About Continuous Penetration Testing

Continuous penetration testing to identify and validate security risks across application changes and release cycles.

Frequently Asked Questions

How is this different from traditional penetration testing?

Traditional penetration testing is performed periodically against a full application scope. Continuous testing is change-driven and includes both security review and targeted testing, validating risks introduced by each change before it goes live.

Do you test every change?

No. Each change is evaluated to determine its impact and risk. Testing is performed where it adds value, rather than applied uniformly.

What happens if a change does not require testing?

The change is reviewed from a security design and scope perspective to understand its impact on system behavior, trust boundaries, and data flows. Security observations and recommendations are provided without proceeding to testing.

How is testing effort determined for each request?

Effort is determined using a structured sizing approach based on the scope of the change, including affected components, APIs, workflows, integrations, and overall impact.

Can testing be performed on production systems?

Security review can begin during development to assess design and scope, while testing is typically performed before go-live in stable environments such as SIT or staging. Where required, testing can also be conducted in production under controlled conditions and agreed scope.

Will testing delay our release timelines?

No. Testing is aligned with development workflows and scheduled based on priority to support release timelines rather than block them.

Do you provide retesting after fixes are implemented?

Yes. Retesting is performed to verify that issues are properly resolved and no regression is introduced.

What will be delivered for each request?

Each request includes a security review of the change, followed by targeted testing where required. Deliverables include coverage of the assessed scope, identified issues (if any), impact, and remediation guidance. Where no vulnerabilities are found, confirmation of validation and coverage is provided.

Does this replace periodic security assessments?

No. Full-scope security assessments are still required to evaluate the application as a whole. Continuous testing focuses on individual changes, while periodic assessments ensure complete coverage across all components and interactions.

CHANGE / DRIVEN

Continuous Penetration Testing

Continuous, change-driven security validation aligned with how applications are built, updated, and released.

CHANGE // VERIFY // TRACK // IMPROVE // CHANGE // VERIFY // TRACK // IMPROVE

Service Overview

Continuous Penetration Testing identifies and validates security risks introduced by application changes such as new features, updates, integrations, workflow modifications, and configuration changes.

Rather than retesting the full application at fixed intervals, each change is reviewed in context to understand its effect on behavior, access control, data flows, and integrations. Testing is then performed where it adds value, keeping effort focused on real risk.

Change Impact Analysis

From application change to real impact

Changes are assessed in the context of the full system, showing how affected components could be abused, chained, or leveraged to cause unauthorized access, data exposure, or unintended behavior.

Why Teams Use It

Security validation aligned with development activity

Testing is performed when changes are introduced, not delayed.

Focused assessment of relevant components

Only impacted areas are tested, reducing unnecessary effort.

Early identification of security issues

Risks are identified before they are released to production.

Continuous visibility into security posture

Findings are tracked across changes to identify recurring issues.

How the Engagement Works

Continuous Penetration Testing operates as a structured, request-driven model aligned with development activity. Each change is reviewed, assessed, and tested where required to validate security risks before release.

STEP_01

Change Initiated

STEP_02

Scope / Design Review

STEP_03

Attack Surface Analysis

STEP_04

Testing Decision

STEP_05

Effort Estimation

STEP_06

Scope Approval

STEP_07

Test Planning

STEP_08

Targeted Testing

STEP_09

Vulnerability Validation

STEP_10

Reporting

STEP_11

Retesting

STEP_12

Risk Tracking

What Triggers Testing

Testing is initiated by meaningful product, platform, and workflow changes that alter risk, trust boundaries, or exploitability.

New features and functional changes that introduce new user flows, inputs, or system behavior
Authentication and authorization updates that modify how users are identified, authenticated, or granted access
API modifications and new endpoints that expose new request handling, data access, or backend logic
Business logic and workflow changes that affect processing rules, state transitions, or enforcement of controls
Data handling and storage changes that impact how data is processed, stored, or accessed
Infrastructure and configuration updates that change system exposure, access paths, or service behavior
Third-party integrations that introduce external dependencies and trust relationships
Changes affecting existing functionality that may break controls or reintroduce previously resolved issues

Delivery Model

Continuous Penetration Testing operates as a change-driven engagement model where testing is initiated based on application changes. The difference between delivery models lies in how requests are handled and how capacity is allocated.

01
Request-Based

On-Demand

Each request is handled independently, with scoping, approval, and scheduling completed before execution.

Best For

Isolated or high-risk changes requiring focused validation

Infrequent releases or low change volume

One-off or project-based security testing

Organizations needing strict control over when testing occurs

Environments where testing is not part of daily development activity

Recommended
02
Pre-Allocated Effort

Credit-Based

Requests use pre-approved effort, so testing can proceed without repeated approval or engagement setup.

Best For

Teams with regular application changes but not continuous delivery

Organizations wanting faster turnaround without full re-scoping per request

Reducing delays caused by repeated approvals and engagement setup

Managing testing effort across multiple teams, features, or releases

Balancing cost control with predictable and flexible usage

03
Embedded Support

Dedicated

Security testing is delivered with reserved capacity, enabling continuous execution and close alignment with development workflows.

Best For

Continuous delivery and fast-paced development environments

High volume of changes across multiple applications or teams

Organizations requiring consistent, real-time security validation

Teams needing direct collaboration with security during development

Long-term AppSec maturity and integration into SDLC

FAQs

Ready to align security with your workflow?

Tell us about your application and release process. We’ll define the right coverage and testing approach.

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