Lab 02 — Bug Bounty Program Scope Analysis and Target Prioritization

Welcome to:

Lab 02 — Bug Bounty Program Scope Analysis and Target Prioritization

In Lab 01, you built your professional Bug Bounty research environment.

You now have:

Workspace

Scope Templates

Research Accounts

Evidence Structure

Hypothesis Register

Testing Logs

Reporting Templates

The next step is to learn how to correctly interpret a Bug Bounty program before performing any technical testing.

A professional researcher does not begin with:

Open Tool
      ↓
Scan Target

They begin with:

Read Program
      ↓
Understand Authorization
      ↓
Classify Scope
      ↓
Identify Restrictions
      ↓
Prioritize Targets
      ↓
Plan Research

Your mission in this lab is to transform a fictional Bug Bounty policy into a structured research plan.

Mission Information

Your Role

You are operating as a:

Bug Bounty Hunter

Security Researcher

who has just joined a new Bug Bounty program.

You have received:

Program Policy

In-Scope Assets

Out-of-Scope Assets

Testing Rules

Reward Guidelines

Before sending any security-testing traffic, you must determine:

What Can I Test?

What Must I Avoid?

Which Assets Matter Most?

Where Should I Begin?

Lab Objectives

By completing this lab, you will learn how to:

read a Bug Bounty program policy systematically.
identify explicit authorization boundaries.
distinguish in-scope and out-of-scope assets.
interpret wildcard scope.
identify third-party infrastructure.
identify testing restrictions.
interpret automation limits.
identify prohibited testing techniques.
understand safe-harbor language.
classify assets by technology and business function.
identify high-value attack surfaces.
prioritize targets.
build a target-priority matrix.
create initial security hypotheses.
create a time-boxed research plan.
document ambiguous scope safely.
avoid scope drift.
build a reusable program profile.

Prerequisites

You should have completed:

Lab 01
Build Your Professional
Bug Bounty Research Environment

You should also understand:

Bug Bounty Fundamentals

Scope

Safe Harbor

Rules of Engagement

Web Applications

APIs

Cloud Services

Lab Scenario

You have joined the fictional:

NovaCloud Security Research Program

NovaCloud provides:

Cloud File Storage

Team Collaboration

Project Management

Developer APIs

Mobile Applications

You have been provided with the following program policy.

Program Policy

In-Scope Assets

www.novacloud.test

app.novacloud.test

api.novacloud.test

*.labs.novacloud.test

NovaCloud Android Application

NovaCloud iOS Application

Out-of-Scope Assets

support.novacloud.test

status.novacloud.test

careers.novacloud.test

Third-party analytics services

Third-party payment providers

Customer-owned integrations

Testing Restrictions

The program states:

Do not perform
Denial-of-Service testing.

Do not perform
social engineering.

Do not perform
physical attacks.

Do not access
real customer data.

Do not exceed
10 requests per second
during automated testing.

Do not perform
password spraying.

Use researcher-controlled
accounts wherever possible.

Allowed Testing

The program allows:

Web Application Testing

API Security Testing

Mobile Application Testing

Authentication Testing

Authorization Testing

Business Logic Testing

Controlled Automation

Safe Harbor

The program states that good-faith research performed:

Within Scope

Within Program Rules

Without Intentional Harm

With Responsible Disclosure

is authorized under the program.

Lab Deliverables

By the end of the lab, create:

01 Program_Profile.md

02 Scope_Register.csv

03 Exclusion_Register.csv

04 Testing_Restrictions.md

05 Asset_Classification.csv

06 Target_Priority_Matrix.csv

07 Initial_Hypotheses.csv

08 Research_Plan.md

09 Scope_Decision_Log.md

10 Scope_Safety_Checklist.md

Part 1 — Read the Program Before Testing

Before using:

Browser

Proxy

Scanner

Recon Tool

API Client

read the complete policy.

Your first task is:

Understand
Authorization

not:

Discover
Vulnerabilities

Part 2 — Create the Program Profile

Create:

01 Program_Profile.md

Use:

# Program Profile

## Program Name

NovaCloud Security Research Program

## Program Type

Fictional Bug Bounty Training Program

## Date Reviewed

YYYY-MM-DD

## Business

Cloud file storage, collaboration,
project management and developer APIs.

