MARKETS & SOLUTIONS PRODUCTS & TECHNOLOGIES COMPANY INVESTORS CONTACT US GET STARTED TODAY! CONTACT US FOR MORE INFORMATION WHITE PAPERS Technical Considerations for Mobile Data Offload with ePDG ￼Securing Highly Sensitive Assets with INSIDE’s SafeZone Secure Platform SafeXcel Semiconductor IP Overview Understanding Hardware IP Options for Data-in-Transit Protection Microprocessor Report – Security IP for IoT Processors Markets & solutions Enterprise Security and Secure Access Enterprise Security Solutions for SoC Enterprise Security Solutions for SoC INSIDE Secure's award-winning semiconductor IP provides silicon-proven security for next-generation System-on-a-Chip (SoC) and Application Specific Integrated Circuit (ASIC) designs. Fully integrated with its QuickSec® Ipsec toolkit, SafeXcel™ IP enables a complete security system—delivering fast time-to-market while reducing design and engineering cost. INSIDE Secure provides high-performance, highly integrated security engines that support cryptographic algorithms and protocol related security operations for a wide range of applications. Silicon-proven and ready-to-use, the SafeXcel IP security engines are a reliable security solution for chip designers — delivering quick time-to-market while reducing design cost. VAULTIP SECURE ELEMENT AND PLATFORM SECURITY ENGINES INSIDE Secure’s Vault IP is a dedicated Secure Element delivered as synthesizable Verilog RTL source code that protects keys and sensitive operations and accelerates encryption on mobile processors, providing protection against an increasing number of sophisticated threats to valuable data and private information. VaultIP acts as a stand-alone secure element or in combination with ARM® Trustzone® architectures. More information CONTENT PROTECTION ENGINES INSIDE Secure’s Content Protection Engine is a dedicated HDCP hardware engine that protects keys and sensitive operations and accelerates encryption and decryption operations to enable protection of uncompressed and compressed, full HD content. SafeXcel EIP-115 works seamlessly with INSIDE Secure’s existing SafeXcel packet engines and SafeZone secure platform offerings.These hardware offerings enable chip makers to enhance their products to support the latest HDCP standards. More information SECURITY PROTOCOL PACKET ENGINES INSIDE Secure’s Security protocol Engines are Packet Engines for accelerating cryptography functions and CPU-offload functions for applications like smart phones, femtocell access points, and secure home gateways. Ranging from the traditional look aside engines to the more sophisticated, powerful inline packet engines, INSIDE Secure’s Security protocol Engines offer acceleration of IPsec, MACsec, SSL/TLS/DTLS, sRTP and basic hash-crypto operations at target speeds ranging from 100Mbps to 10Gbps and beyond. More information CRYPTOGRAPHY ENGINES INSIDE Secure’s Cryptography Engines are standalone hardware IP cores for accelerating various symmetric, asymmetric ciphers , HASH and HMAC based integrity algorithms as well as true random number generators. SafeXcel IP cryptographic engines can be used for hardware acceleration, storage, WIMAX, 3G and Long Term Evolution (LTE), and PKI/PKA infrastructure. More information SECURE BOOT The SafeZone Secure Boot solution provides tools for integrating security into an embedded device’s system boot sequence. The SafeZone Secure Boot solution is based on the use of strong cryptography (ECDSA, SHA-2 and AES) to protect the boot process of SoCs and Application Processors. It is implemented in following layers: Integrity + Authenticity: This layer ensures that the system only boots images that are verifiably from a trusted source, without any changes introduced to the images. Thus, this layer protects against tampering. Confidentiality + Anti-Cloning: This layer protects images from being examined by encrypting the image using strong cryptography. By using product-line specific encryption keys, the protected images are also prevented from being used on other product lines. Rollback: This layer protects against installing of older images that are revoked due to for example security bugs, which are typically fixed in maintenance updates. The Rollback identifier is an attribute. Note: Rollback protection requires special hardware. More information Why Choose INSIDE Secure? The world's leading chip manufacturers, including Texas Instruments, AMCC, PMC-Sierra, Samsung, Faraday, AMD and ARM trust INSIDE Secure's silicon-proven SafeXcel IP products for their embedded security needs, giving INSIDE Secure the biggest licensed security IP footprint in the networking semiconductor industry.Years of experience in designing silicon security products made INSIDE Secure the leading vendor of complete, reliable, and high-quality semiconductor Ip products, featuring cost-efficient designs and user-friendly product interfaces. INSIDE Secure’s global presence and expertise in security IP design enables us to provide our customers with world-class OEM support that is unmatched in the industry - supporting your design-in process and ensuring the success of your project. Software Support, Development Kits and Toolkits INSIDE Secure also offers Driver Development Kits, MACsec Toolkits, and QuickSec® Toolkits to build your software environment to enable the high-performance offloading with SafeXcel IP. Integrated software support is increasingly becoming a critical success factor for complex System-on-Chips (SoCs). INSIDE Secure’s Toolkits are the software implementation of choice for a large number of Tier 1 and Tier 2 telecommunications and networking equipment vendors globally.As the leading embedded security technology provider, INSIDE Secure is committed to providing high-quality integration software support and product maintenance updates, and software updates to keep up with evolving technologies. Since their commercial launch, INSIDE Secure’s toolkits have been the leading IP sec and Internet Key Exchange (IKE) implementation on the market. Vault IP Secure Element @2015 INSIDE SECURE ALL RIGHTS RESERVED TERMS OF USE PRIVACY POLICY