Protect your embedded software from cybersecurity vulnerabilities

A single cybersecurity vulnerability can depart embedded structures defenseless to facts breaches, cyberattacks, and different cyber incidents. For that reason, it is vital to recognize how to put in force software program facets precise to make sure that your embedded structures are secure.
Thanks to the Internet of Things (IoT), greater and extra gadgets are linked to the Internet. IoT embedded gadgets are in all places nowadays: in offices, industrial environments and even in the healthcare sector. However, due to the fact these gadgets are linked to the network, if they lack significant protection features, they can be a great protection hazard through growing vulnerabilities inside an organization’s network. With our information and consulting services, we assist our clients keep away from the inherent vulnerabilities of these devices, permitting your commercial enterprise to take gain of their many benefits, with minimal risk.

Secure Boot / Chain of Trust

Ensure your gadget is now not walking tampered software program by using verifying its authenticity earlier than execution. Establish software program authenticity all the way from the bootloader to consumer applications. Our invulnerable boot offerings assist implement:

  • Verified bootloader (NXP i.MX / QorIQ, Qualcomm Snapdragon, TI Sitara, Atmel SAMA5, Xilinx Zynq and more)
  • Kernel verification (FIT image, SoC precise mechanisms
  • Root filesystem verification (dm-verity, IMA/EVM, FIT image)
  • Filesystem cryptography, Filesystem-level encryption (dm-crypt)

Device Encryption and Secure Key Storage

You can guard IP and touchy person statistics by way of encrypting data/software.
It is additionally vital to guard the key used for encryption the use of a invulnerable storage mechanism. Additionally, software program that handles personal facts must run from inside a hardware/software-isolated environment. We supply options and offerings that span:

  • Anti-cloning (IP and Data Protection)
  • Key Management and invulnerable key storage
  • Data safety the use of encryption — In use, in motion, and at rest
  • Trusted Platform Module (TPM)
  • Trusted Execution Environment (TEE) the usage of Arm TrustZone and OP-TEE
  • Device identification and authentication
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