IOT&OTSECURITYINTELLIGENCE
Secure the edge of your network. Faltrox Security protects connected devices and Critical Infrastructure (OT/SCADA) from physical and digital compromise. We use predictive AI to model threat vectors against firmware, hardware interfaces, and industrial protocols, ensuring resilience for the smart factories and cities of tomorrow.
Physical Meets Digital
The "Internet of Things" is the new perimeter. From pacemakers to power plants, insecure hardware is a gateway to your core network.
We dismantle devices in our Advanced Hardware Labs, dumping firmware and brute-forcing JTAG interfaces to find the hardcoded secrets everyone else missed.
For Operational Technology (OT), we use non-intrusive, AI-driven traffic analysis to identify anomalies in Modbus and DNP3 protocols without shutting down the assembly line.
Hardware Vectors
We cover the entire spectrum of physical and digital attacks.
Firmware Analysis
Extracting and reverse engineering firmware binaries to identify hardcoded passwords, encryption keys, and logical vulnerabilities.
Side-Channel Attacks
Analyzing power consumption and electromagnetic emissions to extract cryptographic keys from secure elements.
SDR & RF Hacking
Using Software Defined Radio to capture, replay, and jam wireless signals (Zigbee, Z-Wave, LoRa, proprietary).
Hardware Hacking
Connecting to UART/JTAG/SWD interfaces to bypass authentication and gain root shell access.
SCADA / ICS
Testing PLCs, HMIs, and RTUs for protocol vulnerabilities (Modbus, DNP3) and segmentation issues.
Secure Boot
Attempting to bypass bootloader protections to load malicious custom firmware.
IoT Attack Lifecycle
From Chip to Cloud. We dismantle, dump, and dominate.
TEARDOWN
Physical disassembly of the device to identify chips (Flash/EEPROM), test points, and debug headers.
EXTRACTION
Dumping firmware from flash memory using hardware tools (Bus Pirate, Shikra, Saleae Logic).
ANALYSIS
Reverse engineering the filesystem and binaries (Ghidra, IDA Pro, Binwalk) to find hardcoded secrets.
EXPLOIT
Creating proof-of-concept exploits to gain root shell via UART or bypass Secure Boot.
CLOUD PIVOT
Using the compromised device's credentials to attack the associated cloud API and backend.
REPORTING
Providing hardware redesign recommendations and firmware patches securely.
TEARDOWN
Physical disassembly of the device to identify chips (Flash/EEPROM), test points, and debug headers.
EXTRACTION
Dumping firmware from flash memory using hardware tools (Bus Pirate, Shikra, Saleae Logic).
ANALYSIS
Reverse engineering the filesystem and binaries (Ghidra, IDA Pro, Binwalk) to find hardcoded secrets.
EXPLOIT
Creating proof-of-concept exploits to gain root shell via UART or bypass Secure Boot.
CLOUD PIVOT
Using the compromised device's credentials to attack the associated cloud API and backend.
REPORTING
Providing hardware redesign recommendations and firmware patches securely.
Attack Surface
We identify vulnerabilities across all layers of the IoT ecosystem.
Bus Exploitation
Interfacing directly with UART, JTAG, SPI, and I2C ports to gain root shell access or dump memory.
Cloud Backend
Testing the APIs and cloud infrastructure that manage the IoT fleet for IDOR and auth bypass.
ICS/SCADA
Validating the security of Industrial Control Systems against protocol manipulation (Modbus, DNP3).
Hardcoded Secrets
Finding static encryption keys and default passwords embedded in the firmware.
Key Benefits
Harden your devices before they leave the factory.
Regulatory Compliance
Meet cyber requirements for FDA (Medical Devices), ISO 21434 (Auto), and IEC 62443 (Critical Infrastructure). Audit-ready evidence packs across hardware, firmware, and cloud layers.
Protect IP
Prevent competitors and hackers from reverse engineering your firmware and stealing trade secrets.
Brand Safety
Avoid the PR nightmare of your smart devices being recruited into a botnet (like Mirai).
Operational Uptime
Ensure your OT/SCADA environments are resilient against ransomware and sabotage.
Secure Lifecycle
Implement secure OTA update mechanisms to fix future vulnerabilities.
Tamper Resistance
Validate that your hardware anti-tamper mechanisms actually work.
Who We Protect
Manufacturing
Protecting PLCs and robotic arms from sabotage and espionage.
Healthcare
Securing connected medical devices (IoMT) and patient monitors against tampering.
Device Makers
Helping OEMs secure smart home and consumer electronics before launch.
Why Faltrox?
Industry Standards
We follow rigorous standards for critical infrastructure and device security.
Audit Ready
Letters of Attestation included.
Standardized
OWASP ASVS & NIST 800-115.
Common Questions
Yes, but with extreme caution. We use passive scanning and non-intrusive probing methods for live OT environments to avoid any operational disruption. Active exploitation is typically reserved for maintenance windows or lab staging environments.
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