Integrated SE
iSE
The next evolution in user privacy, security & trusted connectivity
An integrated secure element is a new form factor where the silicon of the SE/SIM is actually integrated as a secure enclave within a larger System on Chip (SoC) alongside, for example, a modem and application processor
A secure element is a critical hardware based component to store user sensitive data related to a few use cases such as authentication, personal identification, mobile device payments, or the storage of device cryptographic keys used in some processes like the secure boot.
This is beneficial for continual device enhancements, integration of SE/SIM functionality and the TRE (Tamper Resistant Element) hardware in SOC can result in more powerful chips and capability for customers.
Secure Element Evolution
Integrating Security into the Chip Industry’s Future
Innovation and evolution are at the heart of the Chip industry’s relevance and longevity. More and more companies are looking for the addition of secure elements into their devices and applications. The growth of the global secure element market can be attributed to the increasing demand for mobile security and the growing trend of IoT connectivity, because they are commonly used in a variety of trendy applications, including home applications, office automation, banking & financial institutions, security, automotive, protection, personal, healthcare, and other sectors.
Secure Element form factors have become progressively smaller and more advanced over time while retaining the highest security levels to support the emergence of different applications and use cases. And in recent years, various market forces have promoted the integration of SE/SIM functionality on a System on Chip.
This has created increasing demand for a new Secure Element form factor: the integrated SE/SIM.
UNCOVERING OBSTACLES
Navigating Top Security Challenges in Today’s Data-Driven Landscape
As the industry is rapidly advancing and experiencing a significant increase in data collection, today’s mobile projects face a number of critical security challenges. To effectively combat these challenges, the implementation of Integrated Secure Elements (iSE) solutions is emerging as the most effective strategy to:
Address data breaches and safeguard sensitive information.
Fortify defenses against malware and ransomware attacks.
Ensure the security of cloud-based collaboration applications amid growing reliance on remote work.
Safeguard the security of a diverse range of devices, services, and software.
Combat advanced email-based threats, including phishing and business email compromise.
Uphold user privacy and exercising strict control over data access.
USE CASES
Unlocking Versatile Security Solutions with Valid’s iSE Technology
Valid’s Integrated Secure Element (iSE) is a robust hardware solution designed to fulfill all the use cases specified in the GlobalPlatform and GSMA specifications for eSE and eSIM, respectively. By integrating these functions onto a single chip, we offer customers a more potent and comprehensive tool.
Beyond its application in mobile phones, this versatile chip finds utility in a range of connected devices, including laptops, tablets, IoT devices, and wearables, providing all necessary functionalities.
In consumer electronics, critical device processes such as secure booting, firmware updates, and cryptographic key management are commonly addressed.
Moreover, the iSE serves various typical use cases such as authentication, digital signatures, transit services, contactless mobile payments, biometric data storage, cryptocurrency wallets, and digital car keys. Manufacturers leveraging iSE technology in their devices gain access to all these functions, ensuring the ultimate mobile experience without the need for additional development efforts.
PERSONAL DATA AS THE MOST VALUABLE ASSET
Driving Forces Behind the Growth of the Integrated Secure Element Market
A surging demand for enhanced security in financial transactions and digital payments, driven by increasing online transactions and concerns over cybersecurity.
Growing awareness and concerns regarding data privacy are prompting businesses and consumers alike to seek robust security solutions.
Substantial investments in research and development activities are fueling innovation and driving market expansion.
Additionally, rapid technological advancements are creating new opportunities for growth within the market.
Moreover, the dominance of low-to mid-range smartphones in the Worldwide Smartphone Market underscores the importance of Secure Element integration within System on Chip (SoC) solutions. This integration offers a cost-effective means to deliver high value and differentiation against competitors.
For high-end mobile devices, the adoption of Integrated Secure Elements is already widespread among tier-1 device manufacturers. Combining Integrated Secure Elements with embedded Secure Elements (eSE) ensures the ultimate security and performance experience for users of high-end devices.
BENEFITS TAILORED TO YOUR NEEDS
Device Cost Effectiveness
Integrating the secure element into the System on Chip (SoC) reduces the total Bill of Materials (BOM), simplifying sourcing, integration, and production processes. This results in cost savings and enables the creation of smaller, lighter, and more affordable devices.
Lower Power Consumption
Consolidating components leads to reduced power consumption, thereby extending battery life.
Improved Performance
Integrating complex functionalities onto a single silicon substrate offers significant performance improvements and cost benefits within the semiconductor industry.
StrongBox Integration
The Integrated Secure Element presents the most cost-effective solution for devices, freeing up physical space for additional features and simplifying procurement. Valid’s iSE solution supports Strongbox at minimal cost, reducing time to market and simplifying hardware and software design.
New Use Cases
Deep integration, enhanced processing power, and flexible memory configuration enable the integrated SE to support a variety of security applications previously limited by processing power, memory capacity, or accessibility.
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