## In-Scope Assets

- www.novacloud.test
- app.novacloud.test
- api.novacloud.test
- *.labs.novacloud.test
- NovaCloud Android Application
- NovaCloud iOS Application

## Out-of-Scope Assets

- support.novacloud.test
- status.novacloud.test
- careers.novacloud.test
- third-party analytics
- third-party payment providers
- customer-owned integrations

## Allowed Testing

- Web application testing
- API testing
- Mobile application testing
- Authentication testing
- Authorization testing
- Business logic testing
- Controlled automation

## Prohibited Testing

- Denial of service
- Social engineering
- Physical attacks
- Password spraying
- Access to real customer data

## Automation Limits

Maximum 10 requests per second.

## Safe Harbor

Good-faith research is authorized
when performed within scope and
program rules.

## Initial Notes

-

Part 3 — Identify Explicit In-Scope Assets

Create:

02 Scope_Register.csv

Use:

Asset	Type	Scope	Authorization Basis	Notes
www.novacloud.test	Web	In Scope	Explicit	Public website
app.novacloud.test	Web App	In Scope	Explicit	Main authenticated app
api.novacloud.test	API	In Scope	Explicit	Developer/application API
*.labs.novacloud.test	Wildcard	In Scope	Explicit	Requires host validation
Android App	Mobile	In Scope	Explicit	Official application
iOS App	Mobile	In Scope	Explicit	Official application

Part 4 — Understand Explicit Scope

An asset is easiest to classify when it is explicitly named.

For example:

api.novacloud.test

is clearly:

In Scope

because it appears directly in the program policy.

Part 5 — Interpret Wildcard Scope

The program includes:

*.labs.novacloud.test

This may cover hosts such as:

demo.labs.novacloud.test

api.labs.novacloud.test

mobile.labs.novacloud.test

However:

labs.novacloud.test

itself may not necessarily be covered by the wildcard notation depending on program wording.

Document this separately.

Part 6 — Wildcard Does Not Mean Unlimited Scope

A wildcard does not mean:

Anything
Connected to
the Organization

For example:

partner.example.net

does not become authorized because it is used by NovaCloud.

Part 7 — Create the Exclusion Register

Create:

03 Exclusion_Register.csv

Use:

Asset	Type	Reason	Action
support.novacloud.test	Web	Explicitly out of scope	Do not test
status.novacloud.test	Web	Explicitly out of scope	Do not test
careers.novacloud.test	Web	Explicitly out of scope	Do not test
Analytics provider	Third Party	Third-party infrastructure	Exclude
Payment provider	Third Party	Third-party infrastructure	Exclude
Customer integration	Third Party	Customer-owned	Exclude

Part 8 — Third-Party Assets

Suppose:

app.novacloud.test

loads JavaScript from:

analytics.vendor.test

That does not make:

analytics.vendor.test

an authorized target.

Classify it as:

Third Party
      ↓
Out of Scope

Part 9 — Payment Systems

Suppose the application redirects to:

checkout.paymentvendor.test

for payments.

Your target may include:

NovaCloud's
Payment Workflow

but not necessarily:

Payment Vendor
Infrastructure

This distinction is critical.

Part 10 — Customer-Owned Integrations

NovaCloud may allow users to connect:

Git Repositories

Webhooks

Cloud Storage

Third-Party SaaS

If a customer connects their own system:

Customer Integration
      ≠
NovaCloud Asset

Do not test it.

Part 11 — Create Testing Restrictions

Create:

04 Testing_Restrictions.md

Use:

# Testing Restrictions

## Denial of Service

Not allowed.

Do not intentionally:

- overload services
- exhaust resources
- create production outages

## Social Engineering

Not allowed.

Do not target:

- employees
- customers
- support teams

## Password Attacks

Password spraying is prohibited.

## Automation

Maximum:

10 requests per second

Automation must remain within:

- authorized scope
- program restrictions
- reasonable resource usage

## Data Access

Do not access real customer data.

Use researcher-controlled accounts
and researcher-controlled objects
wherever possible.

## Physical Security

Not allowed.

## General Rule

If a test could create
unnecessary operational,
customer or third-party impact,
stop and reassess.

