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You’re Not Behind (Yet): How to Build Your First AI Agent (Full Guide)

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You’re Not Behind (Yet): How to Build Your First AI Agent (Full Guide)

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696 segments

0:00

I just read a study that by 2030, AI is

0:02

going to create 170 million new jobs,

0:05

but they won't be jobs where you just

0:07

sit there and chat with AI. They'll be

0:08

jobs where you build AI agents. And I

0:11

get it, the AI space is moving crazy

0:13

fast. I mean, what even is an AI agent?

0:16

Not too long ago, I was right there with

0:18

you. But after going deep myself and

0:20

building dozens of agents, I found out

0:22

it's actually way easier to build and

0:24

manage these agents than it looks. So

0:26

much so that my whole team and I have

0:28

hundreds of AI agents doing 92% of all

0:31

the work across my companies. So today,

0:33

we're going to go through every step on

0:34

how you can build your first AI agent,

0:36

starting with AI chatbot versus AI

0:39

agent. A chat is like a meeting. An

0:43

agent is like an employee. Chat is you

0:45

ask it a question and then you get an

0:46

answer. And a lot of people just copy

0:48

and paste things and do something with

0:49

it. With an agent, you actually tell it

0:51

what you want to do and it runs the full

0:53

workflow. Think of it like these are the

0:55

body parts. I call it data. So one is D,

0:58

it can diagnose. It can actually figure

1:01

out what the problem is and solve it on

1:03

your behalf, kind of like hiring a

1:04

consultant. Next is A, it can assemble.

1:07

It can build a plan, it can design

1:10

tools. In that way, I think of it like

1:12

an architect. It knows all the different

1:14

pieces that it can pull together to get

1:15

something done. Next, we have T, it can

1:18

take action. In that way, I think about

1:20

it like somebody that executes tasks.

1:22

And finally, A, it can assess. It can

1:25

check its own work, see where the

1:27

opportunities are, and then make sure

1:29

that it landed on the right answer. And

1:31

if not, it can review itself and make

1:32

itself better. This whole thing is

1:34

called a loop. And without a loop, an

1:37

agent would just do the job and then

1:38

stop. That's called an automation. But

1:40

with an agent, it keeps learning. It

1:42

keeps getting better. It kind of acts

1:43

like a person. With chat, it pulls on

1:46

us. It's asking us, "What do you want me

1:47

to do?" We prompt it and then we wait.

1:49

With an agent, it pushes on us. It's

1:51

doing things and changing things all the

1:53

time and it's checking in to make sure

1:54

that it did it the right way. So you

1:56

might be able to buy back your time with

1:57

chat, but you'll actually learn to let

1:59

go of whole areas with an agent. But,

2:01

how do we even know if it's worth giving

2:03

something to an agent instead of just

2:05

doing it ourselves? For that, I use the

2:06

rule of R.

2:08

The first one is repetitive. Is this a

2:10

task that I'm going to do every week?

2:11

Two is rules base. Does it take the same

2:14

input and generate the same output every

2:16

time? The third is does it generate a

2:17

return on my time? For the amount of

2:19

time it takes me to build this thing,

2:20

I'll show you how, will I actually get

2:22

my time back? If the task takes 2

2:24

minutes, but it would take me 2 weeks to

2:26

build this agent, how about I just keep

2:27

doing the 2-minute task? But, if you

2:29

think about it and the task is only done

2:31

once in a while, doesn't follow a clear

2:33

process or get to a specific outcome,

2:35

and doesn't save you more time to

2:36

automate it than just doing it manually,

2:38

then stick with what you got. Use the

2:40

chat. So, now that we know the

2:42

difference between chat and agents, how

2:44

do we build one? To make an agent, it's

2:46

super easy, and I even turned it into an

2:48

acronym called agent. And the first step

2:51

is A, which means aim for specific

2:53

outcome.

2:55

When I'm sitting down and I'm like,

2:56

"Ooh, I want to build an agent for

2:57

this." I have to first ask myself, what

2:59

is the specific goal? Start with the

3:02

outcome the agent is going to give you.

