Explore PQC and CNSA 2.0, including ML-KEM, ML-DSA, LMS, and XMSS parameter sets, their use in code signing, and how they protect security in the quantum era.| Encryption Consulting
What are the main programming paradigms in embedded software? Which of them can be mixed together and which are like “oil and water”? NOTE: Embedded.fm is a weekly audio show created and hosted by Elecia White and Christopher White. The guests include makers, entrepreneurs, educators, and normal, traditional engineers. The show is a product of […]| Modern Embedded Software | Quantum Leaps
Is it possible to be agile and do modeling, state-machine design and code generation? You bet! Modern event-driven approach with asynchronous active objects, hierarchical state machine and visual modeling will let you go faster and avoid many bugs by design. Please listen and comment! NOTE: The Agile Embedded Podcast is run by Luca Ingianni and […]| Modern Embedded Software | Quantum Leaps
The popular “Modern Embedded Programming” video course now contains a segment devoted to state machines. If you really want to understand state machines, this is your ultimate resource! Video playlist “State Machines” What are State Machines? These lessons start a new segment about STATE MACHINES. The lesson starts with the biggest challenge of event-driven programming, […]| Modern Embedded Software | Quantum Leaps
Steve Scandore, the technical lead of the Mars 2020 FSW, talks about the role of Hierarchical State Machines in the Mars Perseverance Software in his keynote address at the recent Embedded Online Conference 2021… Hierarchical State Machines in Perseverance Flight Software Among others, Steve explains the role of hierarchical state machines in the Perseverance rover […]| Modern Embedded Software | Quantum Leaps
How to sign an F-Droid repository with a hardware security module (HSM) like the YubiHSM.| blog.dbrgn.ch
Enterprise applications and PKI should be an integral part to the security of an organization, but it is not always done. Learn how to do this in your company.| Encryption Consulting
Organizations are increasingly migrating their infrastructure to cloud service providers. Check out AWS KMS and CloudHSM for enhanced data protection services.| Encryption Consulting
Code signing is a vital practice in today’s cybersecurity landscape. Learn about the different best practices necessary for a strong code signing tool.| Encryption Consulting
Learn how to protect your code signing infrastructure from attackers. Purchase Encryption Consulting's code signing solution, CodeSign Secure| Encryption Consulting
A Hardware Security Module(HSM), is a specialized, highly trusted physical device. It is a network computer that performs all major cryptographic operations.| Encryption Consulting
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Many people are confused between digital and electronic signatures. In this article, we will take a look at the difference between the two terms.| Encryption Consulting
Defend your organization from Unauthorized code execution attacks! Learn defense strategies like code signing, secure development, and build verification. Discover Encryption Consulting's CodeSignSecure to prevent cyber attacks and enhance code security.| Encryption Consulting
O papel do pai no tratamento de saúde do filho pode ser determinante no sucesso. Leia a história de homens que aprederam uma nova forma de amar.| Secretaria da Saúde do Ceará
JAR signing involves applying a digital signature to JAR files to verify their integrity which ensures the security and trustworthiness of Java applications.| Encryption Consulting
Code signing is fairly ubiquitous and is a cryptographic technique for verifying the authenticity of a binary. It is often used as part of the secure boot process of an embedded device where software components of the bootchain are verified by the previous component. For example, the on-chip ROM in a SoC will verify the …| www.thegoodpenguin.co.uk
We revisit batch signatures (previously considered in a draft RFC, and used in multiple recent works), where a single, potentially expensive, "inner" digital signature authenticates a Merkle tree constructed from many messages. We formalise a construction and prove its unforgeability and privacy properties. We also show that batch signing allows us to scale slow signing algorithms, such as those recently selected for standardisation as part of NIST's post-quantum project, to high throughput, ...| IACR Cryptology ePrint Archive