Part 12 — Convert Restrictions into Controls

A restriction should become an operational control.

Example:

Policy:

Maximum
10 Requests / Second

becomes:

Recon Configuration:

Requests / Second:
≤ 10

Part 13 — Automation Safety

For this lab, configure your conceptual automation limits to:

Concurrency:
Low

Request Rate:
≤ 10 requests/sec

Retries:
Limited

Timeout:
Reasonable

Scope Filter:
Required

Part 14 — Data Handling Restriction

The policy says:

Do Not Access
Real Customer Data

Your testing strategy should therefore use:

Account A

Account B

and:

Researcher-Owned
Test Objects

Part 15 — Safe Authorization Testing

Instead of:

Enumerate
Customer Documents

use:

Account A
      ↓
Create Test Document
      ↓
Account B
      ↓
Attempt Access

This demonstrates the security boundary without accessing unrelated data.

Part 16 — Identify Business Functions

Based on the scenario, NovaCloud provides:

File Storage

Projects

Collaboration

Developer APIs

Mobile Applications

These create different attack surfaces.

Part 17 — Create Asset Classification

Create:

05 Asset_Classification.csv

Use:

Asset	Function	Authentication	Data Sensitivity	Complexity
www.novacloud.test	Marketing	Low	Low	Low
app.novacloud.test	Main Application	Yes	High	High
api.novacloud.test	API	Yes	High	High
*.labs.novacloud.test	Labs	Varies	Medium	Medium
Android App	Mobile	Yes	High	High
iOS App	Mobile	Yes	High	High

Part 18 — Identify High-Value Features

Inside:

app.novacloud.test

potentially important functions may include:

Login

Password Reset

Projects

Files

Sharing

Invitations

Organizations

Billing

API Keys

These should receive different research priority than:

About Page

Marketing Blog

Static Assets

Part 19 — Prioritization Factors

Use:

Authentication

Sensitive Data

User Roles

Business Importance

Attack Surface

Complexity

Cross-Tenant Impact

Recent Changes

Part 20 — Build Target Priority Matrix

Create:

06 Target_Priority_Matrix.csv

Example:

Asset	Auth	Sensitive Data	Roles	Complexity	Priority
app.novacloud.test	High	High	High	High	P1
api.novacloud.test	High	High	High	High	P1
Android App	High	High	Medium	High	P2
iOS App	High	High	Medium	High	P2
*.labs.novacloud.test	Varies	Medium	Varies	Medium	P2
www.novacloud.test	Low	Low	Low	Low	P3

Part 21 — Priority Definitions

Use:

P1
Immediate Research

P2
Secondary Research

P3
Low Priority / Context

Priority is:

Research Priority

not:

Vulnerability Severity

Part 22 — Why app.novacloud.test Is P1

Because it likely contains:

Authenticated Users

Private Files

Organizations

Sharing

User Roles

Billing

which means it contains multiple:

Security Boundaries

Part 23 — Why api.novacloud.test Is P1

APIs expose:

Objects

Methods

Authorization

Properties

Business Logic

Potential high-value questions include:

Can User A
Access User B's
Objects?

Can Normal User
Call Admin Functions?

Can Sensitive
Properties Be Modified?

Part 24 — Mobile Priority

The mobile applications may reveal:

Mobile-Specific APIs

Deep Links

Token Handling

Local Storage

Mobile Business Logic

But the backend may overlap heavily with:

api.novacloud.test

Therefore mobile may start at:

P2

until architecture is understood.

Part 25 — Main Website Priority

The marketing site may provide:

Technology Clues

JavaScript

Documentation

Historical Links

but may have less business impact than:

Authenticated Application

Thus:

P3

may be appropriate initially.

Part 26 — Identify Security Boundaries

For the NovaCloud application, likely boundaries include:

Guest
      ↓
Authenticated User

User A
      ↓
User B

Organization A
      ↓
Organization B

Member
      ↓
Organization Admin

Mobile App
      ↓
Backend API

Application
      ↓
Cloud Storage

Part 27 — Create Security Questions

Convert these boundaries into questions.

Examples:

Can User B
Access User A's File?

Can Member
Perform Admin Action?

Can Tenant B
Access Tenant A's Project?

Can Revoked Share Link
Still Access a File?

