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Redbot Security web application, mobile application, and API penetration testing for authentication, authorization, business logic, session handling, and application attack paths
WEB, MOBILE & API PENETRATION TESTING

Web, Mobile & API Penetration Testing Services.

Redbot Security performs manual application penetration testing across web applications, mobile apps, and APIs. We validate exploitable flaws in authentication, authorization, business logic, session handling, exposed data, mobile workflows, and interconnected backend services before attackers abuse them.

Web Apps, logic, sessions API Auth, BOLA, data exposure Mobile iOS, Android, mobile APIs
DISCUSS APP TESTING CHOOSE TESTING PATH
Web Apps
Logic, auth, sessions
API Testing
BOLA, tokens, trust
Mobile Apps
iOS, Android, runtime
Cloud
Trust paths, exposure
AI & LLM
Agents, data leakage
APPLICATION PENETRATION TESTING PATHS

Choose The Right Application Testing Path

Web applications, APIs, and mobile apps expose risk in different ways. Redbot helps organizations validate exploitable weaknesses across user workflows, backend services, authentication logic, mobile clients, authorization boundaries, and connected application ecosystems.

WEB APPLICATION PENETRATION TESTING

Can Users Abuse Application Logic Or Access Data They Should Not Reach?

Web application penetration testing evaluates authentication, authorization, session handling, business logic, user workflows, input handling, sensitive data exposure, and application behavior that automated tools often miss.

Best for: SaaS platforms, customer portals, admin panels, login flows, dashboards, business workflows, and web applications handling sensitive data.
Explore Web Application Testing
API PENETRATION TESTING

Can APIs Expose Data, Trust Paths, Or Backend Logic?

API penetration testing validates BOLA, IDOR, broken authorization, token handling, authentication flows, object-level access, business logic, rate limiting, backend trust, and data exposure across modern application environments.

Best for: REST APIs, GraphQL, mobile APIs, SaaS backends, partner integrations, microservices, AI-connected APIs, and exposed application data flows.
Learn More About API Penetration Testing
MOBILE APPLICATION PENETRATION TESTING

Can Mobile Clients, APIs, Or Runtime Behavior Be Abused?

Mobile application penetration testing evaluates iOS and Android apps, mobile APIs, authentication, local storage, runtime behavior, reverse engineering risk, backend trust, device interaction, and workflow abuse.

Best for: iOS apps, Android apps, mobile APIs, authentication flows, sensitive local storage, regulated workflows, and mobile applications connected to backend systems.
Learn More About Mobile App Testing
MANUAL APPLICATION SECURITY VALIDATION

Redbot tests application security the way attackers interact with real systems: through workflows, roles, objects, APIs, sessions, mobile clients, and backend trust relationships.

WEB APPLICATION PENETRATION TESTING

Validate How Users Can Abuse Application Logic

Web application penetration testing evaluates how real users, attackers, and low-privilege accounts can interact with application workflows, authorization controls, session handling, data access, and business logic. Redbot validates exploitable flaws that automated scanners often miss.

WEB APPLICATION ATTACK SURFACE

Web Risk Often Lives Inside The Workflow

Modern web applications rely on roles, objects, sessions, APIs, forms, file handling, admin functions, payment flows, dashboards, and user-specific data. Redbot tests whether those controls behave securely when users manipulate requests, bypass intended flows, change object references, abuse trust assumptions, or access data they should never reach.

Discuss Web Application Testing
Authentication & Sessions

Login flows, MFA logic, password reset, session fixation, token handling, account recovery, and session lifecycle weaknesses.

Authorization & Access Control

Role bypass, IDOR, horizontal and vertical privilege escalation, object-level access flaws, and admin function exposure.

Business Logic Abuse

Workflow manipulation, transaction abuse, process bypass, pricing logic, approval flows, and unintended application behavior.

Data Exposure

Sensitive data leakage, excessive responses, insecure file access, exposed records, misconfigured storage, and user data disclosure.

Web application testing answers one critical question:

Can a user manipulate the application, bypass intended controls, or access data and functionality they should never reach?

API PENETRATION TESTING

Validate The Trust Paths Behind Your Application Data

API penetration testing evaluates how attackers can abuse backend services, object-level authorization, token handling, data flows, and trusted application relationships. Redbot validates whether APIs expose sensitive data, excessive functionality, weak authorization, or backend logic that can be exploited across modern application environments.

Endpoint Discovery

Identify exposed endpoints, hidden routes, undocumented functionality, API versions, parameters, methods, and backend services.

Identity & Token Abuse

Test authentication flows, JWT handling, OAuth logic, token reuse, session trust, service accounts, and privilege boundaries.

Object-Level Access

Validate BOLA, IDOR, record access, tenant isolation, object references, role enforcement, and horizontal privilege escalation.

