What to Include in Product Security Testing
What is included in a Product Security Test, often referred to as “the scope”, greatly depends on the product’s features and the customer’s specific security objectives. Each test is tailored to the technology stack, threat landscape, and operational context of the product, ensuring relevant and high-impact coverage.
During our planning with the customer and what we discover as penetration testers, we might find the testing to include a variety of elements, all which our team can assess. These layers are on hardware, infrastructure, software and network, as the picture below shows:

The Layers
Digging deeper into the layers, we see evidence of deeper layers, which our team can help assess. Read more about them in the grouping below.
Hardware Testing
Our hardware testing focuses on uncovering weaknesses across critical physical components. This includes chips and system-on-chips (SoC), memory such as DRAM and SRAM, storage types like ROM, EEPROM, Flash, and eMMC, as well as internal buses and SPI interfaces. Each of these layers exposes unique attack surfaces, and our specialized testing ensures they are thoroughly evaluated for security before your product reaches the field.
Mobile Security Testing
By analyzing the mobile application, we gain valuable insights into both the product’s features and potential vulnerabilities. This often reveals exposed functionality, weak authentication flows, or insecure data handling that could be leveraged in a broader attack against the product ecosystem.
Radio and WIFI
Wireless communication is a growing attack surface in modern products. Technologies like Bluetooth, Zigbee, LoRa, and sub-GHz protocols often suffer from weak encryption or flawed authentication, leaving them open to sniffing, replay attacks, fuzzing, or over-the-air exploitation. Wi-Fi adds further risk through insecure onboarding, poor network segmentation, and vulnerabilities which have enabled remote code execution even across air-gapped environments. At River Security, we assess these interfaces, uncovering real-world threats that traditional network testing often overlook.
Network Protocols & Interconnectivity
How a product communicates, internally and externally, is a critical factor in its security. Protocols like HTTP, MQTT, Modbus, CoAP, and even custom TCP/UDP implementations can expose products to risks such as unauthorized access, data leakage, and machine-in-the-middle attacks. Many embedded and IoT systems also rely on outdated or proprietary protocols with weak or no encryption. At River Security, we test these communication paths to uncover flaws in trust boundaries and interconnectivity that attackers could exploit to pivot, escalate privileges, or exfiltrate data across systems.
Infrastructure and Cloud
Cloud infrastructure and IoT cloud platforms are integral to modern product security testing, as they handle device management, data processing, and user interactions. Vulnerabilities in APIs, authentication mechanisms, cloud storage, or misconfigured identity roles can expose sensitive data or allow attackers to gain remote control over devices. These weaknesses can also enable lateral movement or pivoting between different customers’ environments!
Effective testing must assess both edge-to-cloud communication and backend infrastructure to prevent cross-customer compromise and ensure end-to-end product security.
Embedded Web Servers and More
Embedded web servers and HTTP-based interfaces are high-value targets in product security testing because they often serve as the primary interface for configuring, monitoring, or controlling a device. These components are frequently used in IoT, industrial control systems, and consumer electronics, yet they are notoriously prone to security flaws due to limited resources, legacy codebases, or poor development practices.
Firmware and Reverse Engineering
Firmware and reverse engineering play a central role in product security testing because firmware is often the heart of the device, containing its logic, trust anchors, communication protocols, and access control mechanisms. Analyzing firmware allows testers to understand the internal workings of a product, uncover hidden functions, and identify systemic vulnerabilities that are otherwise invisible from the outside.

The Full Stack Penetration Tester
Product Security Testing, sometimes referred to as Device or Hardware Security Testing, is a specialized area within penetration testing. It requires a skilled team to assess a broad range of technologies, attack surfaces, and potential threat scenarios, ensuring that products are evaluated against both known vulnerabilities and complex, real-world attack paths across hardware and software layers.
Instead of relying on a single individual to conduct penetration testing, River Security’s methodology is built around structured collaboration. Our approach enables fine-grained prioritization and efficient distribution of tasks across a skilled team, ensuring deeper coverage, faster execution, and a more thorough assessment of complex products.
Our goal is clear and focused: to ensure that our customers’ security posture aligns with the level users expect and assume. By identifying and addressing vulnerabilities early, we help prevent issues from being exploited in the wild- protecting both the product and the trust placed in it.

River Security Hardware Testing Lab
To uncover the kinds of vulnerabilities that matter at the hardware level, specialized tools and a controlled environment are essential. Our dedicated hardware lab enables deep technical analysis using techniques like fault injection, bus monitoring, and chip-level interrogation. This setup allows us to go far beyond surface checks, identifying weaknesses in components such as memory, storage, and internal communication pathways. This means greater assurance that your product has been rigorously tested under real-world attack conditions, before it ever reaches your customers.
At River Security, our dedicated lab is equipped to safely and thoroughly explore the full attack surface of the products we test. With specialized tools and controlled conditions, we can perform in-depth hardware and embedded security analysis while ensuring both the product and our equipment remain protected throughout the process.





