Blog

AI

Patterns for Building Enterprise AI Solutions

·3 min read·Sentrix Labs

AI Experiment

This tab contains an AI variation of the original blog post that is targeted toward executives and business leaders. This is an experiment in leveraging AI to enrich the blog experience.

Overview

Sentrix Labs presents a framework for deploying AI in enterprise environments through four distinct pattern categories that transform complex business processes into manageable, scalable solutions.

The Four-Layer AI Pattern Framework

1. UI/UX Patterns

  • Conversational UI: Effective for customer support and knowledge retrieval, but struggles with high-volume transactions and compliance-critical processes
  • Non-Conversational UI: Embeds AI directly into existing workflows through auto-complete forms, dashboards, and background processes
  • Control Spectrum: Ranges from human-orchestrated to fully autonomous AI workflows

2. Trigger Patterns

  • Human Prompt: Direct user-initiated AI responses (limited by human bandwidth)
  • Event-Based: Automatic AI activation based on system events (document uploads, threshold alerts)
  • Agent-to-Agent: Emerging pattern using protocols like Google's A2A or IBM's ACP for AI microservices
  • Scheduled: Automated periodic tasks (daily reports, compliance audits)

3. Workflow Orchestration

  • Sequential: Linear step-by-step processes
  • Parallel: Simultaneous task execution for independent operations
  • Review Loops: AI self-critique and revision cycles (reducing human effort from hours to minutes)
  • Dynamic Planning: AI determines its own workflow paths based on goals and constraints

4. Task Execution

  • Deterministic Tasks: Predictable outputs (API calls, calculations) - implement as tools, not prompts
  • Non-Deterministic Tasks: Creative/judgment-based work requiring quality bounds and validation
  • Mixed Execution: Most real-world processes combine both types

Critical Success Factors

Key Insights:

  • Chat interfaces promise transparency, reversibility, and consistency but often fail to deliver at scale
  • Agent-to-agent communication enables horizontal scaling similar to microservices architecture
  • Review loops can improve output quality from 60% to 90% ready before human review
  • Small, focused AI agents outperform monolithic systems for long-term scalability

Implementation Strategy:

  1. Map existing business processes to the four pattern categories
  2. Start with simple, sequential patterns before attempting dynamic workflows
  3. Build for composability with small, focused agents
  4. Leverage existing BPO/KPO playbooks and learnings

Bottom Line

Success in enterprise AI deployment requires moving beyond monolithic approaches to embrace modular, pattern-based architectures. Organizations should begin with deterministic, sequential patterns and evolve toward dynamic, agent-based systems as capabilities mature.

Sentrix Labs