Part 28 — Build Initial Hypothesis Register

Create:

07 Initial_Hypotheses.csv

Use:

ID	Asset	Feature	Hypothesis	Priority
HYP-001	app	Files	User B may access User A file by changing object ID	High
HYP-002	app	Sharing	Revoked links may remain valid	High
HYP-003	app	Invitations	Invite may allow role manipulation	High
HYP-004	API	Projects	Object authorization may fail across tenants	High
HYP-005	API	Profile	Sensitive properties may be writable	Medium
HYP-006	API	Admin	User may call restricted function directly	High
HYP-007	app	Password Reset	Reset token may remain valid after use	Medium
HYP-008	mobile	Session	Mobile token may remain valid after logout	Medium
HYP-009	mobile	Deep Link	Deep-linked resources may lack authorization	Medium
HYP-010	labs	Legacy API	Old API may enforce weaker authorization	Medium

Part 29 — Hypothesis Quality

Avoid:

Test IDOR

Prefer:

A standard user
may be able to access
another user's private file
by changing the file identifier.

A good hypothesis identifies:

Actor

Action

Target

Expected Control

Possible Failure

Part 30 — Prioritize Hypotheses by Security Boundary

High-priority boundaries may include:

Cross-Tenant Access

Account Takeover

Administrative Functions

Private File Access

Billing

Cloud Access

Part 31 — Create Initial Research Plan

Create:

08 Research_Plan.md

Use:

# Initial Research Plan

## Program

NovaCloud Security Research Program

## Research Objective

Understand the authenticated
application and API authorization model.

## Priority Assets

1. app.novacloud.test
2. api.novacloud.test
3. mobile applications
4. *.labs.novacloud.test

## Initial Focus

- authentication
- files
- projects
- organization membership
- sharing
- API authorization

## Research Accounts

Account A
Account B

Where possible:

Tenant A
Tenant B

## Initial Hypotheses

HYP-001
HYP-002
HYP-003
HYP-004
HYP-006

## Testing Restrictions

- maximum 10 requests per second
- no denial-of-service testing
- no password spraying
- no customer data access
- controlled accounts only where possible

## First Research Session

Objective:

Map application roles,
objects and authorization boundaries.

Time Box:

90 minutes.

## Deliverables

- application map
- object register
- role matrix
- request register
- updated hypotheses

Part 32 — Build the First 90-Minute Session

Use:

15 Minutes
Policy + Scope Review

20 Minutes
Application Exploration

20 Minutes
Role + Object Mapping

20 Minutes
Capture Baseline Requests

15 Minutes
Create Hypotheses

Notice:

No Exploitation

is required yet.

Part 33 — Why Map Before Testing?

If you do not understand:

Objects

Roles

Workflows

Business Rules

you may miss:

High-Impact
Authorization
and
Business Logic
Vulnerabilities

Part 34 — Create Scope Decision Log

Create:

09 Scope_Decision_Log.md

Use:

# Scope Decision Log

## Decision 001

Asset:

cdn.novacloud.test

Observation:

Referenced by app.novacloud.test.

Scope Status:

Unknown.

Decision:

Do not actively test until
ownership and scope are confirmed.

## Decision 002

Asset:

analytics.vendor.test

Observation:

Loaded by application JavaScript.

Scope Status:

Third party.

Decision:

Exclude from testing.

Part 35 — Why Scope Decision Logs Matter

During recon you will discover many:

Unknown
Assets

A decision log prevents:

I Think
This Was
Probably In Scope

from becoming your authorization model.

Part 36 — Unknown Assets

Use the status:

Unknown

when:

Ownership Is Unclear

Wildcard Applicability Is Unclear

Third-Party Relationship Is Unclear

Program Language Is Ambiguous

Then:

Do Not
Actively Test

until clarified.

Part 37 — Scope Drift

Scope drift occurs when research slowly moves from:

Explicitly Authorized Asset

to:

Related Asset

to:

Probably Owned Asset

to:

Unrelated Infrastructure

without conscious authorization checks.