3:04

It's like if I'm climbing a mountain,

3:05

taking a step is the task, getting to

3:07

the top is the outcome. I want to define

3:10

the outcome and be really crystal clear

3:12

because the cool part with AI and agents

3:14

is that the AI can actually figure its

3:16

way there. This is why creating AI

3:18

agents is hard for people cuz they want

3:20

to control every step, but the truth is

3:22

it may know how to get there way better

3:23

than you can figure it out. Think about

3:25

it like when you hire a person. You say,

3:26

"Here's your job." When they applied for

3:28

the job, they had the specific outcomes

3:30

that they would need to accomplish, like

3:32

grow the business or get more customers

3:34

or sell and get people to buy from you.

3:36

Those are the outcomes. You don't start

3:37

by telling them how to do the job, you

3:39

tell them what you're going to need from

3:40

them. That's the outcome. Aim the agent

3:43

at the outcome you're looking for. So,

3:45

like, how do we make sure we're being

3:46

clear to the agent about what kind of

3:48

outcome we want to achieve? The first is

3:50

we got to give it the why before the

3:52

how. Tell it why you're trying to

3:54

achieve the goal so that it can make

3:55

some smart decision on its own. To make

3:57

this really easy for you, I'm going to

3:59

use an example. We're going to build

4:01

together an agent to manage your inbox.

4:04

As an outcome, I would prompt it and say

4:06

I need to spend less time managing my

4:08

email inbox. See how I'm not telling how

4:10

to do it yet? I'm just saying this is

4:12

the outcome. The second is we have to

4:13

write what's called a DOD or a

4:15

definition of done. It's giving them the

4:18

instructions to know if they achieve the

4:19

thing. We want to be specific, we want

4:21

it measurable, ideally have it in one

4:23

sentence. So for example, building our

4:25

agent for our inbox, we would not say

4:27

handle my emails. Instead we would say

4:29

done means every morning at 9:00 a.m.

4:31

the inbox is empty, replies are drafted

4:33

in my voice, and anything that needs me

4:35

is flagged to the top and nothing

4:37

important slips. If you can't picture it

4:39

done, the agent can't hit it. It's like

4:41

a target they can't see. And finally, we

4:43

got to start with the end and it's

4:45

called reverse prompting. But we want to

4:47

tell it the results that you want, then

4:49

we tell it ask you the question it needs

4:52

to get full clarity. This is the

4:53

advanced move. This is what nobody out

4:55

there is teaching you. Then we let the

4:57

AI do its thing cuz it's better than us

4:59

in a lot of stuff and it builds the plan

5:01

itself. And the truth is if we can't

5:03

state the outcome in one sentence, we're

5:05

not ready to build. If you can talk the

5:07

task, like explain to somebody else,

5:09

then the AI can do the task. And the

5:11

cool part is you knowing this already

5:13

puts you ahead of most people using AI

5:15

today. Even folks you're like, oh this

5:17

person's so smart, they don't know this

5:18

stuff. And we're just getting started.

5:20

So we've got the agent, it has its

5:22

reason, we have a clear target, and now

5:24

it has clarity. And now the next step is

5:27

G, give it an identity.

5:30

Truthfully, out of the box, AI knows a

5:32

little bit about everything, but it

5:34

doesn't know anything specifically well.

5:36

So an identity allows us to focus its

5:39

power in the right expertise. So when we

5:41

build the identity, instead of it

5:43

knowing a little bit about everything,

5:44

it gets really sharp about that one

5:46

thing that you've hired {slash} built it

5:48

to do. And the best part is that the

5:49

tighter we define who it is, the better

5:52

it works, the better the outcome is, the

5:54

better the agent is an agent. I remember

5:56

reading a report where they built a

5:57

bunch of AI agents to do customer

5:59

support for an airline, and then they

6:01

removed all the rule books, its identity

6:04

from the agent, and it dropped from 33%

6:07

success rate down to 11%. So, we're

6:09

talking same model, same task, same

6:11

request, and it got three times stupider

6:13

because it forgot who it was. Think of

6:15

your agent as a genius, and he's sitting

6:18

at a desk, and he's wearing a blue

6:19

shirt, and he's got gray hair. This

6:21

genius has infinite potential, but until

6:24

you tell them the job, they just sit

6:25

there doing nothing cuz they don't know

6:27

what they're supposed to do. So, what we

6:28

need to do is tell it what its job

6:30

description is and set some rules for

6:32

how to do the work. So, this is how we

6:33

create the agent's job description using

6:35

three plain English files. The first one

6:38

is the soul file, right? It's the

6:40

agent's personality. I have a lot of fun

6:43

when I create my agents. I tell it what

6:44

kind of quirks I want, what kind of

6:46

values does it have? How does it talk?

