Across Android, iOS and Linux devices, Trustonic App Protection uniquely enables you to deliver simpler, richer and faster experiences to your customers. It’s the best protection available, because only Trustonic embeds hardware security into smartphones from 9 of the top 10 Android suppliers.
The Trustonic Secured Platform (TSP™) provides a range of solutions to secure devices, from the most complex to the most constrained.
TSP is the industry’s most complete device security platform. Not only secure, it is easy to integrate and massively scalable, protecting over 1.5 billion devices and over 50% of mainstream Android smartphones.
The IoT is a complex and diverse space. BIG or small, fast or slow, all “things” require connectivity, security and trust. Connectivity and security are obvious fundamentals. Trust distinguishes genuine devices from fake, proves the integrity of complex multi-party supply chains and enables devices to prove their identity and enrol autonomously.
Trustonic embeds devices with immutable, trusted identities and provides the systems needed to identify and trust these devices throughout their lifecycle.
Trustonic helps service providers, app developers, mobile network operators and also assists device and chip manufacturers to deliver secure devices and applications across multiple markets.
Trustonic is promoting industry standards - where other competitors are using proprietary platforms.
When implementing ASLR and Stack Canaries for this year’s Trustonic Secure Platform (TSP) product, Kinibi-410, we faced several challenges due to our TEE being a microkernel-based operating system: How should we randomize the bootstrap components?
I recently implemented the elliptic-curve algorithms X25519 (RFC 7748) and Ed25519 (RFC 8032) for Trustonicʼs crypto library, in portable C. These algorithms provide primitives for key agreement and digital signatures respectively.
This year’s 400A release of Kinibi contains many significant cryptographic enhancements. For example, it introduces elliptic curve cryptography, which can be used for public-key encryption and signatures using smaller keys and less energy than RSA.
trust in Trustonic
