For years, security intellectual property (IP) existed in the semiconductor world as something of an afterthought; bolted on at the tail end of chip design cycles and treated as a compliance checkbox.
That era is decisively over.
According to the latest market study by ABI Research, the Security IP sector is entering a sharply accelerated growth phase, driven by a shift in how OEMs think about trust, compliance, and embedded protection.
The message from the market is unambiguous: integrated, certification-ready security is no longer optional infrastructure; it is a competitive imperative.
The explosion of connected devices across industrial, automotive, consumer, and data center environments has expanded attack surfaces.
Security IP Market Development
Meanwhile, regulatory frameworks worldwide are tightening, demanding demonstrable security assurance rather than self-attested claims.
And looming on the horizon is the quantum computing threat, which is already forcing forward-thinking chip makers to re-architect their cryptographic foundations today.
The result is reshaping how security IP is designed, packaged, sold, and certified. ABI Research findings illuminate several structural shifts that deserve close attention.
The market is seeing rising demand for secure Root of Trust (RoT), key provisioning, authentication, and post-quantum-ready cryptography (PQC).
Four pillars that together define the baseline expectations of a modern secure semiconductor design. This is no longer a niche concern for defense or financial services chips; these requirements are cascading across mass-market SoCs powering everything from smart home devices to AI inference accelerators.
Equally telling is the evolution of how Security IP is delivered and monetized. Security IP is increasingly delivered as bundled subsystems, combining cryptographic libraries, firmware, and RoT modules, under mixed-revenue models.
This bundling trend signals a market maturing from point-solution sales toward platform economics. Services are a rising component, priced anywhere between 10 and 30 percent of the initial license, with a much longer revenue tail driven by growing crypto-agility demands.
For IP vendors, this is a strategic opportunity to build recurring revenue streams; for OEM procurement teams, it represents a shift in total cost of ownership calculations that deserves careful modeling.
The certification dimension is particularly significant for enterprise and industrial buyers.
Semiconductors and chipmakers must now consider full-stack, configurable security platforms that can scale across a wide range of SoCs and comply with emerging regulatory requirements through certification programs like FIPS, CC, and SESIP.
Certification is no longer a market differentiator; it is becoming a market access requirement, particularly in sectors like critical infrastructure, medical devices, and government procurement.
Market Consolidation and the Platform Play
One of the most consequential structural signals in this market study is the acceleration of consolidation.
For smaller independent Security IP vendors, this consolidation raises an important question: compete on specialization, or become an acquisition target?
Providers like Rambus, FortifyIQ, and Xiphera are differentiating through post-quantum agility, side-channel protection, and high-performance MACsec/IPsec engines aimed at AI, data center, and IoT designs.
This specialization strategy is sound, but the window for independent differentiation will likely narrow as the platform players build out comparable capabilities through further M&A.
Where the Upside Growth Opportunities Lie
I see three areas where strategic positioning will determine market leadership.
First, post-quantum cryptography migration is non-negotiable and time-sensitive. Vendors who can offer proven, NIST-standardized PQC implementations embedded within certified RoT architectures will command premium positioning across government and critical infrastructure verticals.
Second, AI silicon is an underappreciated near-term opportunity: as Applied-AI accelerators proliferate in both cloud data centers and edge deployments, the need for hardware-anchored attestation and secure model IP protection will create a new demand vector that today's Security IP vendors are well-placed to serve.
Third, the services layer — configuration, provisioning, lifecycle management, and crypto-agility support — represents the most durable margin opportunity in the entire value chain.
Outlook for Security IP Platform Growth
Security IP is increasingly becoming a platform play, with turnkey certification and configurability defining the next competitive frontier in secure semiconductor design.
"OEMs are looking for certified embedded security solutions that can be personalized to their use cases," said Michela Menting, vice president at ABI Research.
That being said, I believe the vendors who internalize this shift earliest, building not just strong crypto blocks, but full-stack, certifiable, configurable security platforms, will define the contours of this market for the next decade.