Part 38 — Scope Drift Example

You begin with:

api.novacloud.test

The API references:

storage.vendor.test

The storage domain resolves into:

Cloud Provider
Infrastructure

Do not continue:

API
      ↓
Vendor
      ↓
Cloud Range
      ↓
Everything

Part 39 — The Scope Gate

Use:

Discovered Asset
      ↓
Scope Check
      ↓
Authorized?
     / \
   Yes  No/Unknown
    ↓      ↓
Research  Stop

Part 40 — Create Scope Safety Checklist

Create:

10 Scope_Safety_Checklist.md

Use:

# Scope Safety Checklist

Before interacting with an asset:

- [ ] Asset appears in explicit program scope
- [ ] Wildcard rules have been interpreted correctly
- [ ] Asset is not explicitly excluded
- [ ] Asset is not third-party infrastructure
- [ ] Asset is not customer-controlled
- [ ] Testing method is permitted
- [ ] Automation limits are understood
- [ ] Data-access rules are understood

Before automated testing:

- [ ] Scope filter configured
- [ ] Exclusion list configured
- [ ] Request rate within allowed limits
- [ ] Concurrency set conservatively
- [ ] No exploit actions automated

Before authorization testing:

- [ ] Researcher-controlled accounts available
- [ ] Researcher-controlled objects created
- [ ] No real customer resources required
- [ ] Stop condition defined

If scope is uncertain:

- [ ] Stop active testing
- [ ] Record asset as unknown
- [ ] Review program language
- [ ] Request clarification where appropriate

Part 41 — Business Impact Prioritization

Attack-surface priority improves when you understand business impact.

For NovaCloud:

Private File Storage

likely matters more than:

Marketing Page

because private storage involves:

Customer Data

Authorization

Sharing

Tenant Isolation

Part 42 — Asset vs Feature Priority

An asset may be high-value while individual features vary.

Example:

app.novacloud.test

contains:

About Page
      → Low

Profile
      → Medium

Files
      → High

Organization Admin
      → High

Billing
      → High

Prioritize features, not only hosts.

Part 43 — Create Feature Priority Matrix

Add to your research notes:

Feature	Security Boundary	Data	Business Impact	Priority
Login	Guest → User	Identity	High	P1
Files	User A → User B	Private Data	High	P1
Organization	Member → Admin	Privilege	High	P1
Billing	User → Financial Workflow	Financial	High	P1
Search	User Input	General Data	Medium	P2
Marketing	Public	Public	Low	P3

Part 44 — Prioritize New and Complex Features

Features may deserve extra attention if they are:

New

Complex

Integrated

Role-Based

Multi-Tenant

Financial

Identity-Related

Part 45 — Do Not Equate Priority with Likelihood

A high-priority feature means:

If Something
Is Wrong Here,
Impact Could Matter

It does not mean:

This Feature
Is Probably Vulnerable

Part 46 — Create a Testing Backlog

Create:

Testing_Backlog.csv

with:

Priority	Asset	Feature	Hypothesis	Status

Example:

| P1 | app | Files | Cross-user file access | New |
| P1 | API | Projects | Cross-tenant project access | New |
| P1 | app | Organizations | Member can modify admin settings | New |
| P2 | mobile | Sessions | Token survives logout | New |

Part 47 — Decide What NOT to Test First

Professional prioritization also means intentionally postponing:

Low-Value

Duplicative

Unclear-Scope

Third-Party

High-Risk

testing.

Part 48 — Example

Do not begin with:

Brute-Force
Every Host

when your highest-value questions are:

Can Users Access
Other Users' Files?

Is Tenant Isolation
Enforced?

Can Members Reach
Admin Functions?

Part 49 — Target Selection Decision

Your recommended initial target should be:

app.novacloud.test

with supporting analysis of:

api.novacloud.test

because together they likely expose:

Authentication

Authorization

Objects

Roles

Business Logic

Private Data

Part 50 — Initial Research Sequence

Use:

01 app.novacloud.test

      ↓

02 Authentication Mapping

      ↓

03 Research Accounts

      ↓

04 Object Mapping

      ↓

05 API Capture

      ↓

06 Authorization Matrix

      ↓

07 Initial Tests

Part 51 — Research Accounts Plan

Create:

Account A
      ↓
Tenant A
      ↓
Project A
      ↓
File A

and:

Account B
      ↓
Tenant B
      ↓
Project B
      ↓
File B

This creates controlled boundaries for later labs.

