Fuzz Productions Jobs (NOW HIRING)

Role: Product Security Engineer, Wireless Security

Location: Plano, Texas (Hybrid)

if you are interested, please share resume to mohsin.kazi@prolim.com
Description

This role is responsible for strengthening the cybersecurity posture of connected vehicle platforms by leading and executing advanced wireless penetration testing across the Connected Car ecosystem. As a Wireless Security Penetration Tester, you will assess current and next generation vehicle systems by identifying, exploiting, and validating security weaknesses across a broad range of wireless and RF-based technologies, including Bluetooth (Classic and BLE), WiFi (WPA2/WPA3), Cellular (LTE/5G), NFC, UWB, GNSS, and related protocols. You will design and operate sophisticated test environments, analyze complex wireless communications, and simulate real-world attack scenarios to evaluate the effectiveness of security controls. This role requires deep technical expertise , curiosity, and a strong research mindset to stay ahead of emerging threats, contribute to mitigation strategies, and continuously advance the team’s wireless security capabilities.

Essential Functions:

• Perform penetration testing across Bluetooth (Classic/BLE), Wi-Fi, NFC, UWB, Cellular (LTE/5G), GNSS, and other RF-based vehicle subsystems

• Setting up a test environment to conduct analysis of the communication between the UE and eNodeB

• Performing security assessments on wireless devices to identify potential vulnerabilities

• Identifying various methods to circumvent security controls such as authentication mechanism on various wireless devices such as Bluetooth/Wi-Fi, NFC, etc.

• Capturing wireless communications between a smart phone, and Device Under Test (DUT), and identify ways to impersonate the device

• Attempting to extract and/or capture secret keys exchanged during the authentication between the two wireless devices

• Identifying where secret keys are stored persistently upon a successful authentication between two devices

• Identifying the type of authentication and security mode BLE peripheral/central and WPA supports

• Performing analysis on the secure link during the BLE pairing process and identify potential misconfigurations or security flaws

• Identifying and exploiting the vulnerabilities in NFC systems

• Capturing, decoding and/or performing replay/relay attacks

• Generating test reports, and recommending the appropriate course of action, and supporting the mitigation and re-validation efforts

• Participating in research activities to investigate vulnerabilities, emerging cyber threats, and new technologies

Requirements

• Bachelor’s degree in Cybersecurity, Computer Science, or related field
• Strong technical expertise in various wireless protocols such as Cellular, Wi-Fi, Bluetooth, NFC, and UWB 
• Ability to perform various types of security tests such as penetration testing, fuzz testing, and evaluating the security requirements for wireless technologies 
• Hands-on experience regarding security testing Cellular network, Wi-Fi, BT/BLE, and NFC
• Familiarity and ability to operate Cellular simulators tools such as Keysight, Anritsu, and Wi-Fi, BT/BLE analyzers and testing suites 
• Experience with scripting and automation tools for collecting and analyzing data
• Advance knowledge of LTE, WPA2/3, NFC, BT/BLE security features
• Proficient with SDRs platforms and experienced in tool development, including building RF-based penetration testing tools

Qualifications

• Deep technical knowledge of wireless and RF-based technologies including Bluetooth (Classic/BLE), Wi‑Fi (WPA2/WPA3), Cellular (LTE/5G), NFC, UWB, GNSS, and related protocols, with the ability to assess and exploit security weaknesses.
• Ability to plan and execute advanced penetration testing activities, including authentication bypass, key extraction, replay/relay attacks, and exploitation of protocol and implementation flaws.
• Strong analytical skills to evaluate complex wireless communications, pairing processes, and secure links to identify misconfigurations, design weaknesses, and security vulnerabilities.
• Experience designing, building, and operating controlled test environments to simulate real-world attack scenarios, including UE–eNodeB communication analysis and multi-device wireless interactions.
• Proactive approach to researching emerging wireless threats, vulnerabilities, tools, and technologies, and applying findings to continuously improve testing methodologies and security posture.
• Ability to produce clear, actionable penetration testing reports that document findings, assess risk, recommend mitigations, and support remediation and re-validation efforts.