01 — HunterX Vision

Status: Ratified Version: 1.0.0 Applies to: All HunterX modules, plugins, adapters, and future sprints Scope: Engineering foundation and product direction

1. Vision

HunterX will become the industry-standard open-source security operations platform that any organization — from a solo bug bounty hunter to an enterprise red team — can deploy to plan, orchestrate, execute, validate, correlate, and report complete security assessments. HunterX is the operating system for security testing: it does not replace the tools an operator already trusts; it unifies them under one intelligent, AI-driven command plane.

The platform is not measured by the number of scanners it wraps. It is measured by the quality of the decisions it enables: what to test, in what order, with what tool, with what confidence, and with what business risk.

2. Mission

To deliver a single, AI-driven security operating platform that plans, orchestrates, executes, validates, correlates, and reports end-to-end security assessments by integrating open-source security tools through a unified, extensible, and auditable architecture — without locking operators into a vendor toolchain.

The mission has four operational pillars:

  1. Orchestrate — Run complete, multi-phase assessments (reconnaissance → enumeration → detection → validation → exploitation support → reporting) as reproducible workflows, not one-off commands.
  2. Intelligently decide — Let an AI planner decide what to do next based on live evidence, target profile, mission profile, and risk posture; never blindly.
  3. Integrate without friction — Add any tool in a day using a documented SDK, a structured knowledge file, and a validated adapter contract.
  4. Prove everything — Every finding is a first-class, evidence-backed, versioned, and correlated data object, not a line of console text.

3. Goals

3.1 Product Goals

ID Goal Success Metric
G-01 Complete end-to-end assessments with a single command A mission runs recon→report with zero manual tool swaps
G-02 AI-assisted planning and decision making Planner proposes next actions; ≥90% accepted by operators in production use
G-03 Tool-agnostic integration New tool integration in ≤1 engineer-day using the Tool Adapter SDK
G-04 Evidence-backed reporting 100% of findings reference raw evidence artifacts and logs
G-05 Correlation across findings Attack paths reconstructed across domains, hosts, and services
G-06 Multi-mission support All 12 supported assessment types ship as first-class mission profiles
G-07 Reproducibility Same target + same mission + same version ⇒ same workflow plan (deterministic plan ID)
G-08 Enterprise readiness Multi-user, RBAC, audit trail, air-gapped and cloud deployment

3.2 Engineering Goals

ID Goal Success Metric
E-01 Clean Architecture Core layer has zero imports from infrastructure layer
E-02 Modularity Every capability ships as a plugin; core never forks for a feature
E-03 Scalability Horizontal scale-out for ≥1,000 concurrent targets
E-04 Extensibility ≥100 tools and ≥1,000 plugins without core changes
E-05 Testability Core unit-testable without network, DB, or AI provider
E-06 Observability Every action traceable: correlation ID, span tree, audit record
E-07 Security-by-design Sandboxed execution, secret isolation, signed plugins

4. Scope

HunterX is in scope for the following functional domains:

The following assessment types are explicitly supported (see 12 - Mission Profiles.md):

  1. Bug Bounty
  2. Web Security
  3. API Security
  4. External Pentest
  5. Internal Pentest
  6. Active Directory Assessment
  7. Cloud Security
  8. Container Security
  9. Kubernetes Security
  10. Mobile Security
  11. Network Security
  12. Continuous Security Assessment

5. Non-Goals

The following are explicitly out of scope and must NOT be implemented in the core, as plugins, or as adapters without a ratified scope amendment:

Non-Goal Rationale
Reverse engineering and binary analysis Out of scope per project directive (phase excluded)
Building a vulnerability scanner from scratch HunterX orchestrates; detection belongs to integrated tools
Re-implementing existing OSS tools We integrate; we do not fork-and-rebuild
Malware analysis Separate discipline; excluded
Exploit development beyond PoC validation Validation only; weaponization is operator territory
Production traffic interception / MITM proxies May be referenced by adapters; not a core feature
Vulnerability remediation Out of scope; we report, we do not patch
Compliance enforcement We map to frameworks; enforcement is customer policy
Selling managed services Open-source platform; services are partner/operator territory
GUI / IDE as primary interface CLI and REST API are primary; GUI is a future module

Anything not listed as a goal, scope item, or explicit non-goal is subject to the Scope Amendment Process (see 24 - Quality Assurance.md) before implementation.