6:48

It's essentially defining how it

6:49

behaves. The second file is the identity

6:52

file. That's its DNA. That's its name.

6:55

That's a description of its role. For

6:57

example, one of my primary agents, his

6:59

name is Kai. I just worked with him for

7:02

2 weeks, and we built a bunch of stuff,

7:03

and I said, "Hey, man, it's time for you

7:05

to give yourself a name because I feel

7:07

weird not knowing who you are." And he's

7:09

like, "Oh, how about this?" And here's

7:11

why, and he gave me all the reasons, and

7:12

I said, "Cool, update your identity

7:14

file." So, now he knows who he is to the

7:17

world. The third is the user file, and

7:19

this is the context your agent needs to

7:21

know with you. It knows who it's going

7:23

to be interacting with so it can adjust

7:24

its loops to get better for you. So, for

7:26

example, in this file you might have

7:28

your goals, your role, how you like

7:30

things done, but essentially it defines

7:31

who we are. The soul file is how it

7:34

behaves, the identity file is who it is,

7:36

and then the user file is who we are.

7:38

Now, here's a pro tip, don't write these

7:40

files yourself. No, no, no. Let's tell

7:42

AI to write it. As we build the inbox

7:45

agent, here's the prompt that you use to

7:47

generate them. I want to build an AI

7:49

agent that runs my inbox, your aim from

7:51

the previous step, we insert that there,

7:53

create its three identity files, a soul

7:55

file, an identity file, and a user file,

7:57

and ask me any question you need to fill

7:59

these in accurately, then write all

8:01

three. Notice we did the reverse

8:02

prompting where we asked it to ask us

8:04

questions.

8:05

So now, it'll go do the research, and

8:07

then it'll hand back a template that is

8:10

99% awesome and complete. For example,

8:13

here's what our inbox agent identity

8:14

files might look like after the AI

8:16

interviews you. Soul file, how it

8:18

behaves, writes in my voice, concise,

8:21

direct, zero corporate fluff, calm and

8:24

reassuring, never pushy or salesy, and

8:27

avoids phrases like, "I hope this email

8:29

finds you well." Of course it found you

8:30

well. When it's unsure, it flags instead

8:33

of guessing. Identity file, who it is.

8:36

It has its name, Amelia. Emailia.

8:39

See what I did there? Isn't it cool?

8:40

It's got personality. The role, personal

8:43

inbox manager. The job, you read, you

8:46

sort, you draft replies to every new

8:48

email. Lane, this is the parameters.

8:50

Inbox only, never touch my calendar.

8:52

Don't you touch my money or anything

8:54

outside my email. Now we got the user

8:56

file, who it works for. I'm a founder

8:58

who gets around 100 emails a day. We

9:00

prioritize people, my team, my current

9:03

clients, my VIP list. I have multiple AI

9:05

companies, a media company, and I list

9:07

them all. With these three files, our

9:09

inbox agent knows how to behave, who it

9:11

is, and who it's working for. And look,

9:13

building one agent changes how we work.

9:15

But if you're a CEO or founder, the real

9:17

unlock is a whole team of them. That's

9:19

why I put together my full AI company OS

9:21

playbook. It's the best way to plug AI

9:23

agents into every single department in

9:25

your business. If you want it, just DM

9:27

me the word AI business on Instagram and

9:29

I'll send it right over. So now our

9:30

agent knows the job it needs to do, but

9:32

we haven't given it the necessary tools

9:34

to do the job with. This is where we got

9:36

to go to E, which is equip it.

9:38

Like any human team, an agent is going

9:41

to need some context. It's going to need

9:42

some tools. It's going to need some

9:44

logins to systems so it can actually do

9:45

its work. When we give our agent the

9:47

context, the history, the data, the

9:49

tools, that's actually when it gets to

9:51

do the real work. And in all agent

9:53

design, the context is the moat because

9:56

garbage context in, garbage context out.

