Remove Architecture Remove Encryption Remove Firmware Remove Internet
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Guest Blog: TalkingTrust. What’s driving the security of IoT?

Thales Cloud Protection & Licensing

There are so many reasons why manufacturers connect their products to the Internet, whether it’s industrial machines, medical devices, consumer goods or even cars. The problem becomes – how do we make sure we’re securing these “driving data centers” against the risks and threats that lurk on the Internet? Device Security is Hard.

IoT 77
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Use cases of secure IoT deployment

Thales Cloud Protection & Licensing

In our previous blog post , we discussed the challenges for securing IoT deployments, and how businesses and consumers benefit from authenticating and validating IoT software and firmware updates. Requirements also included that the firmware was to be signed by the manufacturer and verified by the pacemaker.

IoT 71
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Key Developments in IoT Security

Thales Cloud Protection & Licensing

Remember the early days of the emergence of Internet of Things (IoT) devices? Digital identification would fulfill a critical element of attaining a zero trust architecture, especially important for industrial technology edge devices. Encryption Key Management. Internet Of Things. Key Developments in IoT Security.

IoT 100
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StripedFly: Perennially flying under the radar

SecureList

It comes equipped with a built-in TOR network tunnel for communication with command servers, along with update and delivery functionality through trusted services such as GitLab, GitHub, and Bitbucket, all using custom encrypted archives. This architectural approach is a hallmark of APT malware.

Malware 108
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Cloud Security: The Shared Responsibility Model

eSecurity Planet

Its table illustration also goes into more detail and notes Google’s responsibility for hardware, boot, hardened kernel and interprocess communication (IPC), audit logging, network, and storage and encryption of data. This responsibility does not extend to software that customers install on cloud devices.

Backups 124
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Remotely Accessing Secure Kali Pi

Kali Linux

In Secure Kali Pi (2022) , the first blog post in the Raspberry Pi series, we set up a Raspberry Pi 4 with full disk encryption. author: Broadcom Corporation firmware: brcm/brcmfmac*-sdio.*.bin bin firmware: brcm/brcmfmac*-sdio.*.txt We mentioned that we can leave it somewhere as a drop box. wireless LAN fullmac driver.

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Dynamic analysis of firmware components in IoT devices

SecureList

As a rule, this means that the source code of the device’s firmware is unavailable and all the researcher can use is the user manual and a few threads on some user forum discussing the device’s operation. The vulnerability assessment of IoT/IIoT devices is based on analyzing their firmware.