Mobile applications represent an expanding attack surface. Modern consumer, enterprise, and fintech apps routinely bundle sensitive business logic, API tokens, cryptographic routines, and backend routing endpoints directly inside client-side Android (.apk, .aab) and iOS (.ipa) binaries.
Traditional mobile penetration testing has historically been slow and expensive, often taking weeks to decompile binaries, audit manifest permissions, and manually correlate client vulnerabilities with backend API flaws.
Within the Lorikeet Security platform, the LoryMobilePentestEngine automates the heavy lifting of static binary deconstruction, manifest evaluation, and API endpoint discovery, pairing frontier LLM reasoning with battle-tested mobile offensive tools.
The Architectural Workflow: When an engineer uploads a mobile binary into the Talon platform or Workbench, LoryMobileToolRunner launches an isolated container that executes binary unpacking, static code auditing, and extraction of secret keys, followed by an autonomous API assessment of all discovered backend endpoints.
How Lory Deconstructs Android and iOS Binaries
Lory executes multi-stage mobile analysis mapped directly to the OWASP Mobile Application Security Verification Standard (MASVS):
1. Static Decompilation & Bytecode Inspection
Using containerized instances of jadx and apktool, Lory decompiles Dalvik bytecode and extracts application resources, rebuilding human-readable Java/Kotlin source trees for semantic analysis.
2. Manifest & IPC Attack Surface Auditing
Lory parses AndroidManifest.xml and iOS Info.plist files to detect exported activities, broadcast receivers, content providers, and deep-link intent filters that accept untrusted input without authorization checks.
3. Insecure Local Storage & Secret Extraction
Lory inspects Shared Preferences, SQLite databases, Realm stores, and Keychain configurations to flag unencrypted storage of authentication tokens, PII, and private keys.
4. Automated Backend API Fan-Out
Discovered REST and GraphQL endpoints are piped directly into Lory’s Layer 2 fan-out engine, testing backend servers for authorization bypasses (BOLA/IDOR) and injection flaws.
Human-in-the-Loop Verification for Zero False Positives
Unlike purely automated mobile scanners that flood developers with dozens of theoretical warnings, every finding identified by LoryMobilePentestEngine passes through Lorikeet Security's Human-in-the-Loop review queue.
Accredited offensive security engineers verify the exploitability of each issue, construct verified reproduction steps, and countersign the deliverable before it appears in your formal compliance report.
Scope Your Mobile Application Pentest with Lory
Discover hidden vulnerabilities across your Android and iOS applications. Lorikeet Security combines autonomous mobile binary auditing with human-certified offensive reporting.