9:59

Think of this whole desk as what's

10:00

called the context window. I am the AI,

10:03

the LLM, and I'm the genius and I'm

10:05

sitting at the desk. Over here, I've got

10:07

my playbooks. These are the processes

10:10

and procedures on how to do my work. On

10:11

top of it, I've placed my identity

10:13

files, the things we just created so

10:15

that I understand how I'm supposed to

10:16

behave and who I'm working for. This is

10:18

like my constitution. And then over

10:21

here, I've got the tools. These are the

10:23

laptops, the monitor, the mouse,

10:25

anything I need to use to connect to

10:27

other systems. And above that, I've got

10:29

my loops. These are the schedules, the

10:31

harpy that I talked about earlier so

10:32

that I know when I'm supposed to get

10:34

things done by. It's like the calendar.

10:36

It's my schedule. And then under the

10:38

desk is where I have my filing cabinets.

10:40

This is my memory. This is where things

10:42

that can't fit on my desk sit so that

10:45

it's available but I'm not creating

10:47

clutter on my desk. If you've ever heard

10:48

of context rot, that's when you just

10:50

load the desk with a bunch of files and

10:53

it becomes complicated and I can't find

10:54

things quickly and all of a sudden I'm

10:56

answering questions but I'm not clear

10:57

about it cuz I'm not certain about it.

10:58

Whereas a clear context window is when

11:01

everything on the desk is neatly put

11:03

away so that I can refer to it. So,

11:05

that's why we have to equip our agent

11:08

with the right context. So, now that

11:10

we're here, how do we equip the genius

11:12

agent with all the right context and the

11:14

tools? First off, we have to capture our

11:16

processes so we can let it know how to

11:18

do the work. For this, I've got two

11:20

ways. The first way, which I've been

11:21

teaching forever, not the best way, is

11:23

the camcorder method. You do the work,

11:25

you record yourself using Zoom video or

11:27

any kind of recording software, and then

11:29

you can give that to an AI to turn it

11:31

into a playbook, and then you feed that

11:33

to the agent as like a procedure. Think

11:35

about our inbox. It's like, do you have

11:37

a documented process for how to label

11:39

your emails and triage your emails and

11:40

write replies on your behalf? Just make

11:42

sure that when you're recording

11:43

yourself, you're talking through the

11:44

task so that when the AI takes that to

11:46

create the playbook, it has all the

11:47

details. The better way, and this is my

11:50

recommendation, is to reverse engineer

11:52

it from the source. If I'm building an

11:54

agent to manage my inbox, I can actually

11:56

connect using the connector tool to my

11:58

email, in my case Gmail, and ask the AI

12:01

to reverse engineer and create a

12:03

playbook based on historical emails.

12:06

See, you've already been in your inbox

12:08

replying and doing stuff. The AI can

12:10

actually use that to train itself. And

12:11

that is actually the way I build most of

12:13

my agents if I have the source

12:15

information. I just ask it to learn how

12:17

I've done it in the past and then create

12:18

a procedure. Go find the pattern, go

12:20

find the best practices, go find the

12:21

little intricacies based on how I've

12:23

done it and all the people and the

12:24

relationships, and you write that file.

12:26

So, for example, if you want the prompt

12:28

to do this, here's what you write.

12:29

Connect to my email, read 50 messages

12:32

that I've sent, study how I actually

12:34

write, my tone, my greetings, how I do

12:36

sign-offs, how long my sentences are,

12:38

the phrases I use most often. Then write

12:40

a style guide that captures my voice and

12:41

tone, and to test it, ask it to draft a

12:43

reply on your newest emails that are

12:45

unread as you, based on what it learned.

12:47

Then you can rewrite those so that it

12:49

can use that to learn and tighten it up.

12:51

Like it already knew who it was in the

12:53

best practices based on its research.

12:55

That's in the soul file, but now it has

12:57

clear templates, the step-by-step

12:59

instructions and even examples that it

13:01

can use to do this on your behalf. So,

13:02

now that it's captured all the

13:03

information, it still hasn't kind of

13:05

solidified it into an actual playbook,

13:07

and that's what we call a system prompt.