6. Supported Assessment Types

The platform ships twelve mission profiles. Each profile binds a workflow template, an objective model, a tool allow-list, an output contract, and a risk model. See 12 - Mission Profiles.md for the full definition.

# Mission Profile Domain Primary Phases
1 bug-bounty Web/API Recon → Enumerate → Detect → Validate → Report
2 web-security Web Crawl → Fingerprint → Detect → Validate → Report
3 api-security API Discover → Fuzz → AuthN/AuthZ → Validate → Report
4 external-pentest Perimeter Recon → Scope mapping → Detect → Exploit-PoC → Report
5 internal-pentest Internal Discovery → Pivot → Lateral movement → Persistence check → Report
6 ad-assessment AD Enumerate → Attack paths → Escalation → Kerberos → Report
7 cloud-security Cloud Inventory → IAM review → Misconfiguration → Validate → Report
8 container-security Containers Image scan → Registry → Runtime → Validate → Report
9 kubernetes-security K8s Cluster enum → RBAC → Admission → Pod security → Report
10 mobile-security Mobile Static → Dynamic → Traffic → Storage → Report
11 network-security Network Discovery → Port → Service → Exploit-PoC → Report
12 continuous All Scheduled delta scanning → Drift detection → Continuous report

7. Project Philosophy

The following principles are constitutionally binding for every module, plugin, and line of engineering work in HunterX. A change that violates a philosophy principle requires a ratified exception in 24 - Quality Assurance.md.

P-01 · Orchestrate, Don’t Rebuild

HunterX integrates battle-tested OSS tools. We add value through intelligence, orchestration, and correlation, not by re-scanning targets with homemade scanners.

P-02 · AI as an Operator, Not an Oracle

AI proposes, plans, triages, and drafts. It never silently executes destructive or scope-exceeding actions without human confirmation where the mission profile requires it. Every AI decision is recorded, versioned, and explainable.

P-03 · Evidence Is Truth

A finding without evidence is a hypothesis. A finding with evidence is data. Screenshots, raw responses, payloads, logs, and timestamps are first-class entities in the unified schema (08 - Unified Security Schema.md).

P-04 · Clean Architecture Above All

Dependency rule: inward dependencies only. The domain core has no knowledge of FastAPI, SQLAlchemy, Redis, or any tool binary. See 02 - Architecture.md and 04 - Coding Standards.md.

P-05 · Everything Is a Plugin

Tools, detectors, reporters, AI strategies, and mission behaviors are plugins. The core provides contracts; the ecosystem provides implementations.

P-06 · Fail Loud, Recover Gracefully

Every failure is captured, categorized, retried per policy, and surfaced. The system degrades gracefully when a tool or provider is unavailable and records the degradation in the audit trail.

P-07 · Consent and Scope Are Inviolable

HunterX enforces the engagement scope at every layer: planner, workflow, adapter, and sandbox. Scope violations abort the offending unit and escalate. See 13 - Security Standards.md.

P-08 · Privacy and Secrets by Design

Secrets never enter logs, reports, or AI prompts. Data at rest is encrypted; data in transit is TLS; secrets are isolated in a vault-backed secret store.

P-09 · Deterministic Where It Matters

Planning, tool invocation order, and report output are deterministic and reproducible. AI randomness is bounded and pinned by a seed per mission where required for reproducibility.

P-10 · Observability Is a Feature

Every action has a trace: correlation_id, span_id, actor, timestamps, inputs, outputs, and outcome. Telemetry and audit are not bolt-ons; they are core contracts.

P-11 · Longevity and Evolution

The core is stable; the ecosystem evolves. New tools, plugins, AI strategies, and mission types must be addable without changing the core (see 25 - Future Expansion.md).

P-12 · Security First, Always

HunterX is a security product; it must practice what it preaches. Sandboxing, least privilege, signed artifacts, and a hardened supply chain are non-negotiable.

8. Guiding Constraints

9. Definition of Done (Project Level)

A feature, module, plugin, or tool integration is done when:

10. Reference