Part 52 — Define Stop Conditions

Before testing, document:

Authorization Finding:

If Account B
can access one
researcher-controlled
resource belonging to
Account A,

capture evidence
and stop.

Part 53 — Why Stop Conditions Matter

They prevent:

One Test Object
      ↓
Ten Test Objects
      ↓
Real Customer Objects
      ↓
Unnecessary Exposure

Part 54 — Research Plan Review

Before starting technical testing confirm:

Scope Defined

Exclusions Recorded

Restrictions Documented

Assets Classified

Priorities Assigned

Accounts Planned

Hypotheses Created

Stop Conditions Defined

Part 55 — Scope Analysis Workflow

Your complete workflow is:

Read Program
      ↓
Extract Scope
      ↓
Extract Exclusions
      ↓
Extract Restrictions
      ↓
Identify Third Parties
      ↓
Classify Assets
      ↓
Understand Business
      ↓
Map Security Boundaries
      ↓
Prioritize Targets
      ↓
Create Hypotheses
      ↓
Plan Research

Part 56 — Common Mistake: Start Scanning Too Early

Avoid:

Join Program
      ↓
Copy Domain
      ↓
Launch Scanner

You may:

Violate Rules

Hit Third Parties

Waste Time

Generate Noise

Part 57 — Common Mistake: Assume Ownership Means Scope

An organization may own:

100 Domains

but authorize:

3 Domains

Only:

Program Authorization

matters.

Part 58 — Common Mistake: Ignore Out-of-Scope Lists

Out-of-scope assets are not:

Recommendations

They are:

Boundaries

Part 59 — Common Mistake: Ignore Automation Rules

Automation allowed does not mean:

Unlimited Requests

Always record:

Rate

Concurrency

Permitted Activity

Part 60 — Common Mistake: Prioritize Only by Technology

Do not prioritize:

Old Framework

automatically above:

New Multi-Tenant
File Sharing

Business security boundaries often matter more.

Part 61 — Common Mistake: No Research Objective

Avoid:

Today I Will
Test NovaCloud

Prefer:

Today I Will
Map and Assess
Object-Level Authorization
in NovaCloud Project
and File Workflows

Part 62 — Common Mistake: Too Many Hypotheses

Do not begin with:

100 Random
Security Ideas

Start with:

5–10
High-Quality
Hypotheses

Part 63 — Common Mistake: Confuse Recon with Testing

Recon:

What Exists?

Testing:

Does Security
Work Correctly?

Keep them separate.

Part 64 — Common Mistake: Testing Real Users

If the program explicitly tells you:

Use Controlled Accounts

design testing around:

Your Own
Accounts
and
Objects

Part 65 — Common Mistake: Scope by Association

Example:

app.novacloud.test

uses:

auth.identityvendor.test

Do not assume:

Identity Vendor
Is In Scope

Part 66 — Build a Program Decision Summary

At the end of your scope analysis, write:

NovaCloud Program Decision Summary

Example:

Primary research will focus
on the authenticated NovaCloud
web application and API.

The highest-value security
boundaries involve cross-user
and cross-tenant authorization,
organization roles, private file
access and account workflows.

Mobile applications will be
reviewed after the primary API
model is understood.

Third-party payment, analytics,
support and customer-managed
integration infrastructure will
not be tested.

Automation will remain at or
below the program's stated
10-request-per-second limit.

Researcher-controlled accounts
and test objects will be used
for authorization validation.

Part 67 — Lab Success Criteria

You have successfully completed this lab when:

Program Profile Created

Scope Register Completed

Exclusion Register Completed

Testing Restrictions Recorded

Third Parties Identified

Assets Classified

Targets Prioritized

Initial Hypotheses Created

Research Plan Created

Scope Decision Log Created

Safety Checklist Completed

Portfolio Deliverables

Keep:

01 Program_Profile.md

02 Scope_Register.csv

03 Exclusion_Register.csv

04 Testing_Restrictions.md

05 Asset_Classification.csv

06 Target_Priority_Matrix.csv

07 Initial_Hypotheses.csv

08 Research_Plan.md

09 Scope_Decision_Log.md

10 Scope_Safety_Checklist.md

Portfolio Structure

Lab 02 — Bug Bounty Program Scope Analysis
│
├── Program Profile
├── Scope Register
├── Exclusion Register
├── Testing Restrictions
├── Asset Classification
├── Target Priority Matrix
├── Initial Hypotheses
├── Research Plan
├── Scope Decision Log
└── Safety Checklist

