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AI AGENTS
The Autonomous Intelligence Revolution
Module 01
Whatis an AI Agent?
An AI Agent is an autonomous system that perceives its environment, makes decisions, and takes actions to achieve a goal — without needing step-by-step human instructions.
Unlike a simple chatbot, an agent plans, reasons, uses tools, and self-corrects across multiple steps.
Module 02
The Agent Loop
👁️
PERCEIVE
🧠
DECIDE
ACT
Every agent runs continuously: gather datareason & planexecute action → repeat.
Module 03
Types of Agents
🔁
Reflex
Reacts to current input only. Simple rule-based, no memory.
🗂️
Model-Based
Maintains internal state to track unobservable context.
🎯
Goal-Based
Plans actions to achieve objectives, choosing optimal paths.
📊
Utility-Based
Maximizes a performance score, balancing outcome tradeoffs.
🎓
Learning
Improves behavior over time from experience and feedback.
🤝
Multi-Agent
Networks of agents that collaborate or specialize together.
Module 04
Multi-AgentSystems
🧠
ORCH
🔍
SEARCH
💻
CODE
📝
WRITE
VERIFY
An Orchestrator Agent delegates to specialized sub-agents. Together they accomplish what no single agent could alone.
Module 05
Real-World Applications
💻
Agentic Coding
Writes, tests, debugs, and refactors entire codebases autonomously.
🔬
Research & Analysis
Searches, reads, synthesizes, and reports on complex topics.
🤖
Robotic Process Automation
Navigates software, fills forms, and processes documents end-to-end.
📈
Financial Trading
Monitors markets, evaluates risk, and executes strategies in real time.
🎓
AI-Enhanced Scrum
Generates stories, writes code, runs tests, manages sprint workflows.
Module 06
Agents in Code
 
 
 
# AI Agent — simplified Python
 
classAIAgent:
  def perceive(self, env):
    return env.get_current_state()
 
  def decide(self, observation):
    # LLM reasoning + tool selection
    return self.llm.plan(observation, self.goal)
 
  def run(self):
    while not self.goal_achieved():
      obs = self.perceive(self.env)
      action = self.decide(obs)
      self.act(action)
Summary
Key Takeaways
01
Agents are autonomous — they pursue goals across multiple steps without hand-holding.
02
The loop is foundational — Perceive → Decide → Act is the heartbeat of every agent.
03
Multi-agent teams unlock exponential capability through specialization & coordination.
04
Agentic AI + Agile — the next frontier for teams delivering value at machine speed.
 
 
01 / 08 AI AGENTS

FREE Livestream!
Multi-agent workflows • Parallel engineering

Engineering Agent Teams: Architecting Claude Code Agent Teams for Parallel Engineering

A practical masterclass on configuring, managing, and deploying multi-agent workflows to solve complex coding challenges at scale—faster, with better coverage, and less tunnel vision.

Senior engineers, tech leads, architects, and AI-enabled development teams who want repeatable patterns for parallelizing implementation, review, debugging, and research with Claude Code agent teams.

  • Understand agent team architecture (Lead, teammates, mailbox) and how peer collaboration differs from hierarchical sub-agents.
  • Apply four core benefits in real projects: parallelization, overcoming tunnel vision, competing hypotheses, and context preservation.
  • Enable and configure agent teams (environment variable + settings) and choose display modes (in-process vs split panes).
  • Orchestrate teams effectively using role definition, direct/broadcast messaging, plan approval, and delegate mode for clean separation of concerns.
  • Control cost and reliability with model selection, task sizing, file ownership strategies, and troubleshooting playbooks.
Format
Live (Masterclass)
Price
FREE
 

What You’ll Learn

Time: 2 Hours

A structured walk-through of agent teams in Claude Code—from concepts to configuration, orchestration patterns, real-world workflows, and cost/troubleshooting practices.

What Are Agent Teams?

Core concepts, architecture, and communication flows.

  • Team Lead, Teammates, and the mailbox system
  • Horizontal collaboration vs. hierarchical sub-agents
  • How task assignment, collaboration, and synthesis work end-to-end

Configuration & Setup

Enable agent teams and choose in-process vs split-pane modes.

  • Prereqs: version, subscription, terminal access
  • Enable via CLAUDE_CODE_EXPERIMENTAL_AGENT_TEAMS
  • tmux/iTerm2 split panes vs in-process navigation

Managing the Team

Orchestration controls, role design, and safe coordination.

  • User-controlled spawning + inherited permissions
  • Delegate Mode and Plan Approval
  • Direct vs broadcast messaging; navigation & context management

Real-World Workflow Patterns

Debugging, code review, and feature construction with teams.

  • Scientific Debate: adversarial hypothesis testing
  • Parallel Code Review: security/performance/tests specialists
  • Tower Construction: dependencies → parallel build → integration

Best Practices, Costs & Troubleshooting

Token management, task sizing, file ownership, and fixes.

  • Model selection strategy (Haiku/Sonnet/Opus) mapped to task complexity
  • Prevent lead impatience; enforce “wait for teammates” sequencing
  • Avoid file conflicts via exclusive ownership + bounded tasks

Q&A and Final Demo

Live demonstration + interactive questions.

  • Hands-on demo of a multi-agent research workflow
  • How prompts decompose into roles and tasks
  • What “good orchestration” looks like in practice

Register for an Instance!

2 Apr 2026

Why Your AI Agent Fails 97.5% of Real Work — And the Fix Isn't More Code

Most AI agent projects fail not because of bad code or weak models — they fail because teams aim at the wrong part of the workflow. AI strategist Nate B. Jones argues that real work is only about 2.5% high-judgment "core" decisions, while the other 97.5% is mechanical edge work: data prep, QA, synthesis, handoffs, and packaging. Teams that try to automate the core first stall out fast. Teams that start with the edges — the boring stuff surrounding the valuable work — ship results in days, build organizational trust, and create a proven path toward eventually tackling the core. It's the same principle behind Agile: start small, deliver value fast, and expand from a foundation of demonstrated success. The fix isn't better AI. It's smarter strategy about where you start.

Author: Rod Claar
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7 May 2026

Engineering Agent Teams: Architecting Claude Code Agent Teams for Parallel Engineering - 2 PM Pacific Time - May 7, 2026

Engineering Agent Teams May 7, 2026

Architecting Claude Code Agent Teams for Parallel Engineering — live, hands-on session May 7, 2026.

0 Comments
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