13:09

So, then what you do is for each sub

13:10

process in the agent's activities, like

13:13

drafting emails, but maybe it needs to

13:15

sort emails, you can have it do the same

13:17

activity, either you tell it how to do

13:19

it or it researches, and then it creates

13:21

all these system prompts based on the

13:22

work you need it to do. Like I have it

13:24

for my inbox, sort, reply, forward,

13:28

that's a big one, and even escalate

13:30

things that it needs to show me and the

13:31

reporting I want every day. So, then at

13:33

this point, you actually have an AI

13:35

agent running. This is exciting stuff.

13:37

You might feel right now, you're like,

13:39

"Oh man, I'm going to give everything I

13:40

got at it." Don't do that. The N in the

13:42

agent framework is to narrow the scope.

13:45

The agent needs to have a narrow scope

13:48

of what it does so it doesn't confuse

13:49

itself. If you start asking it to do 17

13:51

other things, then all of a sudden this

13:53

desk can get really busy, which means

13:55

it's not going to be a great agent

13:56

anymore. Just like you wouldn't give

13:58

your administrative assistant the

14:00

responsibility to do marketing and take

14:02

sales calls, you want to make sure the

14:03

scope is narrow for each agent. As an

14:06

example, I have an agent that writes

14:07

code, and then I have an agent that

14:09

reviews code, and those are separate

14:10

agents and they work together. See how

14:12

narrow the scope is? We need to focus

14:14

the agent down to one specialist per

14:17

job. Each agent great at one thing.

14:19

Instead of having one agent do

14:20

everything, which is what people usually

14:23

do, that's a mistake, we'll have sub

14:25

agents that do specialized tasks under

14:27

it. That way it keeps all the context

14:29

for the agent super clean. It doesn't

14:31

get confused. We don't have context rot.

14:33

We don't want to have a mega agent.

14:35

Instead, we need to spread out the tasks

14:37

to other sub agents so that it can

14:39

handle other agents below it. So, for

14:40

example, Kai, who's like my

14:42

orchestration agent, he's the one that

14:44

not only creates other agents, he also

14:46

coordinates the tasks to the different

14:48

agents like my research agent and my

14:50

relationship agent and my coding agent

14:52

and my reporting agent. He then he pulls

14:54

it all together and gives me answers.

14:56

So, instead of giving every task to one

14:58

agent, this is what we should do

14:59

instead. We build a manager agent. Its

15:01

only job is literally to manage and

15:04

specialize in the management of the sub

15:06

agents. Think of it like a real manager

15:08

agent. You are my manager agent, I need

15:09

you to manage my sub agents, and I need

15:12

you to make sure that you monitor the

15:13

jobs and make sure they're moving along

15:15

and if they're not working, you fix

15:16

them, and you decide what agents need to

15:18

exist. So, for example, we We our inbox

15:20

agent, but we don't want to have to

15:22

manage the inbox agent. We create a

15:24

manager agent that talks to the inbox

15:26

agent that might be responsible for a

15:27

lot of different things like our inbox,

15:29

but also sending stuff to other people

15:31

on our team. But we want to make sure

15:32

each sub agent reports to that manager

15:34

agent so that it takes care of it. So

15:36

you might want to give it a prompt like

15:37

this. You're my manager agent. You never

15:40

do any task yourself. When it comes in,

15:42

you only move it to other sub agents

15:44

that are dedicated for that one specific

15:46

job. You hand it the task and then you

15:48

let it run. So it's like one agent, one

15:50

lane. And if a job touches multiple

15:52

areas, split it into the separate sub

15:54

agents, one per area. You're the one

15:56

that coordinates and reports back to me.