Knowledge Check

Why must a program policy be read before testing?
What defines authorization in Bug Bounty research?
What is explicit scope?
What is wildcard scope?
Why does wildcard scope not mean unlimited scope?
What is an out-of-scope asset?
Why must third-party assets be identified?
Why is a payment provider not automatically part of the target?
What are customer-controlled integrations?
Why should testing restrictions be converted into technical controls?
What is an automation rate limit?
Why should researcher-controlled accounts be used?
What is an Asset Classification Register?
What factors determine research priority?
Why is research priority different from vulnerability severity?
Why are authenticated applications often high-value targets?
Why are APIs often high-value targets?
Why might mobile applications initially be secondary targets?
What is a security boundary?
What makes a good security hypothesis?
Why should hypotheses be prioritized?
What should an initial research plan contain?
Why should research sessions be time-boxed?
What is a scope decision log?
Why should unknown assets not be actively tested?
What is scope drift?
What is a scope gate?
Why should assets and features both be prioritized?
Why are multi-tenant boundaries important?
Why are file-sharing workflows high-value?
Why are authentication workflows high-value?
Why should third-party services be excluded from automation?
Why should stop conditions be documented before testing?
Why should real customer data not be used for proof?
What is a testing backlog?
Why is deciding what not to test important?
Why should business function influence target priority?
Why does asset ownership not automatically provide authorization?
Why should automation rules be recorded?
What defines successful scope analysis?

Key Takeaways

Before:

Recon

before:

Scanning

and before:

Exploitation

comes:

Authorization

The professional workflow is:

Program Policy
      ↓
Scope
      ↓
Exclusions
      ↓
Restrictions
      ↓
Asset Classification
      ↓
Business Context
      ↓
Security Boundaries
      ↓
Target Priority
      ↓
Hypotheses
      ↓
Research Plan

Remember:

Organization Owned
      ≠
In Scope

Related Asset
      ≠
Authorized Asset

Third-Party Service
      ≠
Target

Wildcard Scope
      ≠
Unlimited Scope

Automation Allowed
      ≠
Unlimited Automation

High Priority
      ≠
Vulnerable

A professional Bug Bounty Hunter should be able to say:

I Know

What I Can Test

What I Must Avoid

Which Security
Boundaries Matter

Where I Should
Begin

and

Why

Career Connection

Scope analysis and target prioritization are critical skills for:

Bug Bounty Hunters

Penetration Testers

Security Researchers

Application Security Engineers

Red Teamers

Security Consultants

During an interview, you should be able to explain:

Before testing a program,
I first convert the policy
into a structured scope
and exclusion register.

I document prohibited
testing, automation limits,
data-handling rules and
safe-harbor conditions.

I then classify authorized
assets by business function,
authentication, data
sensitivity and security
boundaries.

Rather than testing every
asset equally, I prioritize
the systems where a security
failure would have meaningful
impact, such as authenticated
applications, APIs, tenant
boundaries and private-data
workflows.

Finally, I convert those
observations into specific
security hypotheses and
create a time-boxed research
plan before active testing
begins.

What’s Next?

➡️ Next: Lab 03 — Reconnaissance and Attack Surface Mapping

You now know:

What Is In Scope

What Is Out of Scope

Which Restrictions Apply

Which Targets
Matter Most

The next step is to take your:

Structured Scope

and discover:

What Actually Exists
Inside It

In the next lab, you will perform a controlled reconnaissance mission covering:

Domains

Subdomains

DNS

HTTP Services

Applications

APIs

JavaScript

Technology

Cloud Signals

Third Parties

Attack Surface Classification

You will build:

Recon Inventory

DNS Map

HTTP Asset Register

Technology Register

API Candidates

JavaScript Endpoint Register

Cloud Asset Register

Third-Party Register

Attack Surface Map

Priority Queue

You will move from:

Authorized Scope

to:

Validated
and
Prioritized
Attack Surface

➡️ Next: Lab 03 — Reconnaissance and Attack Surface Mapping