Your web applications are your largest externally exposed attack surface.
Web application attacks account for 43% of all data breaches globally — the single largest attack vector. Every application you expose to the internet is being continuously probed by automated scanners operated by criminal groups, nation-state actors and opportunistic hackers. New vulnerabilities are introduced every time developers deploy code. New CVEs affecting your third-party libraries are published every day.
The most dangerous vulnerabilities — broken access control, SQL injection, authentication flaws and business logic errors — cannot be found by automated scanners alone. They require a skilled security engineer who thinks like an attacker, tests the specific logic of your application and explores the interactions between features that automated tools follow in a straight line.
Octa1ne provides both layers: continuous automated scanning that catches new vulnerabilities as they are introduced, and regular manual penetration testing by certified engineers who find what automated tools cannot.
Book a web app assessment →The ten vulnerability categories
causing most application breaches globally
Octa1ne tests for all ten OWASP Top 10 categories on every engagement — both through automated scanning and manual expert testing where automation alone is insufficient.
Users accessing data or functions they should not be able to reach. IDOR vulnerabilities allowing sequential ID enumeration. Missing authorisation on API endpoints. Privilege escalation by modifying role parameters. The most prevalent vulnerability category globally.
Sensitive data transmitted without TLS. Weak or deprecated encryption algorithms. Hardcoded cryptographic keys. Insecure storage of passwords, tokens or PII. Missing encryption on sensitive database fields. Insufficient entropy in random number generation.
SQL injection allowing full database read and write. Command injection executing OS commands on the server. LDAP injection bypassing authentication. Template injection in server-side rendering. Cross-site scripting injecting JavaScript into page content viewed by other users.
Business logic flaws that make sense to a developer but create security vulnerabilities in practice. Workflows that can be abused beyond their intended use. Missing threat modelling resulting in inherently insecure application architecture. This category requires human expertise — no automated scanner can identify design-level security flaws.
Default credentials on admin interfaces. Verbose error messages exposing stack traces. Directory listing enabled on web servers. Debug functionality accessible in production. Missing security headers. Overly permissive CORS policies. Cloud storage buckets with public access enabled.
NPM packages, Python libraries and JavaScript frameworks with known exploitable CVEs embedded in your application. Log4Shell, Spring4Shell and similar supply chain vulnerabilities affect components you may not know your application uses. Software composition analysis identifies every dependency.
Missing account lockout enabling brute force attacks. Weak session tokens predictable from observable patterns. Session fixation vulnerabilities. Missing re-authentication before sensitive operations. Insecure remember-me token implementation. Password reset flows exploitable without account control.
Unsigned or unverified software updates automatically installed. Insecure deserialization of untrusted data. CI/CD pipeline without integrity verification. Dependency confusion attacks through package manager misconfiguration. Auto-update mechanisms without signature validation.
Missing logging of authentication events, access control failures and input validation errors. Log output exploitable for log injection. Insufficient detail in logs to support incident investigation. No alerting on brute force attempts or suspicious activity patterns. SIEM integration gaps.
Application fetches remote URLs based on user-supplied input — allowing attackers to make the server send requests to internal services, cloud metadata endpoints and other infrastructure inaccessible from the internet. Particularly severe in cloud environments where metadata services expose credentials.
Three testing layers.
Each finding what the others cannot.
No single testing approach covers the full vulnerability landscape. Octa1ne combines three complementary layers — each designed to find the vulnerabilities the other layers miss.
OWASP ZAP runs continuously against your applications — either integrated into your CI/CD pipeline to scan before every deployment, or running on a scheduled cycle against production. Catches new vulnerabilities as they are introduced by code changes, configuration drift or newly published CVEs affecting your components.
Certified security engineers conduct structured manual testing using Burp Suite Pro — testing the specific logic of your application, exploring interactions between features and attempting exploitation chains that no automated tool will find. This is where IDOR, broken access control and insecure design vulnerabilities are discovered.
Static analysis runs on every code commit — identifying security vulnerabilities in the source code before they reach production. Software composition analysis checks every third-party dependency against known CVE databases. Secrets scanning catches API keys, passwords and tokens accidentally committed to code repositories.
The combination is what matters. Continuous scanning catches new vulnerabilities immediately. Manual testing finds what scanners cannot. Source review catches issues before they deploy. Together they provide coverage no single approach delivers.
Industry-standard tools.
Used by security teams at the largest organisations globally.
The definitive web application security testing platform. Provides an integrated environment for testing, intercepting and manipulating all web traffic between browser and application. Used by security engineers at every top-tier consultancy and enterprise security team globally. The tool that finds what everything else misses.
The OWASP-maintained open-source dynamic application security testing tool. Best-in-class for continuous automated scanning integrated into CI/CD pipelines. Active and passive scan modes. Scriptable for custom tests. Maintained by the same organisation that created the Top 10 vulnerability framework.
Lightweight static analysis tool that runs in seconds rather than hours — making it practical for integration into every code commit. Extensive rule libraries covering common vulnerability patterns in every major programming language. Custom rules written for your specific codebase and risk profile.
Continuous monitoring of open-source dependencies for known CVEs — integrated into GitHub, GitLab and CI/CD pipelines. Identifies vulnerable libraries at the PR level before they merge. Auto-fix pull requests for many common dependency upgrades. The most widely adopted SCA tool globally.
Postman combined with Burp Suite Pro for comprehensive API security testing — importing OpenAPI/Swagger specifications to enumerate all endpoints, test authentication mechanisms, verify authorisation on every endpoint and identify excessive data exposure in API responses.
Attack surface discovery before testing begins — identifying all externally accessible services, open ports, TLS configurations and infrastructure visible to an attacker. Combined with Shodan for passive reconnaissance of your organisation's internet-facing footprint to replicate attacker reconnaissance without active scanning.
Clear reports. Actionable fixes.
Evidence your applications are secure.
Critical Finding Alerts
When a critical or high-severity vulnerability is identified during testing, your team is notified immediately — before the full report is written. Severity, affected component, business impact and recommended immediate action. No waiting days to learn about a SQL injection in your customer portal.
Technical Findings Report
Full technical report for your development team: every vulnerability documented with severity rating, CVSS score, affected URL or code location, step-by-step reproduction instructions, proof-of-concept screenshots and precise remediation guidance specific to your technology stack.
Executive Summary
Leadership-focused summary requiring no technical knowledge: vulnerabilities in plain English, business risk of each finding, overall application security posture rating, compliance implications and prioritised remediation recommendations. Suitable for board reporting and insurance renewal submissions.
Remediation Verification
After your development team addresses findings, Octa1ne retests every reported vulnerability to confirm it has been successfully resolved. Verification report confirms closure with before-and-after evidence — providing the timestamped audit trail required for compliance and client security questionnaires.
Vulnerability Trend Dashboard
For clients on continuous scanning, a live dashboard tracks vulnerability count over time — showing whether your application security posture is improving, stable or deteriorating. New findings from code changes, average time to remediate and coverage metrics across your application portfolio.
Application Security Posture Review
Strategic review with your dedicated engineer: application security trend analysis, development team training gaps identified from finding patterns, secure coding recommendations specific to your technology stack and roadmap for improving your overall application security maturity.