IoT SECURITY
Our Consulting and Support services for your below Internet of Things Security Services
- IoT Security Architecture Review
- IoT Device Penetration Testing
- IoT Device Firmware Security Testing
- IoT Product Threat Modelling
- IoT Security by Design Implementation
- IoT Data Privacy Governance
OUR TEAM
Security architecture is the most important pillar of your product in today’s world of connected platform.
The IoT/embedded device carries the details of internal components that can determine the breadth and depth of product’s attack surface.
While you are enjoying the success of your newly built connected product in the market, a suspect might take advantage of the unknown weakness of the product.
Our IoT security team carry out a detailed architecture assessment of IoT solutions that encompasses devices, cloud, APIs, web and mobile applications from security stand point to make the solution more robust.
Our team professionals carry out an end-to-end security testing from an external hacker prospective on the IoT/ Embedded device to remediate flaws and give you confidence in your underlying embedded hardware.
We help to carry out an end-to-end penetration testing of the complete IoT ecosystem to remediate flaws and give you confidence in your product.
In this connected device world, a suspect might connect to your IoT device/product and it’s ecosystem through a backdoor installed inside the firmware.
Designing secure IoT hardware & Ecosystem is often the first step of designing a product/solution which can identify your limitations and security flaws.
The connected world sits on a very high risk which adversely distracts you from focusing on the entry points that matters.
Our team will assess your device’s firmware and its upgrade process for any malwares/ vulnerabilities and review boot process from security prospective.
Our IoT security professionals will help you with their expertise in embedding security and privacy by design as part of Agile and DevOps methodology.
Our team will work closely with your team to develop comprehensive threat models of your entire system that can evolve and live with your complete product life cycle.
We have deeply industry understanding in media, telecommunications, retail, health care and life sciences. With our extensive threat and risk management resilience experience spans the enterprise functions: Finance, Operations, Legal, Information Technology and Security.
We have certified professionals, who can deliver projects with some of the most customer information approach across various intense organizations in the world – meeting challenges and requirements that are emerging with newly and yet to be found threats.
our approach and methodology
Robust and resilient IoT security testing that is ready for the future.
Objective and Scope Understanding
Pentesters must comprehend the size of the target.
Constraints and limits make up the scope.
The prerequisites for penetration testing differ from product to product. As a result, the tester must comprehend the scope and develop preparations in accordance with it in the initial step of an IoT pentest.
Mapping the Attack Surfaces
An IoT device’s attack surface is mapped out by the tester to show every point of entry that an attacker might use to access the system.
In addition to identifying all potential entry points for an attacker, the attack surface mapping process also entails drawing a very thorough architecture diagram.
Perform Vulnerability Testing and Exploitation
In this stage, the tester tries to break the IoT device by exploiting all the flaws discovered in earlier steps.
Again, there are countless ways a hacker may take advantage of the target. Among them are: exploitation with Reverse Engineering for Firmware Bug Fixing Sensitive values are hard-coded, etc.
The IoT evaluates the complete IoT system, not just the device or the software.
Threat Modelling
It is a systematic method for identifying and listing potential dangers, such as holes in defenses or a lack of them, and for prioritizing security mitigations.
It seeks to give the defense force and security team an analysis of the security controls required based on the current information systems and threat environment, the most likely attacks, their methodology, and the target system.
Firmware Analysis
The usage of firmware on embedded devices, which are tiny computers with specialized uses, is the only distinction. a smartphone, router, or even a heart monitor, as examples.
The process of extracting and testing firmware for backdoors, buffer overflows, and other security flaws is used by the testers during the firmware analysis.
Reporting and Consultation
The tester creates a thorough, full report of all the technical and non-technical summary information in this step.
The tester provides all the proof of concepts, demos, code snippets, and other materials that they used during the process.
After a bug has been fixed, the tester reevaluates until its fixed.
Holistic view of current security posture of a product: Provides the ability to look at the holistic current security posture of a product/device & its ecosystem from an expert’s view that have deep expertise in IoT security and secure embedded design principles.
Knowledge of vulnerabilities in the IoT product ecosystem: Establish diverse specialists in identifying vulnerabilities/flaws in the circuit design and firmware. Leading to the practices, measures, and strategies employed to protect a product from security vulnerabilities and threats throughout its lifecycle.
Knowledge compliance standards: Work with a team of experts with understanding of reliable industry standards and regulations related to IoT device security compliance inadequate security measures.
Expert guidance throughout IoT product / service lifecycle: Eliminate the need for experts at different stages of the product lifecycle by experienced security professionals, with correct guidance on security of IoT devices throughout the product lifecycle.
Specialised IoT security architects: The architecture level flaws with the help of secure architecture design principles, implemented by our specialized Embedded and IoT security architects.
What You Get?
Increased customer confidence and comparative edge
Establishes a strong foundation of security throughout the IoT ecosystem, resulting in increased confidence of the management and investors into developing more secure IoT products.