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CyberSecurityUPandClaude Opus 5
4b71ac63a0
New `mobile` engagement mode: `neurosploit mobile <app.apk|app.ipa|binary>` reverse-engineers a local artifact with a dedicated `mobile` agent set, all headless and provisioned on demand (Ghidra analyzeHeadless, MobSF REST/Docker, Frida, apktool/jadx, radare2). Twelve original, generic skills (agents_md/mobile/, English): static binary triage, APK static analysis, IPA static analysis, RASP & anti-tamper mapping, root/jailbreak detection + bypass, TLS pinning detection + bypass, anti-debug detection + bypass, obfuscation analysis & deobfuscation, code-integrity / tamper-check bypass, hardcoded-secrets extraction, insecure local storage, and mobile network traffic analysis. Findings are proven from the artifact (decompilation or Frida trace), non-destructively. - agents.rs: new `mobile` Library category (loaded, counted). - pipeline.rs: run_mobile() mirroring the host pipeline with a mobile recon and headless tooling doctrine; exported from the crate. - CLI: `Cmd::Mobile` + `Mode::Mobile`, wired in main and the TUI. - README + TUTORIAL document the new test type; engagement-modes badge + table updated; "New in v4.2.0" note. Version bumped to 4.2.0 across the workspace. 383 tests. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
238 lines
8.8 KiB
Typst
238 lines
8.8 KiB
Typst
// NeuroSploit v4.2.0 — Typst report template (blank, structured).
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//
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// The harness generates `report.typ` per run by prepending a `findings` array
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// and a `meta` dict, then including this template's rendering logic. This file
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// is the reference/blank template: it renders a cover, an executive summary with
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// severity counts, and one section per finding. Compile with:
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// typst compile report.typ report.pdf
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//
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// Expected inputs (defined above this template in the generated file):
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// #let meta = (target: "", run_id: "", generated: "", model: "")
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// #let findings = ( (severity: "", title: "", agent: "", cwe: "", cvss: "",
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// endpoint: "", payload: "", evidence: "", impact: "",
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// remediation: "", votes: "", confidence: 0.0,
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// location: "", steps: ""), ... )
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#let sevcolor = (
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Critical: rgb("#c0392b"), High: rgb("#e67e22"), Medium: rgb("#f1c40f"),
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Low: rgb("#3498db"), Info: rgb("#7f8c8d"),
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)
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#let sevbadge(s) = box(
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fill: sevcolor.at(s, default: rgb("#7f8c8d")), inset: (x: 5pt, y: 2pt),
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radius: 3pt, text(fill: white, weight: "bold", size: 8pt, upper(s)),
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)
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#let sevrank(s) = (Critical: 0, High: 1, Medium: 2, Low: 3, Info: 4).at(s, default: 5)
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// A section label inside a finding: consistent spacing, so the eye can find
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// "How to fix it" without reading the paragraph above it.
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#let sectionhead(t) = [
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#v(7pt)
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#text(9pt, weight: "bold", fill: rgb("#2c3e50"), upper(t))
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#v(3pt)
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]
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// Machine text: monospaced, on a tinted ground, wrapping at the zero-width
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// breaks the generator inserted. `raw` is deliberately NOT used — it refuses to
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// wrap, which is what pushed payloads off the page edge.
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#let codebox(body) = block(
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width: 100%, breakable: true, fill: rgb("#f7f7f9"), inset: 6pt, radius: 4pt,
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stroke: 0.5pt + rgb("#e4e4e8"),
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)[
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#set par(justify: false, leading: 0.55em)
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#text(font: ("Menlo", "DejaVu Sans Mono", "Courier New"), size: 7.5pt)[#body]
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]
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// "9.8 (CVSS:3.1/AV:N/...)" — the number reads large, the vector stays legible
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// underneath so the score can be checked rather than believed.
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#let cvssline(v) = {
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let parts = v.split(" (")
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let score = parts.at(0, default: v)
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let vector = if parts.len() > 1 { parts.at(1).trim(")") } else { "" }
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[#text(weight: "bold")[#score] #if vector != "" [ #linebreak() #text(6.5pt, fill: gray, font: ("Menlo", "Courier New"))[#vector] ]]
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}
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#set page(margin: 2cm, numbering: "1", footer: context [
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#set text(size: 8pt, fill: gray)
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NeuroSploit v4.2.0 · #meta.target · confidential
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#h(1fr)
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// Build+run identity, so a page that circulates on its own still says which
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// engagement produced it.
