Vulnerability Assessment Penetration Testing Case Study Nobel
Nobel engaged Cyborgenic to perform a comprehensive VAPT across its infrastructure and web assets.
View Case Study Details
The Internet of Things (IoT) revolution has transformed how we live and work, but it has also created an expansive, often invisible attack surface. From AI-enabled IP cameras to industrial sensors, every connected device represents a potential entry point for cyber attackers. At Cyborgenic, we specialize in rigorous IoT security testing that goes beyond software. We examine the entire device lifecycle—Hardware, Firmware, Network Communications, and Cloud Interfaces—to ensure your "connected" world doesn't become an "unprotected" one.
IoT devices present unique security challenges that traditional IT security approaches often miss. Unlike a standard laptop or server, an IoT device is often a "black box" with minimal user interface and long deployment lifecycles.
IP cameras are among the most targeted IoT devices due to their role in physical security and their constant network connectivity.
Our hardware security testing examines devices at the physical level. If an attacker has five minutes of physical access to your device, can they own your network?
Through our extensive testing at Cyborgenic, we consistently identify these critical security gaps:
| Vulnerability Type | Common Finding | The Cyborgenic Solution |
|---|---|---|
| Insecure Defaults | Admin/Admin credentials or open Telnet. | Hardened configuration & "Secure by Design" consulting. |
| Weak Update Paths | Unsigned firmware or clear-text downloads. | Secure Boot implementation & cryptographic signing. |
| Authentication Flaws | Lack of MFA or predictable session IDs. | Token-based identity & Zero Trust access. |
| Privacy Leaks | Unencrypted telemetry sent to 3rd parties. | Traffic obfuscation & end-to-end encryption. |
As IoT ecosystems expand within the Healthcare, Telemedicine, and Smart Manufacturing sectors, the attack surface grows exponentially. For CTOs and IT Managers, securing connected devices is only half the battle; the real challenge lies in protecting the networks and applications that aggregate this influx of edge data. An isolated IoT security strategy is insufficient in a landscape defined by lateral movement and sophisticated persistent threats.
IoT devices are rarely standalone; they function as gateways to broader corporate environments. Ensuring that these entry points do not compromise your core data requires a seamless transition into Cloud Security protocols. By aligning device-level testing with cloud-native defense strategies, organizations can ensure that data remains encrypted and authenticated as it moves from the edge to the centralized server.
A vulnerability in an IoT sensor can quickly escalate into an infrastructure-wide breach. To mitigate this risk, it is essential to validate the robustness of the underlying network through Vulnerability Assessment and Penetration Testing (VAPT). This ensures that even if a device is compromised, your internal segmentation remains resilient. Furthermore, integrating these findings with Infrastructure IT Security Solutions allows technical leaders to build a unified defense-in-depth posture that satisfies both regulatory compliance and the highest standards.
We follow a 4-phase “Attack & Defend” approach tailored for the unique constraints of embedded systems.
If an attacker can extract the firmware from a physical device (via a JTAG port), they can find vulnerabilities that allow them to bypass your network security entirely. Physical security is cybersecurity for IoT.
Yes. Our methodology aligns with ETSI EN 303 645, NIST IR 8259, and OWASP IoT Top 10 to ensure global compliance.
Absolutely. We perform “In-the-Wild” testing to see how your devices behave in real network environments, identifying risks that only appear during large-scale deployment.
You will receive a technical vulnerability report, an executive summary of business risks, and a Cyborgenic Security Certificate for compliant devices.
IoT Security Testing evaluates vulnerabilities in connected devices such as IP cameras, sensors, and smart hardware. These devices often have weak security, outdated firmware, and exposed communication channels. Testing helps prevent unauthorized access, data breaches, and physical security risks. It ensures devices, apps, and cloud systems meet modern security standards.
Common issues include weak default credentials, insecure firmware updates, unencrypted communication, exposed debug ports (UART/JTAG), and missing authentication controls. Many devices also store data in plain text or use insecure cloud APIs. These weaknesses allow attackers to hijack devices or access sensitive video/data.
We test IP cameras across network, application, and physical layers. This includes brute-force attempts, insecure protocol checks (RTSP/ONVIF), web/mobile app testing, and API analysis. We also inspect firmware, update mechanisms, and physical ports to identify backdoors or tamper risks. The goal is to understand how easily an attacker can control or spy through the camera.
Hardware testing involves tearing down the device, identifying components, and checking for exploitable interfaces like UART, JTAG, and SPI Flash. Firmware is extracted and analyzed for code flaws, hardcoded keys, and insecure bootloaders. We also assess wireless communication (BLE, Zigbee, LoRa, etc.) for replay attacks and weak encryption.
We provide a technical vulnerability report with severity ratings, proof-of-concept exploits, and detailed remediation steps. An executive summary helps management understand the business impact. You also receive compliance mapping (NIST, ETSI, OWASP IoT) and recommendations for secure firmware, network design, and device hardening.
Our advisory and assurance services go beyond traditional security assessments. We align cybersecurity strategies with your business objectives—helping you manage risks, enhance cyber maturity, and build robust, scalable security architectures that support long-term growth.
Manual and automated analysis of your application’s source code to identify hidden logic flaws, backdoors, and security vulnerabilities that dynamic testing might miss.
Leverage proactive data on emerging threats and actor TTPs to anticipate attacks, enabling your organization to defend against vulnerabilities before they are exploited.
We analyze your network design for proper segmentation, redundant paths, and secure zones, ensuring a robust foundation that limits lateral movement for attackers.
Evaluate your email infrastructure for phishing resilience, SPF/DKIM/DMARC records, and secure gateway configurations to prevent the primary vector of modern cyberattacks.
Meticulous assessment of server, network, and application settings against industry benchmarks (like CIS) to eliminate security holes caused by default or weak setups.
A configuration-focused audit of your cloud tenants, ensuring that security best practices and compliance benchmarks are consistently applied across your virtual infrastructure.
Explore how Cyborgenic empowers global enterprises through Cert-In empanelled audits, ISO certifications, and rigorous security testing, data privacy and transforming complex regulatory requirements into streamlined, audit-ready business advantages.
Nobel engaged Cyborgenic to perform a comprehensive VAPT across its infrastructure and web assets.
View Case Study Details
SP Crude Oil engaged Cyborgenic to perform a comprehensive Vulnerability Assessment and Penetration Testing (VAPT) across.
View Case Study Details
Magic Bus India Foundation is a leading non-profit organization empowering children and young people through education.
View Case Study Details