Stay aware of underlying risks, establish IoT security controls to prevent any exploits.

The network of interconnecting devices to exchange data popularly known as the Internet of Things is evolving rapidly in the fast-paced industry of technology. However, advancement in IoT has also taken a toll on security. IoT Systems strive to enhance productivity, efficiency, and flexibility but also invite uncalled risks to the network. IoT Security stands as the need of the hour for secure and holistic development. They aid in securing operations of scalable IoT services that mainly bridge the real and virtual dimensions of objects, systems, and people!

Threatsys provides you detailed insights into current implementations and various exploitative options which can be considered by attackers to misuse IoT ecosystems. Our expertise can identify and remediate critical security flaws in the implementation of IoT environments, making it robust and secure. Threatsys  is extremely selective in deciding whom to work with, and we only work with clients whom we believe we can really provide enormous value.

Years experience


Years experience
Certified Experts


Certified Experts
Client satisfaction


Client satisfaction
Global reach


Global reach
Service desk


Service desk

Comprehensive security expertise to protect your IoT systems & devices. Let’s get started

Threatsys approach to IoT security assesment

Strengthen your IoT ecosystems to thwart elusive, intelligent attacks.

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    Attack Surface Mapping

    Our team conducts a detailed attack surface mapping and from that, all possible entry points for a malicious dedicated attacker is noted down. We perform detailed reconnaissance about the application, its architecture, features and security controls. Certain inputs are also sought from the development team.

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    Firmware reverse engineering and binary exploitation

    It involves Reverse of engineering firmware binaries, Encryption analysis and Obfuscation techniques which is used to debugging binaries to gain sensitive info and Binary reverse engineering and exploitation.

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    Hardware-based exploitation

    Here Security features included in the hardware are noted down, the communication ports which used, logic sniffing and bus tampering. Tampering protection mechanisms, Glitching and Side-Channel attacks

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    Web, Mobile and Cloud vulnerabilities

    Vulnerabilities in the web dashboard, Mobile application security issues identification, and exploitation, Platform related security issues, App reversing, Binary instrumentation techniques to gain sensitive information, etc., with the help of this API based security issues and Cloud-based and vulnerabilities in the back-end systems are found out.

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    Radio Security Analysis

    Assessment of radio communication protocols, Sniffing the radio packets being transmitted and received, Modifying and replaying the packets for device takeover attacks, jamming based attacks, Accessing the encryption key through various techniques, Radio communication reversing for proprietary protocols and Attacking protocol specific vulnerabilities are undergone.

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    Reporting & Reassessment 

    Threatsys Provides a detailed IOT Penetration Testing report. This report will contain all findings and associated remediation actions to be taken to fix the vulnerabilities. After the security patch, a reassessment is conducted to check whether all issues are solver and to check any new vulnerabilities are found. Each IOT product is different and hence it requires custom approach for testing.

End-to-end testing of IoT applications will ensure higher consistency, integrity, and scalability

IOT Security must be addressed throughout the device lifecycle, from the initial design to operational level:

  • Secure Booting

    When the power is supplied to a device, integrity of software on the device is verified through digital signature along with the software authorization to run on that device and signed by the entity that authorized it. 

  • Secure Access Control

    Device-based access control mechanisms are similar to network-based access control systems such as Microsoft Active Directory. In case someone hacks into a network using corporate credentials, the compromised information would be lim­ited to the areas authorized by those credentials.

  • Device Authentication

    It is a must to authenticate a device whenever it is plugged into a network, before receiving or trans­mitting data. 

  • Firewall

    The device needs a firewall inspection capability to control traffic and filter specific data that is destined to terminate the device in a way that makes optimal use of the limited computational resources available. 

  • Updates & Patches

    Security patches and Software updates must be delivered keeping in mind the conservation of network  bandwidth and the connectivity of embedded devices.

All Your Cyber Security Requirements Under One Roof. Let’s get started

The testing output has been impressive, the reports are well written and where there are challenge on points, the tester revisits and mitigates
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