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#text(6.5pt, font: ("Menlo", "Courier New"))[#meta.at("provenance", default: "")]
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#h(1fr) #counter(page).display()
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])
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#set text(font: ("Helvetica Neue", "Helvetica", "Arial"), size: 10pt)
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#set heading(numbering: none)
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// ---- Cover ----
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#v(3cm)
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#align(center)[
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#text(28pt, weight: "bold")[#text(fill: rgb("#7c5cff"))[Neuro]Sploit]
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#v(2pt)
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#text(15pt, fill: gray)[Penetration Test Report]
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#v(1cm)
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#text(14pt)[Asset: #strong(meta.asset)]
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#v(4pt)
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#text(11pt, fill: gray)[#meta.target]
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#v(2pt)
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#if meta.tech != "" [ #text(9pt, fill: gray)[Stack: #meta.tech] #v(2pt) ]
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#v(6pt)
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#text(10pt, fill: gray)[Run #meta.run_id · #meta.generated · models: #meta.model]
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#v(8pt)
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#text(9pt, fill: gray)[by #strong[Joas A Santos] & #strong[Red Team Leaders]]
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]
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#pagebreak()
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// ---- Asset under test ----
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= Asset Under Test
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#table(columns: (auto, 1fr), inset: 6pt, stroke: 0.5pt + rgb("#dddddd"), align: left + horizon,
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text(9pt, fill: gray)[Asset], text(9pt)[#strong(meta.asset)],
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text(9pt, fill: gray)[URL / target], text(9pt)[#raw(meta.target)],
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..(if meta.tech != "" { (text(9pt, fill: gray)[Technology], text(9pt)[#meta.tech]) } else { () }),
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..(if meta.server != "" { (text(9pt, fill: gray)[Server], text(9pt)[#meta.server]) } else { () }),
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)
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#v(8pt)
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// ---- Executive summary ----
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= Executive Summary
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#text(10pt)[#meta.exec]
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#let counts = (:)
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#for f in findings {
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if f.status != "needs-review" { counts.insert(f.severity, counts.at(f.severity, default: 0) + 1) }
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}
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#if findings.len() == 0 [
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] else [
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#v(6pt)
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#grid(columns: 5, gutter: 8pt,
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..("Critical", "High", "Medium", "Low", "Info").map(s => box(
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width: 100%, inset: 8pt, radius: 6pt, stroke: 0.5pt + sevcolor.at(s),
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align(center)[
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#text(18pt, weight: "bold", fill: sevcolor.at(s))[#str(counts.at(s, default: 0))]
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#v(-4pt) #text(8pt, upper(s))
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],
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))
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)
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]
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#let sorted = findings.sorted(key: f => sevrank(f.severity))
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// ---- Vulnerability summary table ----
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#if sorted.len() > 0 [
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#v(8pt)
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== Vulnerability Summary
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#v(4pt)
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#table(
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columns: (auto, 1fr, auto, auto, auto),
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inset: 6pt, align: (left + horizon, left + horizon, center + horizon, center + horizon, center + horizon),
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stroke: 0.5pt + rgb("#dddddd"),
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table.header(
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text(weight: "bold")[\#], text(weight: "bold")[Vulnerability],
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text(weight: "bold")[Severity], text(weight: "bold")[Status], text(weight: "bold")[OWASP / CWE],
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),
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..sorted.enumerate().map(((i, f)) => (
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str(i + 1), f.title, sevbadge(f.severity),
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if f.status == "needs-review" { text(8pt, fill: rgb("#8e44ad"))[needs-review] } else { text(8pt, fill: rgb("#27ae60"))[confirmed] },
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f.owasp,
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)).flatten()
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)
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]
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// ---- Test accounts created ----
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#if meta.accounts != "" [
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#v(8pt)
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== Test Accounts Created (delete after)
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#v(3pt)
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#text(9pt, fill: gray)[Created to reach the authenticated surface. Credentials are in the run vault (.neurosploit/vault/<run-id>.json); delete once testing is complete.]
