Hardware security requirements expand as connected devices, digital credentials, and post-quantum migration increase demand for secure chips
The global Information Security Chip market was valued at USD 4.60 Billion in 2025 and is projected to reach USD 10.21 Billion by 2035. Demand is increasing as connected devices, payment systems, identity documents, vehicles, and industrial equipment require hardware-based protection for cryptographic keys, secure boot, authentication, and software updates. Two structural drivers are the migration toward post-quantum cryptography and the expansion of regulatory requirements for secure digital products. NIST's hardware security program identifies roots of trust as a foundation for protecting semiconductor-based systems, while its September 2026 report calls for stronger security, provenance, verification, and trust models across the semiconductor lifecycle.
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Key Growth Drivers
Information security chips provide isolated hardware environments for storing cryptographic keys and executing security functions that are difficult to protect through software alone. Demand is expanding as manufacturers integrate secure elements, trusted platform modules, and secure microcontrollers into connected products, payment credentials, vehicles, industrial equipment, and communication devices. The European Union's Cyber Resilience Act is adding another demand mechanism because the regulation covers hardware and software products with digital elements and requires manufacturers to address cybersecurity throughout product design and maintenance. Its reporting obligations began in September 2026, while the main obligations apply from December 2027. Remote SIM provisioning is also increasing demand for eUICC and embedded security chips in connected devices that cannot rely on removable SIM cards. For instance, in June 2026, Infineon Technologies, Germany, announced the integration of its OPTIGA Trusted Platform Module with NVIDIA's Jetson Thor platform to provide hardware-based key protection, system integrity verification, and a root of trust for physical AI systems. These are some of the key factors driving revenue growth of the Information Security Chip market.
Market Restraints
However, the market faces pressure from mature payment-card and traditional SIM chip volumes, semiconductor manufacturing costs, and lengthy security certification processes. The Trusted Connectivity Alliance reported a decline in the traditional SIM total available market as eSIM adoption expands, reducing unit growth in one established secure-element application. Secure chips used in payment, identity, and government applications may also require Common Criteria or comparable certification before deployment, increasing development time and qualification costs. Semiconductor supply chains remain exposed to fluctuations in wafer-fabrication materials, chemicals, and specialized manufacturing capacity. These factors are expected to limit Information Security Chip market growth to some extent over the forecast period.
Segment Highlights
By chip type, Secure Elements held the leading position in 2025. Secure elements provide tamper-resistant storage and cryptographic processing for payment cards, SIMs, eSIMs, electronic passports, identity documents, smartphones, wearables, and connected products. Their broad installed base across payment and identity applications supports continued demand. Secure Microcontrollers are expected to register the fastest growth during the forecast period as manufacturers combine application processing with secure boot, protected memory, cryptographic functions, and hardware roots of trust in industrial and connected devices.
By application, Payment & Banking accounted for the largest share in 2025. Payment chips protect transaction credentials and generate cryptographic authentication for card and mobile transactions. Automotive & Industrial IoT is expected to record rapid growth as connected vehicles, charging systems, industrial gateways, meters, and other equipment require secure boot, authenticated software updates, and device identity. The shift toward embedded security also supports demand for chips that can operate throughout the service life of connected products.
Regional Outlook
North America: North America accounted for 20.3% of global Information Security Chip revenue in 2025. Payment activity, connected device deployment, and government requirements for protected computing systems support regional demand. The Federal Reserve's 2025 Payments Study recorded 236.6 billion noncash payments in the United States during 2024, with cards representing more than three-quarters of noncash payments by number. The National Security Agency's CNSA 2.0 requirements also establish quantum-resistant algorithm requirements for National Security Systems.
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Europe: Europe represented 22.1% of global Information Security Chip revenue in 2025. The European Union's Cyber Resilience Act is creating a direct compliance requirement for security across hardware and software products with digital elements. The European Central Bank reported 872.7 million cards with a payment function in the euro area during the second half of 2025, while contactless payments accounted for 85% of non-remote card payments by number. These payment and regulatory requirements support continued demand for secure chips.
Asia Pacific: Asia Pacific held the largest regional share at 44.6% in 2025. Demand is supported by large payment-card and national identity programs in China and Japan, along with established semiconductor manufacturing and secure-chip suppliers. The People's Bank of China's first-quarter 2025 Payment System Report recorded 10 billion bank cards in circulation. In Japan, the Digital Agency reported that My Number Card holdings reached about 104.18 million by the end of July 2026.
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