Redbot Security provides in-depth IoT penetration testing services that assess both the hardware and software components of your connected devices.
The explosion of IoT devices has created an expansive attack surface for cybercriminals. Organizations deploying connected devices are at risk of security vulnerabilities that can be exploited, leading to devastating breaches. Redbot Security specializes in IoT device penetration testing to identify vulnerabilities before malicious actors can exploit them.
In an increasingly connected world, Internet of Things (IoT) devices offer innovation and convenience but they also introduce new avenues for cyber threats. Our comprehensive IoT device testing services simulate real-world attack scenarios to uncover vulnerabilities across the full lifecycle of your devices. From firmware flaws to insecure network protocols, we help you secure what matters most.
Redbot Security provides in-depth IoT penetration testing services that assess both the hardware and software components of your connected devices. Our approach includes:
Embedded Firmware Security Testing
Analyzes firmware binaries for vulnerabilities such as hardcoded credentials, insecure update mechanisms, and buffer overflows. Ensures the foundation of your IoT device is secure from the inside out.
Hardware Interface Testing
Assesses physical ports and interfaces (UART, JTAG, SPI) to prevent unauthorized access or tampering through direct hardware attacks. Ideal for devices deployed in untrusted environments.
IoT Network Communication Testing
Evaluates protocols like MQTT, CoAP, HTTP(S), and proprietary implementations to identify weak encryption, improper authentication, and data leakage across network communications.
Mobile & Cloud App Integration Testing
Tests mobile applications and backend cloud APIs that interact with IoT devices. Identifies insecure API calls, authentication issues, and weak authorization mechanisms across the connected ecosystem.
Bluetooth & RF Protocol Testing
Analyzes short-range wireless communication for flaws like insecure pairing, sniffing risks, or unauthorized control. Ensures robust protection for Bluetooth Classic, BLE, Zigbee, and other RF protocols.
OTA (Over-The-Air) Update Security Testing
Validates the security of remote firmware update processes, ensuring updates are encrypted, signed, and properly verified to prevent malicious firmware injection.
IoT Device Lifecycle Assessment
Reviews the device’s behavior from deployment through decommissioning—ensuring secure boot, data wiping, and protections remain effective even at end-of-life.
Industries That Benefit from IoT Device Security Testing:
Healthcare – Protect patient data in connected medical devices (e.g., insulin pumps, monitors)
Automotive – Secure in-vehicle systems, infotainment, and autonomous driving tech
Smart Home & Consumer Electronics – Lock down smart speakers, cameras, and appliances
Manufacturing & Industrial – Safeguard connected machinery and sensors in smart factories
Retail – Protect IoT-driven inventory systems, POS devices, and digital signage
Utilities & Energy – Harden smart grid components, meters, and control systems
Agriculture – Secure precision farming tools and remote monitoring equipment
Logistics & Transportation – Shield asset tracking systems and fleet telematics
IoT security is no longer optional, it’s critical. Our tailored testing methodologies go beyond surface-level scans to deeply assess your devices, infrastructure, and ecosystems. Partner with us to proactively defend your products and customers against emerging IoT threats and compliance challenges.
IoT security breaches have made headlines for years, demonstrating how unprotected devices can be weaponized. The Mirai Botnet Attack in 2016 exploited weak passwords in IoT devices, leading to one of the largest distributed denial-of-service (DDoS) attacks in history. More recently, a 2022 attack on a medical IoT network exposed patient data due to unpatched vulnerabilities. These incidents highlight the critical need for proactive IoT security testing.
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Redbot Security follows a proven methodology to deliver high-quality penetration testing for IoT devices:
Information Gathering We identify device components, communication protocols, and potential attack vectors.
Threat Modeling Our experts simulate real-world attack scenarios based on industry threats.
Vulnerability Identification We uncover security gaps using automated and manual testing techniques.
Exploitation and Risk Assessment Our ethical hackers attempt to exploit identified weaknesses to determine potential impacts.
Detailed Reporting and Remediation Support We provide a comprehensive report outlining vulnerabilities and actionable mitigation strategies.
Experience Premier Penetration Testing that moves the security needle, without breaking the bank! Expert-led, impact-focused, and built to keep costs under control.
1. Submit Your Info
Complete our quick form to tell us about your environment, asset scope, or compliance needs.
2. Expert Review
A senior Redbot engineer, not a junior technician, will review your submission and begin crafting a tailored approach.
3. Scoping Call (Optional)
If needed, we’ll schedule a brief call to clarify priorities, timelines, and technical requirements.
4. Transparent Quote Delivered
You’ll receive a clear, fixed-cost proposal, no hidden fees, no bloated bundles.
5. Service Kickoff
Once approved, we move fast. Most projects start within 5-7 business days with full project support.