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#v(3pt)
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#block(width: 100%, inset: 8pt, radius: 4pt, fill: rgb("#faf7ff"), text(9pt)[#meta.accounts])
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]
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#v(10pt)
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#line(length: 100%, stroke: 0.5pt + gray)
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// ---- Detailed findings ----
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= Findings
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#if sorted.len() == 0 [
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#text(fill: gray)[_Nothing to report._]
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]
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#for (i, f) in sorted.enumerate() [
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// Breakable: a finding with a long evidence dump must flow onto the next
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// page instead of overflowing off the bottom of this one.
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#block(breakable: true, width: 100%, inset: 10pt, radius: 6pt, above: 10pt,
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stroke: (left: 3pt + sevcolor.at(f.severity, default: gray), rest: 0.5pt + rgb("#dddddd")))[
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#sevbadge(f.severity) #h(6pt)
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#if f.status == "needs-review" [ #box(fill: rgb("#8e44ad"), inset: (x: 5pt, y: 2pt), radius: 3pt, text(fill: white, weight: "bold", size: 8pt)[NEEDS REVIEW]) #h(6pt) ]
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#text(12pt, weight: "bold")[#str(i + 1). #f.title]
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#v(5pt)
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#table(
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columns: (auto, 1fr, auto, 1fr),
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inset: 4pt, stroke: none, align: left + top,
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text(8pt, fill: gray)[Severity], text(8pt)[#f.severity],
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text(8pt, fill: gray)[Status], text(8pt)[#f.status],
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text(8pt, fill: gray)[OWASP / CWE], text(8pt)[#f.owasp · #f.cwe],
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text(8pt, fill: gray)[Confidence], text(8pt)[#f.votes · #str(f.confidence)],
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..(if f.at("cvss", default: "") != "" {
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(text(8pt, fill: gray)[CVSS v3.1], text(8pt)[#cvssline(f.cvss)],
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text(8pt, fill: gray)[Auth context], text(8pt)[#f.auth])
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} else {
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(text(8pt, fill: gray)[Auth context], text(8pt)[#f.auth], [], [])
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}),
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text(8pt, fill: gray)[Agent], text(8pt)[#raw(f.agent)],
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[], [],
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)
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#v(2pt)
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#sectionhead("Where the problem is")
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#text(9pt)[#f.at("location", default: f.endpoint)]
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#sectionhead("What it means")
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#text(9pt)[#f.impact]
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#sectionhead("How to fix it")
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#text(9pt)[#f.remediation]
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#let steps = f.at("steps", default: ())
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#if type(steps) == array and steps.len() > 0 [
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#sectionhead("Proof of concept — step by step")
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// A real numbered list, one command per item. The previous template
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// pushed every step into a single raw block, which rendered as one
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// run-on paragraph nobody could follow or paste.
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#for (n, st) in steps.enumerate() [
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#grid(columns: (16pt, 1fr), gutter: 4pt,
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text(8pt, fill: gray, weight: "bold")[#str(n + 1).],
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codebox(st),
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)
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#v(3pt)
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]
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] else if f.payload != "" [
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#sectionhead("Proof of concept")
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#codebox(f.payload)
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]
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#if f.payload != "" and type(steps) == array and steps.len() > 0 [
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#sectionhead("Payload")
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#codebox(f.payload)
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]
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#if f.evidence != "" [
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#sectionhead("Technical evidence")
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#codebox(f.evidence)
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]
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#let shots = f.at("screenshots", default: ())
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#if shots.len() > 0 [
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#sectionhead("Proof screenshots")
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#for sp in shots [
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#v(3pt)
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#block(breakable: false, width: 100%)[
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#box(stroke: 0.5pt + rgb("#dddddd"), radius: 4pt, clip: true, image(sp, width: 100%))
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#v(2pt) #text(7pt, fill: gray, font: "Menlo")[#sp]
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]
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]
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]
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]
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]
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// ---- Conclusion ----
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#v(6pt)
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#line(length: 100%, stroke: 0.5pt + gray)
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= Conclusion
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#text(10pt)[#meta.conclusion]
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