IC package decapsulation

JIACO Instruments MIP decapsulation system is a breakthrough innovation: Automated atmospheric pressure Microwave-Induced-Plasma (MIP) decapsulation utilizing only Oxygen and patent pending Hydrogen-based recipes. The system has been proven for Cu, PCC, Ag, Au bond wires and for advanced package types like 3D, SiP WLCSP, BOAC; all without process induced damage for reliability test and failure analysis.

MIP applications in FA and QC

I. Wire Bond:	II. Flipchip:
Ag Wire Cu, PCC, Au, Al Wire Fresh & Thermally Stressed	RDL Cu Pillar, Solder Bump Fan-in and Fan-out WLP
III. Chip:	IV. Package:
BOAC SAW, BAW GaAs, GaN	2.5D / 3D SiP, CoWoS Chip on Board
V. Encapsulant:	VI. Failure Type:
High Tg Glob Top Underfill, DAF, FOW Clear Mold, Die Coat	EOS Migration Corrosion Contamination

Learn more at https://jiaco-instruments.com/

Tools: The standard-setting security testing suite for embedded and connected devices ranging from mobile to smartcards and automotive to IoT.

• Inspector Pre-Silicon: With Riscure Inspector Pre-Silicon, chip vendors are now able to find leakage in their designs and identify the root-cause automatically, using our unique patented technology. Find and fix side channel and fault injection vulnerabilities pre-silicon, instead of post-silicon.
• Inspector Fault Injection: Inspector FI - Fault Injection - offers all features to perform fault injection testing on embedded systems and smart card technology. Our hardware components cover accurate, reliable and thus predictable, clock and voltage glitching, and advanced optical attacks with purpose-built laser equipment. With Inspector FI, a user can test if a key can be extracted by inducing faults in a chip's cryptographic operations, bypass a check such as an authentication or a lifecycle state, or change the program flow of code on the chip.
• Inspector Side Channel Analysis: Inspector SCA - Side Channel Analysis - offers SPA, DPA, EMA, EMA-RF and RFA for embedded devices or Smart Cards. The user has detailed control over the entire side channel testing process. The Inspector architecture offers an open and flexible environment with an intuitive graphical representation of traces and analysis results. Furthermore, all aspects of side channel analysis are integrated in one solution, so that the user does not need to switch between environments or workstations in order to perform different aspects of side channel testing.

Services: Riscure can help companies with specific market goals such as certification, IP protection or security caused cost and liability reduction through security hardening.

We work with our customers during development stages, which helps them to avoid security-related redevelopment, prepare for the market requirements and certifications.

• Security Certification: Riscure is a leader in mobile and electronic payment as well as premium content certification services. We are ready to help you certify your device under the terms of EMVco, SESIP, Common Criteria and many other schemes.
• Security Evaluation: Riscure's Security Evaluation services encompass comprehensive assessments of embedded and connected devices, including thorough reviews of security architecture, penetration testing to uncover software vulnerabilities, and specialized analyses such as side-channel and fault injection testing. Our detailed reports guide clients in mitigating risks and building more resilient products against evolving threats.
• Riscure Academy: Riscure Academy exists to empower individuals and organizations with the knowledge and skills necessary to secure their devices and systems and protect against malicious threats. In-house and partner security experts develop and support a comprehensive portfolio of security training programs, from fundamental to advanced topics, all rooted in Riscure’s real-world experience. Through our training platform our team helps drive a seamless blended learning experience, combining online training with practical exercise and expert support.
• Secure Development Support: Whether you are developing a product for a specific market or a generic chipset relevant for multiple markets, Riscure can use years of experience and extensive knowledge of the security field to support you in your development process. We are your partner that can train in-house talent on security as well as share knowledge and experience as an extension of your development or blue team or function as security testers embedded in your development team. Our focus is on empowering our customers to efficiently manage the needed level of security allowing you to focus on delivering the functionality of your innovative product.

Learn more at https://www.riscure.com

Idaho Scientific is an embedded security company. Our proven, easy-to-integrate and low maintenance solutions address Government cybersecurity and anti-tamper Requirements. We offer a suite of FPGA/ASIC security IP cores that can be integrated individually or selected as a bundled security solution to establish a secure and defensible foundation for your embedded system. Security IP includes side-channel resistant crypto cores, inline memory encryption, secure processing, secure boot, and a Root of Trust with extension of security to an Intel processor.

Learn more at https://www.idahoscientific.com

VASCO 2 (ASIC vehicle for component security) integrates innovative and patented hardware security building blocks on 22 nm FD-SOI silicon. It enables all types of standard or customized tests to validate these technologies in operational conditions in order to prepare a transfer to industry. VASCO 2 highlights the relevance and characteristics of these hardware block for industry by matching current challenges in hardware security:

• Securing processors
• Securing and accelerating pre- and post-quantum cryptography
• Modelization and characterization of True Random Number Generators (TRNG)
• PUF
• Securing memories

VASCO has been developed at Cyber Security Platform of CEA Leti (and CEA List), home to experts who collaborate with over thirty industrial partners through bilateral contracts, collaborative projects, or common laboratories.

The platform offers two types of collaborations and services:

• High-level security characterizations and evaluations for electronic systems and components (retro-engineering and physical modifications of components, implementation and exploitation of attacks using auxiliary channels and fault injections, software codes analysis, testing and implementations of communication protocol)
• Securing components, systems, and their data using: new architectures for secure processors; hardware and software security functionalities for next generation components (random number generations, cryptography); resilience strategies for off-the-shelf components; and techniques for securing critical functions (AI, cryptography)

Leti (english) - Cyber Security Platform (leti-cea.com)

See also Integrated Circuits design Platform at CEA Leti:

Leti (english) - Integrated Circuits Design Platform (leti-cea.com)

CEA-Leti, a technology research institute at CEA Tech, pioneers micro and nanotechnologies, tailoring differentiating applicative solutions that ensure competitiveness in a wide range of markets. The institute tackles critical challenges such as healthcare, energy, transport and ICTs.

Its multidisciplinary teams deliver solid expertise for applications ranging from sensors to data processing and computing solutions, leveraging world-class pre-industrialization facilities.

CEA-Leti builds long-term relationships with its industrial partners - global companies, SMEs and startups - and actively supports the launch of technology startups.

Learn more at https://www.leti-cea.fr/cea-tech/leti/Pages/Accueil.aspx

Flex Logix is a reconfigurable computing company providing leading edge eFPGA and AI Inference technologies for semiconductor and systems companies. Flex Logix eFPGA enables volume FPGA users to integrate the FPGA into their companion SoC, resulting in a 5-10x reduction in the cost and power of the FPGA and increasing compute density which is critical for communications, networking, data centers, microcontrollers and others. Its scalable AI inference is the most efficient, providing much higher inference throughput per square millimeter and per watt. Flex Logix supports process nodes from 180nm to 7nm, with 5nm and 3nm in development. Flex Logix is headquartered in Mountain View, California and has an office in Austin, Texas.

Learn more at https://flex-logix.com