In-depth security assessment for connected devices, embedded systems, and IoT infrastructure. We test from firmware extraction and hardware interfaces to communication protocols and cloud backends, with CVSS-scored findings and a free re-test included.
End-to-end security coverage spanning firmware, hardware interfaces, communication protocols, and cloud backends.
Extract and reverse-engineer firmware binaries to identify hardcoded credentials, insecure boot sequences, and vulnerable libraries.
Probe JTAG, UART, SPI, I2C, and other debug interfaces for unauthenticated access, shell exposure, and data extraction paths.
Verify secure boot implementation, firmware signing validation, and anti-rollback protection to prevent unauthorised code execution.
Identify hardcoded API keys, encryption keys, default passwords, and certificate private keys embedded in firmware images.
Assess OTA and firmware update mechanisms for integrity verification, code signing, and rollback protection weaknesses.
Evaluate flash storage for unencrypted sensitive data, accessible partition layouts, and debug partitions with elevated access.
Intercept and analyse BLE, Zigbee, Z-Wave, LoRa, and Wi-Fi communications for replay attacks, key extraction, and weak encryption.
Test IoT messaging protocols for authentication gaps, topic injection, cleartext transmission, and denial-of-service vulnerabilities.
Validate IoT network isolation, assess VLAN configurations, and test for lateral movement from compromised devices to corporate networks.
Monitor and analyse radio frequency communications for signal replay, jamming, and protocol-level manipulation attacks.
Test device and cloud communication for TLS downgrade, certificate pinning bypass, and traffic interception vulnerabilities.
Fuzz custom and standard IoT protocol implementations to identify crash conditions, buffer overflows, and unexpected state transitions.
Assess companion iOS and Android apps for OWASP Mobile Top 10 vulnerabilities including insecure data storage and authentication bypass.
Test device management APIs, telemetry endpoints, and control interfaces for broken authentication, IDOR, and injection vulnerabilities.
Audit device management platforms, data storage, and cloud-hosted services for misconfigurations, broken access control, and data exposure.
Evaluate how device data is collected, stored, and transmitted for compliance with DPDP Act, GDPR, and privacy-by-design requirements.
Assess device provisioning, user authentication, and access control mechanisms for unauthorised device binding and account takeover.
Map findings to OWASP IoT Top 10, ETSI EN 303 645, and NIST SP 800-183 for compliance-ready reporting.
A structured six-phase process aligned with OWASP IoT Top 10 and ETSI EN 303 645, from initial scoping through verified remediation.
Define the attack surface using STRIDE and OWASP IoT Top 10. Identify critical device components, communication paths, and high-risk data flows.
Physical inspection, component identification, and probing of debug interfaces including JTAG, UART, and SPI for unauthenticated access paths.
Extract, unpack, and reverse-engineer firmware for hardcoded secrets, vulnerable components, insecure boot controls, and update mechanism flaws.
Intercept wireless and wired communications, fuzz protocol implementations, and test for replay and man-in-the-middle attacks.
Assess companion apps, backend APIs, OTA mechanisms, and cloud infrastructure for security gaps across the full device ecosystem.
Deliver CVSS-scored findings with device-layer remediation guidance, followed by a free re-test after your team applies patches.
Companies building connected devices from smart home products to industrial sensors that need security validation before market release.
Organisations deploying connected home products, wearables, and consumer electronics where device compromise puts end-users at risk.
Manufacturers and operators of industrial IoT systems in production environments where device vulnerabilities can impact safety and availability.