Backend Trust & Data Flow

Analyze how APIs connect users, mobile clients, web apps, cloud services, AI systems, third parties, and backend data stores.

API ATTACK SURFACE

APIs Often Expose What The Front End Tries To Hide

Modern applications depend on APIs to move data between users, roles, mobile clients, web interfaces, cloud services, third-party integrations, and backend systems. Redbot tests whether those APIs enforce authorization correctly, protect sensitive data, resist object-level abuse, and prevent attackers from manipulating trusted backend workflows.

BOLA & IDOR Object-level authorization flaws, tenant isolation failures, record access, and cross-user data exposure.
Token & Auth Logic OAuth, JWT, session trust, token replay, privilege boundaries, and authentication workflow weaknesses.
Business Logic Workflow abuse, excessive functionality, rate limit bypass, state manipulation, and backend process flaws.
Learn More About API Penetration Testing
API testing answers one critical question:

Can an attacker abuse API trust, object references, tokens, or backend logic to access data or functionality they should never reach?

MOBILE APPLICATION PENETRATION TESTING

Validate Mobile Trust Across Device, App, API, And Backend

Mobile application penetration testing evaluates how iOS and Android apps handle authentication, local storage, runtime behavior, mobile APIs, backend trust, sensitive data, reverse engineering risk, and workflows that move between the device and connected systems.

MOBILE ATTACK SURFACE

Mobile Risk Moves Across The Client And Backend

Mobile apps create unique security challenges because trust is split across the device, the app, the runtime, the API layer, and backend services. Redbot validates whether mobile workflows can be abused through insecure storage, weak authentication, runtime tampering, reverse engineering, exposed mobile APIs, or backend trust assumptions.

Learn More About Mobile App Testing
Device & Local Storage

Sensitive data storage, Keychain and Keystore usage, cached tokens, logs, screenshots, backups, and local file exposure.

Authentication & Sessions

Login flows, biometric trust, OAuth logic, token handling, session lifecycle, account recovery, and mobile identity workflows.

Runtime & Reverse Engineering

App tampering, jailbreak and root behavior, certificate pinning, binary analysis, runtime hooks, and client-side protections.

Mobile APIs & Backend Trust

Mobile API authorization, object access, backend assumptions, data exposure, workflow abuse, and trust between the app and server.

iOS
Android
Mobile APIs
Runtime
Backend Trust
Mobile testing answers one critical question:

Can an attacker abuse the mobile app, device trust, runtime behavior, or backend APIs to access data or workflows they should never reach?

APPLICATION SECURITY VALIDATION

One Application Assessment. Multiple Attack Paths.

Redbot application penetration testing helps organizations understand how web applications, APIs, mobile clients, authentication systems, user roles, backend services, and business workflows can be abused individually or chained together during a real attack.

Authentication Authorization Business Logic Session Handling API Trust Mobile Workflows Data Exposure Backend Logic

The goal is simple: identify what can be accessed, what can be manipulated, what can be chained, and what should be fixed first.

Redbot Security web, mobile, API, and AI application penetration testing for business-critical application exposure
APPLICATION SECURITY EXPOSURE

Web, Mobile, and API Attack Paths Reach Business-Critical Systems.

Web applications, mobile platforms, APIs, authentication systems, cloud-connected services, AI-enabled features, and business workflows continuously expand the application attack surface. Redbot performs manual application penetration testing across web applications, mobile applications, APIs, and connected AI systems to identify exploitable weaknesses that can expose sensitive data, abuse trusted workflows, and impact business-critical systems.

Authentication & Authorization Weaknesses
API Abuse & Backend Exposure
Business Logic Exploitation
Mobile Apps & Connected Systems
AI, LLM & Agentic Application Risk
Cloud-Connected Application Workflows
SOC 2 Type I
SOC 2 Type II
ISO 27001:2022
HIPAA Support
GDPR Support
APPLICATION PENETRATION TESTING METHODOLOGY

How Redbot Validates Real Application Attack Paths

Redbot uses a controlled manual testing process to understand how web applications, APIs, mobile clients, authentication systems, roles, sessions, AI-enabled features, and backend services behave when attackers manipulate real workflows.

Scope The Application Context

Define applications, APIs, mobile builds, roles, test accounts, authentication flows, environments, sensitive data, and business-critical workflows.

Map Workflows, Objects, And Trust

Identify user journeys, endpoints, parameters, objects, mobile API calls, session behavior, authorization boundaries, and backend trust relationships.

Manually Validate Exploitable Weaknesses

Test authentication, authorization, IDOR, BOLA, business logic, session handling, input handling, data exposure, and mobile runtime behavior.

REDBOT APPLICATION TESTING MODEL

Manual Validation Built Around How Applications Actually Break.