15:58

Like I said, mine's called Kai. He's

16:01

awesome. I talk to Kai. Kai talks all

16:03

the sub agents. I've one agent I got to

16:05

talk to. If you want a pro tip, and I

16:07

don't want to overwhelm you, but there's

16:08

different AI models. So for example,

16:10

within Anthropic, you have Haiku. This

16:13

is like for simple and high volume

16:15

stuff. If you want to sort things, you

16:16

want to label things, quick draft, and

16:17

it's the cheapest. Then you might go to

16:19

Sonnet. Sonnet's great for like

16:20

day-to-day work, research, writing most

16:22

code. At a higher level, you've got

16:24

Opus. This is a powerful model, good at

16:26

reasoning, complex builds, being a

16:28

manager of agents. But now you have

16:30

Fable, and that just dropped a few weeks

16:31

ago. That's more like an orchestrator, a

16:34

consultant. It has full capabilities of

16:36

Opus, but it's even more state of the

16:38

art. It's extremely good at long-running

16:41

tasks and real complex things when you

16:43

don't have a lot of information to give

16:44

it. But it's the most expensive. So

16:46

depending on your task, you might want

16:48

to give it different models because

16:50

it'll cost less and it may not need that

16:51

level of horsepower to get the work

16:53

done. So for example, my inbox agent,

16:55

since it's always running every 15

16:56

minutes, I just use Sonnet because I

16:58

don't need an Opus level genius to run a

17:00

process that we've already defined. To

17:02

build the agent, I might use Opus. That

17:04

way it helps me create it. I might even

17:06

use Fable. But then to run it, I'm going

17:07

to run it on Sonnet. One time I had to

17:09

do this whole refactor on my code base,

17:11

and I could have used a powerful model

17:13

like Opus. It probably would have cost

17:14

me 150 bucks. Instead, I used Haiku and

17:17

it cost me $1.50. As of today, here's a

17:19

chart with GPT and other AI equivalents

17:22

that is on screen, so you can just take

17:23

a screenshot of it to help guide you,

17:25

but this is now changing every couple

17:26

weeks. If you've made it this far and

17:28

you're still interested,

17:30

congratulations. But, I need you to know

17:31

something. You're literally ahead of

17:33

99.999%

17:35

of the people out there, and you're

17:36

crushing it. We've learned to aim the

17:38

agent at an outcome, give it an identity

17:40

so it knows its job, equip it with the

17:42

right context and tools so it can do the

17:44

job, and narrow the scope so it doesn't

17:46

get overwhelmed, and instead use

17:48

subagents to accomplish specific tasks.

17:50

Now, this last step is where our agent

17:52

truly becomes autonomous. T, and it

17:55

stands for trust, because we got to do

17:56

it in stages.

17:58

Building an agent is actually the easy

18:00

part. Once you understand how to do that

18:01

and you prompt it, it just gets done.

18:03

The scary part is letting it act without

18:06

us. And I understand, especially as we

18:07

talk about our inbox, having somebody

18:09

else write emails as you, calm down. I'm

18:12

not doing that. I'd rather it give me

18:13

some ideas for copy. The truth is is we

18:15

don't give agent the keys to the car on

18:17

day one. And what we do is we like give

18:19

it stuff, see what it does, then we see

18:20

if its response is what we expected. If

18:22

we do this right, you sleep well at

18:24

night. If you don't, you will not sleep.

18:27

The whole point of creating an agent is

18:29

so that you can go do other stuff. If

18:30

you're sitting there babysitting or

18:32

worrying about all the time, it doesn't

18:33

help you. So, up until now, we've let

18:35

the agent help us manage some emails.

18:38

Think about it. First, you might sure

18:39

it's doing its job properly when we

18:41

tested it to write those draft to unread

18:43

emails, and we looked at how it did it.

18:44

At first, we're micromanaging him a lot.

18:47

But, then we got to learn to trust in

18:49

stages. So, maybe the first stage is

18:51

just like, "Hey, can you sort the

18:52

email?" And then we see what it does,

18:53

and we're like, "Okay, that's good."

18:54

Then we like ask him to do more drafts.

18:56

So, we already tested it, but now let's

18:58

let it really do it. So, now it's

18:59

running drafts, and we're like, "Okay, I

19:00

like those drafts. Change this. Do

19:02

this." Okay, now it's doing its thing.

19:04

Then we might let it start sending

19:05

emails on our behalf, but not all of

19:06

them. Maybe just even forwarding emails

19:09

to finance, to our team, because it has

19:11

the logic. It saw how we handled those

19:12

emails in the past. Maybe it categorized

19:14

certain emails like Slack notifications

19:16

into a specific label. But eventually,

19:18

we want this genius to manage our whole

19:21

inbox without us even opening it. That's

19:23

the equivalent of us leaving the room

19:25

and having the agent at the desk do all

19:27

the work for us. Because at this step,

19:30

we learn to let go. We've trusted it

19:32

fully. Cuz if you don't do this, it's

19:34

like hiring a driver to drive your car

19:36

and you got your hand on the wheel. Now

19:38

we got to take our hand off the wheel

19:40

and let the driver drive. Here's how you

19:41

can do it in a really safe way. You set

19:43

the guardrails first. You can actually

19:45

set that up in its identity files. What

19:46

is it capable to do on our behalf? Maybe

19:48

it has the ability to spend money. Maybe

19:50

it has the ability to make decisions.

