Application access controls
Assess authentication, session handling and role or tenant boundaries within the authorized scope, including misuse of legitimate workflows.
Security Testing
Security Testing
Identify application and integration weaknesses through risk-based testing, secure-development review, and remediation-focused reporting.
Inside the delivery
An authorized assessment with actionable remediation evidence
Agree assets, permitted techniques, test accounts, timing and stop conditions with the system owner. The flow below shows the main delivery stages and the evidence produced at each step.
- 01
Scope and rules
Agree assets, permitted techniques, test accounts, timing and stop conditions with the system owner.
Output
Written scope and rules of engagement
- 02
Threat-led assessment
Examine relevant authentication, authorization, input handling and integration boundaries within scope.
Output
Assessment notes and reproducible findings
- 03
Remediation guidance
Explain impact, affected paths and practical corrections with severity and supporting evidence.
Output
Prioritized security findings report
- 04
Verification and closure
Retest agreed fixes and distinguish resolved issues from untested areas or accepted risks.
Output
Retest report and residual risk register
Controls across the workflow
- Owner authorization
- Test boundaries
- Sensitive evidence handling
- Remediation retest
Decisions that shape the scope
- Does a security test certify that an application has no vulnerabilities?
- No. It assesses agreed assets and techniques within a time period. Scope limits, untested areas and residual risks are documented; certification and legal compliance are separate questions.
- Is this a penetration test or a scan?
- Scanning is part of it, not the whole of it. Automated tools find known patterns; business-logic flaws — a role that can see another tenant's data, a workflow step that can be skipped — are found by a person who understands what the application is for.
Before you commit
Is this the right engagement?
- What we need from you
- Authorized asset list, architecture, test accounts, environment access, permitted techniques and emergency contacts.
- How you accept the work
- Retest agreed fixes and distinguish resolved issues from untested areas or accepted risks. Acceptance records the tested scope, unresolved issues and the owner's decision.
- Scope & alternatives
- No. It assesses agreed assets and techniques within a time period. Scope limits, untested areas and residual risks are documented; certification and legal compliance are separate questions.
Capabilities
Engineering scope and deliverables
Select the work that addresses your constraint. Responsibilities and acceptance criteria are agreed before delivery.
API and integration assessment
Review request validation, credential handling, exposed data and trust boundaries across agreed interfaces.
Reproducible findings
Document affected assets, preconditions, impact and remediation guidance while handling sensitive evidence under the agreed rules.
Remediation verification
Retest selected fixes, record unresolved findings and state the limits of the assessment so release owners can make informed decisions.
Integrations
Selected for your environment
Tools are chosen around your existing systems, access requirements and operating constraints.
Web and mobile applications
APIs and services
CI/CD pipelines
Cloud test environments
Observability tools
Test management systems
Frequently asked questions
Questions to resolve before starting
01Does a security test certify that an application has no vulnerabilities?
Does a security test certify that an application has no vulnerabilities?
No. It assesses agreed assets and techniques within a time period. Scope limits, untested areas and residual risks are documented; certification and legal compliance are separate questions.
02Is this a penetration test or a scan?
Is this a penetration test or a scan?
Scanning is part of it, not the whole of it. Automated tools find known patterns; business-logic flaws — a role that can see another tenant's data, a workflow step that can be skipped — are found by a person who understands what the application is for.
03How often should we test?
How often should we test?
Choose a cadence around application risk, release changes and applicable obligations. Automated checks can run in the delivery pipeline, with focused manual assessment when authentication, integrations or exposed functionality change.
04What if you find something critical mid-test?
What if you find something critical mid-test?
We stop and tell you immediately rather than saving it for the report. The escalation path and contact are agreed during scoping precisely so that call does not have to be improvised.
05What should we prepare for the first technical discussion?
What should we prepare for the first technical discussion?
Authorized asset list, architecture, test accounts, environment access, permitted techniques and emergency contacts.
06What evidence is available at handover?
What evidence is available at handover?
The agreed delivery includes retest report and residual risk register. Retest agreed fixes and distinguish resolved issues from untested areas or accepted risks.
07How is the engagement estimated?
How is the engagement estimated?
We review the available inputs before estimating: Authorized asset list, architecture, test accounts, environment access, permitted techniques and emergency contacts. The proposal identifies dependencies, review milestones and excluded work; the scope determines the schedule.
Start a conversation
Discuss your next technical step
Share your current situation and the constraint you need to resolve. We will use the discovery inputs above to define a practical scope for Security Testing.