Zupitrix

Think like the adversary

Prove what's exploitable.
Fix it with evidence.

Zupitrix simulates real-world attacks against your applications, APIs, mobile, networks, and cloud — chaining weaknesses into realistic attack paths, then delivering proof-of-concept evidence and sprint-ready remediation guidance your engineers can ship immediately.

Ethical hacker performing penetration testing
5+Attack surfaces per engagement
PoCProof-of-concept for every critical
72hCritical findings reported same day
RetestVerify fixes before you close

Attack path

Recon → Exploit → Post-exploit — the kill chain we walk

  1. 01
    Recon
    ReconDays 1–3

    OSINT, subdomain enumeration, tech fingerprinting, and attack surface mapping.

  2. 02
    Weaponize
    WeaponizeDays 3–5

    Craft payloads, build exploit chains, and prepare tooling for target stack.

  3. 03
    Exploit
    ExploitDays 5–10

    Execute attacks against identified vectors — injection, auth bypass, SSRF, logic flaws.

  4. 04
    Post-Exploit
    Post-ExploitDays 10–12

    Lateral movement, privilege escalation, data exfiltration proof, and persistence testing.

  5. 05
    Report
    ReportDays 12–15

    Executive summary, technical findings with PoC, risk ratings, and remediation roadmap.

Attack surfaces

Every surface an attacker would target

Web Applications

Web Applications

OWASP Top 10, business logic, session management, and server-side vulnerabilities.

API & Microservices

API & Microservices

REST, GraphQL, gRPC — auth, BOLA/BFLA, rate limiting, and data exposure.

Mobile Apps

Mobile Apps

iOS & Android — local storage, certificate pinning, deeplinks, and runtime tampering.

Network & Infra

Network & Infra

External and internal — services, protocols, segmentation, and lateral movement paths.

Cloud Environments

Cloud Environments

AWS, Azure, GCP — IAM misconfigurations, storage exposure, and cross-account pivots.

Methodology

OWASP & PTES — manual testing with structure

01

Scoping & Rules of Engagement

Define targets, exclusions, testing windows, and communication channels. Sign ROE before any testing begins.

02

Passive Reconnaissance

OSINT collection, DNS enumeration, certificate transparency logs, and technology fingerprinting without touching the target.

03

Active Discovery

Port scanning, service enumeration, directory brute-forcing, and authenticated crawling to map the full attack surface.

04

Vulnerability Analysis

Manual testing against OWASP/PTES checklists, business logic review, and automated tool correlation to reduce false positives.

05

Exploitation & Chaining

Attempt real exploitation — SQL injection, auth bypass, SSRF chains, privilege escalation — to prove business impact.

06

Post-Exploitation

Assess blast radius: lateral movement, data access, persistence mechanisms, and impact to connected systems.

07

Reporting & Debrief

Deliver executive summary, technical report with PoC evidence, risk-ranked findings, and a remediation walkthrough with your team.

Reporting & debrief

Evidence your team can act on

Every engagement ends with an executive summary for leadership, a technical report with PoC steps and screenshots, risk-ranked findings, and a live remediation walkthrough so engineers know exactly what to fix first.

  • Executive summary with business impact narrative
  • Technical PoC evidence, not scanner noise
  • Risk-ranked backlog ready for sprint planning
  • Live debrief with your engineering team
Security analyst reviewing penetration test evidence on a workstation

Findings

Real attack chains — not just scanner output

critical

Pre-auth RCE via deserialization

Unpatched library → deserialization → shell access → full DB dump

Complete system compromise without credentials

high

IDOR + privilege escalation chain

Predictable IDs → tenant data access → admin role assignment

Cross-tenant data breach and account takeover

medium

Stored XSS in admin dashboard

User input → unsanitized render → session hijack on admin view

Admin session theft through crafted user content

low

Verbose error messages in API

Invalid request → stack trace → internal path and version disclosure

Information leakage aids further reconnaissance

Vulnerability analysis and exploit development

Fix-verify loop

Report → Fix → Retest → Close

Report

Deliver findings with PoC, root cause, and specific fix guidance.

Fix

Your engineers implement fixes — we answer questions and review patches.

Retest

We verify every critical and high finding is properly resolved.

Close

Issue a clean retest letter and update the findings register.

Engagement models

Black box, gray box, or white box — match the threat

Black Box
External attacker perspective

Black Box

No credentials, no architecture docs — simulates an outsider discovering and exploiting your public attack surface.

Best for: Internet-facing apps, external perimeter
Gray Box
Authenticated user perspective

Gray Box

Standard user credentials and partial documentation — finds privilege escalation, IDOR, and business logic flaws inside the app.

Best for: SaaS platforms, multi-tenant apps, APIs
White Box
Full source & architecture access

White Box

Source code, architecture diagrams, and admin credentials — maximizes finding depth in critical systems.

Best for: Core banking, health platforms, critical infra

Outcomes

What you leave with after retesting

Exploitable paths eliminated

Critical and high findings fixed and verified — not just documented and forgotten.

Compliance evidence delivered

Pentest reports that satisfy PCI DSS, SOC 2, ISO 27001, and customer due diligence requirements.

Security posture baselined

A scored benchmark you can track quarter over quarter to demonstrate improvement.

Team capability raised

Engineers learn from real exploits against their own code — better than any training slide.

FAQ

Questions about penetration testing

Stack & tooling

Technologies we put to work

We combine manual exploitation with fast coverage tooling, so you get verified attack chains — not just scanner output.

Web & API testing
Burp Suite Professional

Intercept, manipulate, and replay traffic to validate auth bypass and injection.

Exploitation
Metasploit Framework

Controlled exploitation to prove impact and measure blast radius.

Offensive platform
Kali Linux

Standardized red-team tooling environment for authorized engagements.

Methodology
OWASP

OWASP Testing Guide and ASVS-aligned coverage for web and API.

Traffic analysis
Wireshark

Packet capture to validate protocol abuse and session handling flaws.

Lab & targets
Docker

Isolated labs and container targets for safe exploit reproduction.

Cloud-native
Kubernetes

Cluster and workload attack-path testing for modern estates.

Coverage
Snyk

Dependency and container findings correlated with manual exploit chains.

Zupitrix role

A red-team mindset with an engineering-grade report

Zupitrix runs engagements like real adversary campaigns — but with strict rules of engagement, safe execution, and deliverables your builders can act on quickly. You get verified attack chains, clear fix guidance, and a retest letter that helps you close risk with confidence.

  • Threat-model scoping with clear exclusions, rate limits, and comms plan
  • Manual testing that prioritizes business logic and exploit chains over raw CVE lists
  • Evidence-backed findings: PoC steps, screenshots/log proof, and impact narrative
  • Remediation partnership: dev Q&A, fix review, and validation retest before closure
Security engineers reviewing penetration test evidence and remediation steps
Ready to see your environment through an attacker's eyes?

Share your scope and threat model — we will outline an engagement that finds what scanners miss.

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