Automated scans find surface-level issues. Redbot focuses on whether a weakness can be abused through roles, workflows, objects, APIs, sessions, mobile clients, backend trust, or AI-connected application behavior.

Web Apps APIs Mobile Apps AI Workflows Backend Trust

Chain Web, API, Mobile, And Backend Risk

Connect weaknesses across user workflows, API trust paths, mobile clients, cloud-connected services, AI features, and backend data flows.

Prove Business-Relevant Impact

Demonstrate controlled proof of access, workflow abuse, privilege escalation, data exposure, excessive functionality, or backend compromise paths.

Deliver Remediation Teams Can Act On

Provide prioritized findings with reproduction steps, affected workflows, exploit context, risk explanation, and practical engineering guidance.

Final output: a prioritized roadmap of validated application risk.

Redbot reporting shows what was reachable, what was exploitable, how weaknesses were chained, which controls failed, and what engineering teams should fix first.

APPLICATION PENETRATION TESTING FAQ

Questions About Web, Mobile, And API Penetration Testing

Understand how Redbot validates exploitable application risk across web applications, APIs, mobile apps, authentication systems, business workflows, AI-connected features, and backend services.

What is web, mobile, and API penetration testing?

Web, mobile, and API penetration testing is a manual security assessment that evaluates exploitable weaknesses across application interfaces, mobile clients, backend APIs, authentication systems, user roles, session handling, business logic, and connected workflows. The goal is to determine whether attackers can access data, abuse functionality, bypass controls, or impact business-critical systems.

What is the difference between web application testing and API penetration testing?

Web application penetration testing focuses on browser-based workflows, user interfaces, forms, sessions, roles, access control, and business logic. API penetration testing focuses on backend endpoints, object-level authorization, BOLA, IDOR, tokens, authentication flows, excessive data exposure, rate limiting, and trusted service-to-service behavior.

Does Redbot test mobile applications?

Yes. Redbot performs mobile application penetration testing for iOS and Android applications. Testing can include authentication, local storage, mobile APIs, runtime behavior, reverse engineering risk, sensitive data handling, backend trust, certificate pinning, device interaction, and mobile workflow abuse.

Does application penetration testing include business logic testing?

Yes. Business logic testing is a core part of Redbot application penetration testing. Redbot evaluates whether attackers can manipulate workflows, bypass intended steps, abuse roles, alter object references, exploit approval flows, access restricted functions, or trigger unintended application behavior.

Does Redbot test authentication and authorization?

Yes. Redbot tests authentication and authorization across web applications, APIs, mobile apps, and connected backend systems. This can include login workflows, MFA logic, password reset, session handling, JWT and OAuth implementation, role enforcement, horizontal privilege escalation, vertical privilege escalation, IDOR, BOLA, and tenant isolation.

Can Redbot test AI and LLM application features?

Yes. Redbot tests AI and LLM-enabled application features, including prompt injection, data leakage, agentic workflows, tool abuse, excessive permissions, unsafe integrations, sensitive data exposure, and trust boundaries between AI systems, APIs, users, and backend services.

What does Redbot provide after application penetration testing?

Redbot provides a prioritized penetration testing report with validated findings, risk context, reproduction steps, evidence, affected workflows, business impact, and remediation guidance. Reporting is designed to help engineering and security teams understand what was exploitable and what should be fixed first.

How often should application penetration testing be performed?

Application penetration testing is commonly performed annually, after major releases, before production launch, after significant architecture changes, when new APIs or mobile apps are introduced, after authentication or authorization changes, and when compliance, customer, or vendor requirements call for independent security validation.

RELATED APPLICATION SECURITY SERVICES

Deeper Testing For Web Apps, Mobile Apps, APIs, And Connected Systems.

Extend application security validation into the systems that support modern software: APIs, mobile clients, cloud infrastructure, AI-enabled workflows, and interconnected enterprise environments.

API PENETRATION TESTING

Manual API security testing for authorization flaws, exposed endpoints, object references, token misuse, backend trust relationships, BOLA, IDOR, and workflow abuse.

MOBILE APPLICATION TESTING

iOS and Android application testing focused on authentication, local storage, insecure API communication, session handling, backend integrations, runtime behavior, and mobile-specific exposure.

CLOUD SECURITY TESTING

Cloud penetration testing and infrastructure validation across IAM, exposed services, cloud-connected applications, storage permissions, and operational trust paths.

AI & LLM SECURITY TESTING

Security testing for AI agents, LLM workflows, prompt injection, tool abuse, data leakage, retrieval systems, APIs, and connected enterprise applications.

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WEB, MOBILE & API PENETRATION TESTING

Validate Application Attack Paths Before They Reach Production Risk.

Redbot validates exploitable application exposure affecting web applications, mobile applications, APIs, authentication systems, authorization logic, business workflows, AI-connected features, cloud-connected services, and backend trust relationships.

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