19:51

Maybe it has the ability to write drafts

19:53

only, not send yet. It's always your

19:55

call and you can define those. Two,

19:57

approve everything at first. I've never

19:59

created an agent and just like, "YOLO,

20:01

go nuts." No. Show me what you would do.

20:03

I like what you did. Do it again. tweak

20:05

it. Just like I just talked about for

20:07

our inbox agent. Third, we loosen the

20:09

leash, right? It's like a dog walking

20:11

with and you're like, "Hey, I trust you

20:12

more. I trust you more." And all of a

20:14

sudden the leash goes limp, but he still

20:15

holds the heel. And then four would be

20:18

give it a heartbeat that it can run on

20:19

its own. Set up that schedule, that

20:22

reoccurring task. So maybe before it did

20:24

it once and you reviewed everything, now

20:26

I might do it every 15 minutes. You

20:28

know, every morning at 9:00 a.m. it did

20:29

it once. Now why are we waiting? Why are

20:31

we waiting till the next day? Why don't

20:32

we have it run all the time? This

20:34

process is scary, but the whole point of

20:36

learning to let go is to buy back our

20:38

time, to have the agent do the work for

20:40

us. And learning to let go is part of

20:42

the process if you trust. So for

20:45

example, when I showed this agent to my

20:47

executive assistant, she thought she was

20:49

out of a job. Instead, it actually freed

20:51

her up to do things that actually

20:52

mattered, not sorting emails and writing

20:54

drafts or telling me what's in there.

20:56

The AI can do that. I'd rather pay her

20:58

to do higher quality work, manage

21:00

higher-level projects. Then we rolled

21:02

out the same system to the whole team. I

21:04

taught everybody how to do this. Now I

21:05

want to say congratulations. We just

21:08

tackled a topic that most people don't

21:10

even want to learn. They're like,

21:11

"That's not for me. I hear about agents.

21:13

I don't get it. I'm confused." But no,

21:14

you didn't. You went all the way till

21:16

the end. And I want you to understand

21:18

that you might feel a little behind in

21:19

this AI world, but here's where I've

21:21

gotten to. I've accepted that I will

21:23

always feel behind and I could never be

21:25

on top of all of it. But you just

21:26

learned a strategy, a shift, a different

21:29

way of doing work that if you can learn

21:31

how to direct the AI, you will co-create

21:33

with it. If you don't, don't be

21:35

surprised if one day you might be

21:36

working for it. Remember the rules of R?

21:39

Repetitive, rules-based, and return on

21:40

time? That's where we want to start

21:42

looking for opportunities to put an

21:43

agent in there instead of you keep doing

21:45

it. And I'm going to give you the pro

21:46

tip of all pro tips. You grab the link

21:48

to this video, you give it to your AI,

21:51

and you tell it to use everything I've

21:53

shared to create the AI for you, and

21:55

watch it cook, cuz it can do it. Now,

21:58

here's what I want to know from you.

21:59

We're going to have some fun. Below in

22:00

the comments, answer this question. If

22:02

an AI agent could manage your inbox and

22:05

buy you back all this time, scheduling

22:06

things on your behalf, what would you

22:08

have more time for? I'm curious. Post a

22:10

comment below and let me know. And if

22:11

you want my whole system, the playbook

22:13

that I use to manage AI in all my

22:15

different businesses, just DM me the

22:16

word AI business on Instagram, and I'll

22:18

send it right over. And if you want to

22:19

know what AI businesses are worth

22:21

starting in 2026, click here, and I'll

22:23

see you on the other side.

Interactive Summary

This video provides a comprehensive guide on transitioning from simple AI chatbots to functional AI agents that can autonomously execute workflows. The presenter breaks down the process into an actionable framework called 'AGENT'—Aim for an outcome, Give it an identity, Equip it with tools, Narrow the scope, and Trust in stages—to help viewers build agents that can handle repetitive, rule-based tasks and ultimately buy back their time.

Suggested questions

4 ready-made prompts