Qualysec

Fortune 100 to startup we secure them all

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Definition

What Is Embedded Device Penetration Testing?

Protect your embedded ecosystem by uncovering vulnerabilities before attackers do.

Vulnerabilities

Common Embedded Device Vulnerabilities

We conduct manual penetration testing to identify various vulnerabilities in embedded devices

01

Weak Authentication Mechanisms

02

Insecure Firmware Updates

03

Insufficient Data Encryption

04

Poor Access Control Policies

05

Unsecured Communication Protocols

06

Weak Cloud Interface Security

07

Lack of Device Hardening

08

Privacy Concerns

09

Insecure Third-Party Integrations

10

Information Disclosure

Process

Our Embedded Device Penetration Testing Process

At Qualysec, we ensure the security of your embedded devices through a rigorous testing process designed to uncover and address security gaps.

Define Scope

We collaborate closely with you to outline the test boundaries to identify critical assets and potential risk areas. This tailored approach ensures a focused and effective assessment.

Information Gathering

Then our experts carefully collect data on your web application, its architecture, and supporting infrastructure. This thorough investigation forms the foundation for a targeted testing strategy.

Enumeration

We systematically map out your application's attack surface and then identify potential vulnerabilities and weaknesses. This helps us expose entry points that attackers might exploit.

Attack and Penetration

Our skilled testers simulate real-world cyber attacks, ethically exploiting discovered vulnerabilities to assess their impact. This phase provides concrete evidence of security gaps.

Reporting

We deliver a comprehensive report detailing our findings, which includes vulnerability severity, potential impact, and clear remediation steps. Our actionable insights empower your team to strengthen defenses.

Remediation Testing

We don't just identify issues—we verify fixes. Our team conducts follow-up tests to ensure that implemented solutions effectively address the discovered vulnerabilities, giving you peace of mind.

Swagat Kumar Dash

Business Development Manager

“Connect with Swagat, Your trusted penetration testing advisor. Secure your assets. Reach out Today!”
Testimonials

What Our Clients Say About Us

Read what our clients say about our services. See how Qualysec has helped several businesses to keep their digital assets safe!

Key Benefits

Key Benefits of Embedded Device Penetration Testing

Our embedded device penetration testing services help you secure your systems and protect your data. Here are the key benefits of identifying and addressing vulnerabilities in your embedded devices.

Improved Device Security

Detect and mitigate security flaws before they are exploited by malicious actors.

Regulatory Compliance

Ensure your IoT devices meet industry standards and regulatory requirements, including GDPR, HIPAA, and more.

Data Privacy Protection

Safeguard sensitive user data and prevent breaches.

Business Continuity

Protect against disruptions caused by potential IoT device vulnerabilities.

Reduced Financial Risk

Avoid the financial losses associated with breaches, device downtime, or reputational damage.

Improved User Trust

Building a secure IoT ecosystem reassures users that their data and interactions with your devices are safe.

Free Downloads

Download Free Penetration Testing Resources

Expand your understanding of Embedded security with our free testing reports. They are designed to help you improve the security posture of your IoT ecosystem.

IoT Device Pentesting Report

IoT Device Pentesting Report

Discover potential vulnerabilities in IoT devices with a sample report detailing common risks and remediation strategies.

IoT Device Pentesting Methodology

IoT device pentesting methodology

Learn about our systematic approach to IoT security testing and get insights into our inspection and analysis processes.

IoT Device Pentesting Service Overview

IoT Device Pentesting Service Overview

Get a comprehensive overview of our assessment strategies and the tools we use to uncover IoT vulnerabilities.

pricing

Embedded Device Pentesting Cost

Our Penetration Testing Service Pricing Could Save You Millions!

Process

How to Begin Securing Your Embedded Devices with Qualysec

Take the following steps to secure your Emnedded devices against potential attacks with Qualysec

Swiper demo
1

Contact us

Reach out to our team to discuss your IoT device security requirements.

2

Pre-Assessment Form

Complete a pre-assessment form to help us understand your IoT devices' architecture and concerns.

3

Proposal Meeting

We will discuss our findings and propose a customized security approach for your IoT devices.

4

NDA and Agreement Signing

We will sign an NDA and service agreement to protect your sensitive information.

5

Pre-requisite Collection

We will provide a checklist of the necessary access and documentation to begin testing.

Get a quote

Improve Your Embedded Device Security!

Don't let vulnerabilities compromise your Embedded device. Our expert team will identify weaknesses and provide effective solutions to enhance your security.

Total No. Vulnerabilities
12600

4+

Years in Business

600+

Assessment Completed

150+

Trusted Clients

21+

Countries Served

    FAQ

    Frequently Asked Questions

    Get quick answers to common questions about API security testing, its benefits, frequency, costs, and more.

    Why is embedded device penetration testing important?

    It's crucial because embedded devices often handle sensitive data or control critical systems. Testing helps prevent data breaches, unauthorized access, and potential service disruptions, ensuring the security and reliability of your embedded systems.

    Testing can reveal various issues, including weak authentication mechanisms, insecure firmware updates, insufficient encryption, hardware security flaws, debug interface vulnerabilities, and side-channel attack vulnerabilities.

    While some aspects of testing can be conducted remotely, comprehensive embedded device testing often requires physical access to the device. This allows for thorough examination of hardware interfaces and potential physical security vulnerabilities.

    While there's overlap, embedded device testing often involves more focus on hardware-level security, real-time operating systems, and industry-specific protocols. IoT testing may place more emphasis on cloud interfaces and consumer-facing applications.

    How often should embedded device penetration testing be performed?

    We recommend conducting penetration testing at least annually, or whenever significant changes are made to the device's firmware, hardware, or operating environment. For devices in highly sensitive or regulated industries, more frequent testing may be necessary.

    The duration varies depending on the complexity of the device and the scope of testing. A basic assessment might take a few days, while a comprehensive evaluation of a complex system could take several weeks.

    Our testing procedures are designed to be non-destructive and minimize disruption. However, because we simulate real-world attack scenarios, there's always a small risk of unintended effects. We take precautions to mitigate this risk and always recommend testing on non-production devices when possible.

    Penetration testing is a crucial part of the secure development lifecycle for embedded devices. It's most effective when integrated early and conducted regularly throughout development. Early testing helps identify and address security issues before they become costly to fix.

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    Pabitra Kumar Sahoo

    Pabitra Kumar Sahoo

    COO & Cybersecurity Expert

    “By filling out this form, you can take the first step towards securing your business, During the call, we will discuss your specific security needs and whether our services are a good fit for your business”

    Get a quote

    For Free Consultation

    Pabitra Kumar Sahoo

    COO & Cybersecurity Expert