The unclonable security IC are designed to generate unique signatures which can be used for the authentication of chip. The physical unclonable security mainly depend on manufacturing process variations so that it can create distinction between chips. The unclonable security IC are based on physical variations that can occur naturally during semiconductor manufacturing that makes it easy to differentiate between other identical semiconductor. One of the driving factor of unclonable security IC is that designers can proactively, easily and reasonably protect their intellectual products and property with a solution which is resistant to hostile physical attacks. Though the security of design remains an afterthought, many engineers believe that implementing this security is time consuming, difficult and expensive. In addition, the unclonable security IC that are used are mostly conceded by silicon level attacks that are mostly launched to attain secured data from integrated circuits (ICs) and cryptographic keys.
The unclonable security IC are highly secure as it is protected set of cryptographic tools that comprise of asymmetric hardware engine, true random number generator, unique 64-bit ROM identification number among others. In addition it is highly reliable over process, temperature and easy to implement and cost effective. It is simple to integrate into customer’s design with low complexity fixed function command set that includes cryptographic operations. However, in terms of protection benefit unclonable security ICs can eliminate or simplify the need for complex secure IC key management that can be directly used for operations in cryptography. For instance, Maxim integrated Products, Inc. has recently launched unclonable security ICs with ChipDNA technology to protect IoT customers. However, improper usage of physical unclonable security IC can led to encryption in a computer system or bypassing normal authentication to an otherwise secure system. This is expected to hamper the market during the forecast period. In addition, unclonable security IC provides strong protection against physical attack that is well suited to implement read proof hardware. This is further expected to create opportunity for unclonable security IC market during the forecast period.
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The unclonable security IC market has been segmented based on type, application and region. Based on type the unclonable security IC has been segmented into introduced randomness and intrinsic randomness. The introduced randomness can be further classified into optical unclonable security IC and coating unclonable security IC. The intrinsic randomness can be further classified into delay unclonable security IC and DRAM unclonable security IC. On the basis of application the market is segmented into anti-counterfeiting, security applications, software licensing and others. The global market value for security application is expected to grow at high growth rate due to its potential demand from this market.
In terms of geography, the unclonable security IC market in North America is expected to hold the largest market share during the forecast period owing to the fact that cyber-attacks continue making headlines. Moreover, the region is also experiencing a rise in the demand for Unclonable security IC for anti-counterfeiting. North America is expected to dominate the unclonable security IC market as an increasing number of security applications are planned to launch during the coming years. The market in developing regions such as Middle East & Africa (MEA) and South America are also expected to expand during the forecast period.
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The global ultra-low power MEMS sensors market is characterized by the presence of numerous major players in the market. The major players of the market compete their competition on the basis of factors such as price, performance, quality, support services and innovations of product. Major players operating in the unclonable security IC market are Verayo (The U.S.), Maxim Integrated Products, Inc. (The U.S.) among others.
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