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Memorytarget

The document outlines various vulnerabilities associated with different application types, including E-Commerce, Banking/FinTech, Enterprise SaaS, Gaming, Healthcare, and IoT platforms. Each category highlights specific memory vulnerabilities, reasons for their susceptibility, and examples of affected systems. Additionally, it provides a detailed breakdown of frontend events and corresponding API endpoints that expose these vulnerabilities.

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tnyange909
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0% found this document useful (0 votes)
15 views6 pages

Memorytarget

The document outlines various vulnerabilities associated with different application types, including E-Commerce, Banking/FinTech, Enterprise SaaS, Gaming, Healthcare, and IoT platforms. Each category highlights specific memory vulnerabilities, reasons for their susceptibility, and examples of affected systems. Additionally, it provides a detailed breakdown of frontend events and corresponding API endpoints that expose these vulnerabilities.

Uploaded by

tnyange909
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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1.

E-Commerce Platforms

Most Vulnerable To:

Memory Shadowing (cart/price manipulation)

TOCTOU Race Conditions (inventory/checkout systems)

Memory-Based Session Pivoting (account takeovers)

Why?
E-commerce apps frequently:

Use shared memory for shopping carts/pricing

Have complex checkout flows vulnerable to race conditions

Store sessions in memory for performance

Examples:

Magento (PHP)

Shopify (Ruby)

Custom Node.js/Java cart systems

2. Banking/FinTech Applications

Most Vulnerable To:

Memory Reuse After Free (C/C++ transaction processors)

TOCTOU Attacks (double-spending)

Memory-Resident Config Overrides (fraud rule bypass)

Why?
Financial apps often:

Use performance-critical native code (e.g., risk engines)

Rely on in-memory transaction processing

Cache sensitive configs in RAM

Examples:

Trading platforms (FIX protocol handlers)


Cryptocurrency exchanges

Core banking systems (like Temenos)

3. Enterprise SaaS (CRM/ERP)

Most Vulnerable To:

Memory-Based SQL Injection (cached queries)

Business Rule Injection (workflow engines)

Memory Cache Poisoning (shared tenant caches)

Why?
These apps typically:

Cache complex queries in memory

Use in-memory rule engines (Drools, etc.)

Multi-tenant architectures with shared memory pools

Examples:

Salesforce (Apex engine)

SAP HANA (in-memory DB)

Custom Java/Python SaaS platforms

4. Gaming & Gambling Platforms

Most Vulnerable To:

JSON-Driven Memory Corruption (game state manipulation)

Type Juggling (currency/balance exploits)

Memory Pool Exhaustion (real-time services)

Why?
Game backends often:

Use unsafe languages (C++/Rust) for performance

Store player states in memory

Have loose type checking for speed

Examples:
Online casinos (odds calculation engines)

MMO game servers

Betting exchange platforms

5. API Gateway/Microservices

Most Vulnerable To:

Memory Desync Attacks (stale cache reads)

JWT Validation Race Conditions

Memory Mirroring (versioning issues)

Why?
Microservices architectures:

Share memory caches across nodes

Often skip re-validation for performance

Run mixed API versions simultaneously

Examples:

Kong/APIGee gateways

Kubernetes service meshes (Istio)

GraphQL query caches

6. Healthcare Systems

Most Vulnerable To:

Pointer Arithmetic Flaws (DICOM/image processors)

ML Model Poisoning (diagnostic AI)

Memory-Based PII Leaks

Why?
Medical software frequently:

Uses unmanaged code for imaging


Caches sensitive patient data in RAM

Implements AI with in-memory models

Examples:

PACS (DICOM servers)

EHR systems (Epic, Cerner)

Diagnostic AI platforms

7. IoT/Embedded Web Interfaces

Most Vulnerable To:

Memory Exhaustion (constrained devices)

UAF Exploits (C/C++ firmware)

Config Overrides (in-memory settings)

Why?
IoT web interfaces often:

Run on resource-limited hardware

Use unsafe memory practices

Lack proper memory isolation

Examples:

Router admin panels (OpenWRT)

Industrial control systems (SCADA)

Automotive telematics

Language-Specific Risks

Language Most Common Memory Vulnerabilities


C/C++ UAF, Pointer Arithmetic, Heap
Corruption
Java Memory Shadowing, Cache Poisoning
Python TOCTOU, JSON Bomb (via cJSON)
Node.js Type Juggling, Memory Exhaustion
Go Memory Desync (goroutine races)
Rust Unsafe block exploits

1. E-Commerce Platforms
🛒 Cart/Checkout Flow
Frontend Event API Endpoint Memory Vulnerability
"Add to Cart" click POST /cart/add Memory Shadowing (price overwrite)
"Apply Coupon" submit POST /coupon/apply Business Rule Injection
"Checkout" button POST /checkout/process TOCTOU Race (inventory)
"Update Quantity" PATCH /cart/items/{id} JSON Array Bomb

2. Banking/FinTech Apps

💰 Transaction Flow
Frontend Event API Endpoint Memory Vulnerability
"Transfer Funds" submit POST /transfer/execute TOCTOU (double-spending)
"Change Limits" save PUT /account/limits Config Override
"Quick Pay" click POST /payments/fast UAF (C++ engines)

3. Enterprise SaaS (CRM/ERP)


📊 Data Operations
Frontend Event API Endpoint Memory Vulnerability
"Save Report" click POST /reports/save Memory-Based SQLi
"Bulk Import" upload POST /data/import JSON-Induced Exhaustion
"Run Workflow" trigger POST /workflow/execute Business Rule Injection
4. Gaming Platforms
🎮 Player Actions
Frontend Event API Endpoint Memory Vulnerability
"Place Bet" click POST /bet/place Type Juggling (currency)
"Open Loot Box" POST /loot/open Pointer Arithmetic (C++)
"Trade Items" confirm POST /trade/execute TOCTOU (item duplication)

5. Healthcare Systems
🏥 Medical Data Actions
Frontend Event API Endpoint Memory Vulnerability
"Upload DICOM" submit POST /imaging/upload UAF (DICOM parsers)
"Search Patients" POST /patient/search Memory-Based SQLi
"AI Diagnosis" run POST /diagnosis/predict ML Model Poisoning

6. IoT Device Panels


📱 Device Control
Frontend Event API Endpoint Memory Vulnerability
"Update Firmware" click POST /firmware/upload Memory Exhaustion (OOM)
"Save Config" button PUT /config/network Config Override
"Reboot Device" POST /system/reboot Stale Memory Reads

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