Field Notes
Notes on building AI that works — decisions, observations, and honest assessments from real engagements.
70% of enterprise AI initiatives stall between pilot and production. This buyer guide reveals how to avoid the $500K report-to-drawer cycle.
Moving from AI pilots to enterprise production requires architectural upgrades, security controls, and governance systems that handle 400+ users across departments.
Nearly half of AI projects would work better with traditional solutions. Learn how to identify when AI isn't the answer and save your business time and money.
73% of AI pilots work in demos but fail in production. The problem isn't technical—it's human. Learn the four layers of successful AI adoption.
Most companies treat AI governance as compliance afterthought. Mid-market businesses need practical frameworks that prevent shadow AI risks.
Human-in-the-loop AI systems reach production 3-4x faster than full automation by augmenting human judgment rather than replacing it entirely.
Fixed-fee AI discovery eliminates the billing friction that kills AI projects. Get specific recommendations and clear ROI in four weeks, not months.
Off-the-shelf AI works for standardized workflows like customer service and document extraction, but fails in complex operations requiring business context.
Learn how prompt caching in Claude extended thinking workflows reduces costs by 50% and latency by 85% through smart context reuse and strategic implementation.
Single orchestrator with multiple MCP servers covers 90% of mid-market use cases without multi-agent complexity. Faster implementation, simpler governance.
Most enterprises treat all AI use cases identically, creating costly mismatches between controls and risks. Learn the 3-tier stakes framework approach.
Mid-market companies need multi-system MCP architecture to integrate 6-12 core business systems. Single MCP servers break down beyond 2-3 systems.
Complete guide to Claude prompt caching: reduce costs 75%, improve latency 85%, and optimize enterprise AI systems with strategic cache architecture.
Why most AI implementations fail and how proper architecture patterns separate tools, business logic, and execution control for reliable enterprise results.
Model Context Protocol (MCP) enables secure AI-enterprise system integration through open standards, reducing development time 60-80% with vendor-neutral portability.
ERP vendors build AI chat interfaces instead of solving real problems. Their siloed approach misses 73% of enterprise AI value from cross-system automation.
Operations teams need exactly 90 days to validate AI pilots. Learn the four-phase structure that achieves 73% higher success rates than shorter programs.
Private equity firms waste millions on AI consulting theater. This 4-question framework helps operating partners distinguish real AI value from expensive slide decks.
Modern AI tools like Claude's API eliminate the need for PhD-level expertise. Deploy production AI systems using business process knowledge instead.
Most AI ROI calculations are fiction. Learn to measure real operational returns through time savings, error reduction, and throughput increases.
PE portfolio companies need rapid AI assessments that deliver working prototypes in weeks, not comprehensive reports in months.
Big 4 consultancies deliver $300K AI strategy reports that mid-market companies never implement. Only 12% achieve production AI systems despite having strategies.
Mid-market companies with 100-500 employees are perfectly positioned for AI adoption, achieving 4.4x higher conversion rates than larger enterprises.
Most AI implementations fail at handoff, not strategy. Companies get $300K reports but no working software. 80% never reach production within 18 months.
Claude-native architecture achieves 40-60% lower latency than wrapper frameworks, with transparent reasoning and predictable token-based pricing for enterprise.
The Swivel Chair Audit finds AI opportunities by watching manual data transfers between systems. Each swivel represents potential automation with guaranteed ROI.
Framework abstractions hide what matters. We build directly on the APIs instead.