Approaching Launch
A new website, portal or software-as-a-service (SaaS) platform approaching release.
Find exploitable weaknesses before they reach your customers. We combine automated discovery with deep manual analysis because scanners alone rarely understand user roles, trust boundaries, or business logic abuse.
Testing can be performed before release, after a significant change, as part of supplier assurance or as a recurring control. The exact depth depends on the application's sensitivity, complexity, user roles, integrations and exposure.
A new website, portal or software-as-a-service (SaaS) platform approaching release.
Major changes modifying authentication, payment processing, file handling, administration, or customer data flows.
Applications that have not received independent manual penetration testing within the past year.
Customer, investor, insurer, or procurement requests requiring independent security assurance.
Following a suspected vulnerability disclosure, threat change, or security incident involving your online services.
We map the application, identify security controls, and safely validate weaknesses using agreed test accounts and data. The result is a prioritized remediation roadmap containing clear evidence and reproduction steps.
Agree target URLs, testing environments, user roles, exclusions, test windows, and rules of engagement.
Review documentation and safely enumerate functionality, API endpoints, technologies, and trust boundaries.
Combine appropriate tooling with manual techniques to distinguish exploitable issues from false positives.
Demonstrate realistic impact with the minimum action necessary and without retaining customer data.
Provide a risk-rated technical report and a clear briefing for technical and business stakeholders.
Verify agreed remediations and record which findings are resolved, partially resolved, or still present.
A concise explanation of the overall risk, highlighting business impact in non-technical language to align stakeholders.
Learn more →Detailed verification of tested endpoints, assumptions, limitations, and the specific methodology applied.
Learn more →A list of validated vulnerabilities, categorized by severity (CVSS/Risk) and showing affected parameters or endpoints.
Learn more →Step-by-step reproduction instructions and proof-of-concept payloads to allow your developers to verify issues safely.
Learn more →Practical, actionable recommendations to fix identified vulnerabilities, including root-cause improvement suggestions.
Learn more →A clear log of positive controls observed during testing and verification of remediations after developer fixes.
Learn more →All testing is performed only against explicitly authorised targets and within agreed rules of engagement. Potentially disruptive techniques, denial-of-service activity, destructive actions and access to real personal data are excluded unless separately risk-assessed and expressly approved. A test provides point-in-time assurance; it cannot guarantee that an application is free from every vulnerability.
No. Automated tools are useful for finding known missing patches, but they cannot assess multi-tenant separation, business logic abuse, workflow skipping, or multi-step form authentication. We manually validate all issues to ensure zero false positives.
Yes. We can test production applications safely by establishing clear rules of engagement, avoiding disruptive payloads, and scheduling tests during low-traffic windows. Testing in a staging/QA environment is preferred for fragile or write-heavy features.
Not necessarily. In black-box testing, we operate with zero prior knowledge. In grey-box testing, we utilize test accounts and selected documentation. White-box testing can include full source code access to accelerate findings. The model is chosen during scoping.
APIs that support the web application's user interface are tested as part of the core scope. If your APIs are externally consumed or have a large footprint, we recommend a dedicated API security assessment to test endpoints systematically.
No. A security assessment provides point-in-time assurance based on the targets and methods used. It is an essential control, but must be combined with secure software development lifecycles (SSDLC), monitoring, and continuous vulnerability management.
Common triggers are major code releases, changes to authentication mechanism, new cloud integrations, supplier audits, or standard annual/risk-based review cycles.
Discover vulnerabilities before attackers can exploit them. Clear technical findings, business-risk explanations, and actionable remediation recommendations.
Read full briefing →An engineering-led analysis of emerging attack vectors targeting web applications, mobile APIs, and enterprise network perimeters.
Read full briefing →A step-by-step guide to preparing your organisation for cyber incidents — detection, containment, eradication, and recovery.
Read full briefing →Breaking down the SolarWinds breach and what every security team must do to protect against supply chain compromise.
Read full briefing →Talk to World Computing about cybersecurity testing, AI consultancy, certification or compliance.
Book a Consultation → info@worldcomputing.co.uk