Web Application VAPT
OWASP Top 10, business logic flaws, authentication bypass, session management, IDOR, XSS, SQLi, SSRF, and file upload vulnerabilities across your web applications.
Request Assessment →From VAPT and red team simulations to smart contract audits, cloud security assessments, incident response, and post-quantum cryptographic resilience — Xenqube delivers security across every layer of your stack. Not a checkbox. A continuous posture.
Security at Xenqube is not isolated to one domain. We cover infrastructure, applications, smart contracts, AI systems, and cryptographic layers — with a unified threat model.
Web apps, APIs, mobile apps, internal networks — assessed for real-world exploitability with actionable remediation.
VAPT Services →Reentrancy, access control, oracle manipulation, flash loan attacks, and upgrade risks — caught before audit, not after.
Web3 Security →Prompt injection, data poisoning, model inversion, and supply-chain attack mitigations for AI agents in production environments.
AI Security →Quantum threat assessment, NIST PQC migration planning, and hybrid classical/PQC deployment for long-lived systems.
PQC Migration →We identify real exploitable vulnerabilities — not just scan output. Every assessment combines automated tooling with manual testing by experienced security engineers, and delivers a prioritized remediation roadmap with evidence.
OWASP Top 10, business logic flaws, authentication bypass, session management, IDOR, XSS, SQLi, SSRF, and file upload vulnerabilities across your web applications.
Request Assessment →REST and GraphQL endpoint enumeration, broken object-level authorization (BOLA/IDOR), mass assignment, rate-limiting gaps, and token security testing for production APIs.
Request Assessment →Android and iOS security testing covering data-at-rest, insecure communications, improper platform usage, reverse engineering risk, and certificate pinning bypass analysis.
Request Assessment →Internal and external network scanning, open port and service enumeration, misconfiguration analysis, firewall rule assessment, and privilege escalation path mapping.
Request Assessment →AWS, GCP, and Azure posture review covering IAM misconfiguration, overly permissive policies, exposed storage buckets, secrets management, and network segmentation gaps.
Request Assessment →Manual static analysis covering injection vulnerabilities, cryptographic misuse, insecure deserialization, hardcoded secrets, and architectural security flaws in source code.
Request Review →Red team engagements go beyond scope-limited VAPT. We simulate real-world attackers — combining social engineering, physical access probing, and multi-stage exploitation chains — to test your detection and response capability, not just your patch status.
Goal-based adversary simulation with no fixed scope. Objective: demonstrate attacker capability to reach critical assets — keys, admin access, sensitive data, or fund movement — before you do.
Start Engagement →Spear phishing campaigns, pretexting, and vishing simulations against your team to measure susceptibility and strengthen human-layer defenses before real attackers do.
Run Simulation →Collaborative red-blue team sessions where offensive findings are mapped directly to detection gaps — improving SIEM rules, alert tuning, and incident response runbooks in real time.
Book Exercise →When something goes wrong — a breach, a ransomware hit, a compromised key, or an unexplained transaction — response speed and forensic quality determine outcome. Xenqube provides both reactive IR support and proactive IR readiness programs.
Rapid triage, scope determination, containment actions, and evidence preservation for active incidents — including smart contract exploits, wallet compromise, and infrastructure breaches.
Emergency Contact →On-chain transaction tracing, log analysis, memory forensics, and root-cause reconstruction for post-incident reporting, regulatory disclosure, and legal proceedings.
Request Forensics →Severity matrix design, runbook authoring for your most likely threat scenarios, tabletop exercise facilitation, and detection engineering to shorten time-to-response before an incident occurs.
Build Your Playbook →Security review is embedded from architecture through deployment — with audit-ready artifacts produced at each milestone. We do not just check for reentrancy. We model your protocol's entire attack surface.
Pre-audit review covering natspec documentation, test coverage, access control mapping, and threat model artifacts so third-party audits are faster and more thorough.
Smart Contract Checklist →Ongoing security operations: threat modeling, monitoring, wallet governance, key rotation procedures, and incident response for live protocols.
Security Operations →Enterprise-grade security programs: controls mapping, evidence collection, compliance alignment, and security reporting for institutional and regulated deployments.
Enterprise Security →Technical controls are only as strong as the people operating them. Xenqube delivers hands-on security workshops — from secure coding practices to Web3 threat modeling — tailored to your team's stack and role profile.
Hands-on training covering OWASP Top 10 exploitation and defense, secure coding patterns, secrets management, dependency risk, and threat modeling for engineering teams.
Book Workshop →Smart contract attack patterns, DeFi protocol risks, wallet security, key management hygiene, and on-chain monitoring fundamentals — practical sessions for protocol teams.
Book Workshop →Executive and leadership-level sessions covering threat landscape, security program framing, incident communication, regulatory obligations, and board-ready security metrics.
Request Session →Classical cryptography underpins most infrastructure today — and it is vulnerable to future quantum computers. Xenqube helps organizations understand their exposure and migrate to NIST-standardized PQC algorithms before the window closes.
Inventory of classical cryptography in your stack, risk rating against quantum timeline scenarios, and migration priority scoring.
Phased migration using hybrid classical + PQC schemes — maintaining compatibility with existing systems while building quantum resistance.
Guidance on ML-KEM, ML-DSA, SLH-DSA, and FN-DSA selection based on your performance, compatibility, and assurance requirements.