Why is security in connected devices crucial?
Connected physical devices play a critical role in modern operations, but they are also vulnerable to cyber threats that can lead to severe consequences:
- Unauthorized access: Attackers can infiltrate systems and expose sensitive data.
- Operational disruptions: Attacks can cause malfunctions in critical devices.
- Data theft: Critical information can be intercepted and stolen.
- Privacy compromise: Personal and sensitive data can be exposed.
What risks can we detect in your devices?
During our audit process, we identify and remediate critical vulnerabilities in hardware, IoT, and ATM devices, including:
The Expertise Behind the Service
To ensure the highest quality standard, the team responsible conducting the pentest holds professional certifications such as OSCP, OSWE, and CEH , guaranteeing top-tier security assessment. Your infrastructure pentest is backed by the following specialists:
Security Auditors
This highly skilled team is responsible for examining the systems and protocols of an organization to identify vulnerabilities and ensure that security practices comply with relevant standards and regulations.
Project Manager
Coordinates all stakeholders from Sofistic and the client, serving as the primary point of contact to streamline communication and ensure objectives are successfully met.
Sofistic's Differentiation
Personalized Analysis
Our audits go beyond automated tool testing. While we use them to detect common vulnerabilities, most assessments are conducted manually by our experts, who uncover hidden threats that automated solutions might miss.
Verification
We meticulously analyze results to eliminate false positives, ensuring that you receive only verified vulnerabilities relevant to your organization. This approach removes unnecessary noise, allowing you to focus on resolving real security issues.
Exploitability
We conduct exploitation tests to assess the actual severity of vulnerabilities. This enables us to classify the most critical and urgent threats, providing precise prioritization for remediation.
Circuit Design Flaws
Vulnerabilities in hardware design that can be exploited.
Insecure Communications
Vulnerable communication protocols that are susceptible to interception and manipulation.
Firmware Weaknesses
Security Flaws in firmware that may allow unauthorized updates or modifications.
Insecure Default Configurations
Default configurations that fail to adhere to best security practices.
