the human orchestration layer (where people direct and manage agents).

The video emphasizes that 95% of AI projects fail because companies don’t have strong enough data, processes, and technology foundations. Success requires investing in all four layers, starting with a solid foundation of high-integrity systems and well-managed context, before deploying agents that can be effectively orchestrated by humans. The speaker provides actionable advice for auditing each layer and warns that companies who understand this new stack will significantly outperform those still operating with outdated mindsets.

NC Manufacturing Con - Unedited Full Session

NC Manufacturing Con – Unedited Full Session

Mason Whitaker, founder of Volt Technologies, presents a comprehensive framework for implementing AI in small and mid-sized manufacturing businesses. He begins by sharing real-world case studies, including a tortilla distributor that saved over a year of processing time by automating accounts receivable with an AI agent built in 30 minutes. Whitaker outlines his three-level AI adoption framework: Level 1 (Foundation) focuses on getting data, processes, people, and technology right; Level 2 (Inquiry AI) involves upskilling teams with tools like Copilot and ChatGPT for 10x faster information retrieval; and Level 3 (Autonomous Agents) enables full automation of business processes. He demonstrates various use cases across departments including finance (three-way matching, cash flow forecasting), sales (automated order processing, lead qualification), purchasing (AP invoice capture), inventory management (aged inventory analysis), and manufacturing (AI-assisted bill of materials, quality compliance). The presentation emphasizes that organizations must progress through these levels sequentially, building on a solid foundation before implementing autonomous agents.

Whitaker concludes with a practical framework for getting started: understanding your business through functional and technical mapping, identifying areas ready for AI transformation (typically 10-15% of operations), and piloting solutions in departments with clean data and well-documented processes. The session includes interactive Q&A where attendees discuss specific automation challenges like tracking number updates and machine interface data processing.

MFG CON Speaking Session - AI for the Real World

MFG CON Speaking Session – AI for the Real World

This webinar presentation walks through how small and midsize manufacturers can successfully implement AI solutions using a three-level framework. The speaker, a technical architect and AI company founder, shares real-world case studies including a tortilla distributor that saved over a year of processing time with a 30-minute AI agent build. The presentation covers practical AI applications across finance, sales, purchasing, and manufacturing departments, from automated invoice processing to voice-enabled shop floor agents. The core framework progresses from Level 1 (foundation – getting data, processes, people, and technology right), to Level 2 (inquiry AI and team upskilling with tools like Copilot), to Level 3 (fully autonomous agents). The speaker emphasizes that organizations typically find only 10-15% of their business ready for AI initially, making it crucial to assess both functional business flows and technical systems architecture before implementation.

The presentation concludes with a practical roadmap for getting started, focusing on identifying pain points, piloting in suitable departments, and building toward organization-wide AI adoption.

How I Assess AI Readiness at a Company (Explained)

How I Assess AI Readiness at a Company (Explained)

This instructional content provides a systematic framework for evaluating organizational AI readiness through three critical lenses: people, process, and technology. The speaker emphasizes starting with people assessment, including team organization, skill mapping, change management preparation, and identifying AI champions. The process evaluation focuses on documenting standard operating procedures and business workflows, as poor process definition leads to AI project failures.

The technology assessment covers both data quality and system accessibility, stressing the importance of clean, reliable data and cloud-enabled systems that AI tools can integrate with. The speaker references key statistics including McKinsey’s finding that 70% of system implementations fail due to people adoption issues, MIT’s research showing 95% of AI projects fail to meet expectations, and IBM’s estimate that bad data costs businesses $3.1 trillion annually. The methodology concludes with creating scorecards across all three categories to determine overall AI readiness and establish a scalable foundation for future AI implementation.