Episode 18: Optimizing Cryptography for Microcontrollers!

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The truth is out West! We’re hopping on the ET Highway and venturing to the most notorious alien hot spots, including Roswell’s infamous crash site, Area 51’s eerie perimeter, and a mysterious desert watchtower. Join us as journalist Laura Krantz, host of the podcast Wild Thing , beams up to share stories from the front lines of UFO reporting—from strange sightings and quirky festivals to a mailbox where people leave letters to extraterrestrials. Maybe you’ll even decide for yourself: Is Earth a tourist stop for spaceships? UFO hot spots you’ll encounter in this episode: - UFO Watchtower (near Great Sand Dunes National Park, Colorado) - Roswell, New Mexico - Area 51, Nevada - Extraterrestrial Highway (aka State Route 375), Nevada - Little A’Le’Inn, ET Highway, Nevada - E.T. Fresh Jerky, ET Highway, Nevada - Alien Research Center, ET Highway, Nevada - The Black Mailbox, ET Highway, Nevada Via Podcast is a production of AAA Mountain West Group .…

۴ سال پیش 36:56

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Links and papers discussed in the show:

Music composed by Toby Fox and performed by Sean Schafianski.

Special Guests: Matthias Kannwischer and Peter Schwabe.

Episode 18: Optimizing Cryptography for Microcontrollers!

Cryptography FM

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published ۴ سال پیش

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Links and papers discussed in the show:

Music composed by Toby Fox and performed by Sean Schafianski.

Special Guests: Matthias Kannwischer and Peter Schwabe.

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Episode 24: CryptoHack's Collection of Cryptic Conundrums! 49:18

۲ years پیش49:18

49:18

For several years, CryptoHack has been a free platform for learning modern cryptography through fun and challenging programming puzzles. From toy ciphers to post-quantum cryptography, CryptoHack has a wide-ranging and ever increasing library of puzzles for both the aspiring and accomplished cryptographer. On this episode, Nadim and Lucas are joined by Giacomo Pope and Laurence Tennant, the founders of CryptoHack, to discuss how the platform came to be, and how it evolved, as well as how to improve cryptographic pedagogy more broadly. Special Guests: Giacomo Pope and Laurence Tennant. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols. Links: CryptoHack — A fun, free platform for learning modern cryptography Some Cryptography Books I Like — This is just a brief post going over a few books on Cryptography I’ve read, and would potentially recommend to people interested in the topic.…

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Episode 23: Psychic Signatures in Java! 53:20

۲ years پیش53:20

53:20

On April 19th 2022, Neil Madden disclosed a vulnerability in many popular Java runtimes and development kits. The vulnerability, dubbed "Psychic Signatures", lies in the cryptography for ECDSA signatures and allows an attacker to bypass signature checks entirely for these signatures. How are popular cryptographic protocol implementations in Java affected? What's the state of Java cryptography as a whole? Join Neil, Nadim and Lucas as they discuss. Music composed by Yasunori Mitsuda. Special Guest: Neil Madden. Sponsored By: Symbolic Software : Dr. Kobushi's Labyrinthine Laboratory® is a puzzle game that has been described as “a combination between Pac-Man and chess”. Guide the adventurous Ayla as she attempts to rescue her dog, Falafel, from the confines of a mysterious towering laboratory deep within a solitary forest. Dr. Kobushi's Labyrinthine Laboratory combines puzzle and strategy elements with an engaging storyline full of memorable characters and biting humor. IACR : AfricaCrypt is an annual International Conference on the Theory and Applications of Cryptology. AfricaCrypt is a major scientific event that seeks to advance and promote the field of cryptology on the African continent. The conference has systematically drawn some excellent contributions to the field, and has seen many renown researchers deliver keynote presentations. The conference has always been organized in cooperation with the International Association for Cryptologic Research (IACR). Links: CVE-2022-21449: Psychic Signatures in Java CVE-2022-21449 Proof of Concept — CVE-2022-21449 Proof of Concept demonstrating its usage with a client running on a vulnerable Java version and a malicious TLS server. Bitwarden design flaw: Server side iterations — In the aftermath of the LastPass breach it became increasingly clear that LastPass didn’t protect their users as well as they should have. When people started looking for alternatives, two favorites emerged: 1Password and Bitwarden. But do these do a better job at protecting sensitive data? API Security in Action — A web API is an efficient way to communicate with an application or service. However, this convenience opens your systems to new security risks. API Security in Action gives you the skills to build strong, safe APIs you can confidently expose to the world. Inside, you’ll learn to construct secure and scalable REST APIs, deliver machine-to-machine interaction in a microservices architecture, and provide protection in resource-constrained IoT (Internet of Things) environments. Illuminated Security News — A low-volume newsletter covering application security, applied cryptography, and identity & access management (IAM) topics. Every newsletter covers one topic in depth with links to interesting articles and podcasts from the wider community.…

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Episode 22: Three Lessons from Threema: Breaking a Secure Messenger! 52:12

۲ years پیش52:12

52:12

Threema is a Swiss encrypted messaging application. It has more than 10 million users and more than 7000 on-premise customers. Prominent users of Threema include the Swiss Government and the Swiss Army, as well as the current Chancellor of Germany, Olaf Scholz. Threema has been widely advertised as a secure alternative to other messengers. Kenny, Kien and Matteo from the ETH Zurich Applied Cryptography Group present seven attacks against the cryptographic protocols used by Threema, in three distinct threat models. All the attacks are accompanied by proof-of-concept implementations that demonstrate their feasibility in practice. Links and papers discussed in the show: Three Lessons from Threema Special Guests: Kenny Paterson, Kien Tuong Truong, and Matteo Scarlata. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols. Links: Three Lessons from Threema: Analysis of a Secure Messenger…

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Episode 21: Proving Fundamental Equivalencies in Isogeny Mathematics! 46:52

۴ years پیش46:52

46:52

Benjamin Wesolowski talks about his latest paper in which he mathematically proved that the two fundamental problems underlying isogeny-based cryptography are equivalent. Links and papers discussed in the show: The supersingular isogeny path and endomorphism ring problems are equivalent Episode 5: Isogeny-based Cryptography for Dummies! Music composed by Toby Fox and performed by Sean Schafianski . Special Guest: Benjamin Wesolowski. Sponsored By: Capsule Social : At Capsule Social, Inc. we are building a platform for decentralized discourse. A place where content creators, writers, and thinkers have full ownership and control over their speech, and enjoy resilience from censorship and takedowns. Capsule Social is hiring decentralized technology engineers, and we'd be thrilled for you to apply. Links: The supersingular isogeny path and endomorphism ring problems are equivalent Episode 5: Isogeny-based Cryptography for Dummies!…

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Episode 20: Cryptanalysis of GPRS: GEA-1 and GEA-2! 42:56

۴ years پیش42:56

42:56

A team of cryptanalysits presents the first publicly available cryptanalytic attacks on the GEA-1 and GEA-2 algorithms. Instead of providing full 64-bit security, they show that the initial state of GEA-1 can be recovered from as little as 65 bits of known keystream (with at least 24 bits coming from one frame) in time 240 GEA-1 evaluations and using 44.5 GiB of memory. The attack on GEA-1 is based on an exceptional interaction of the deployed LFSRs and the key initialization, which is highly unlikely to occur by chance. This unusual pattern indicates that the weakness is intentionally hidden to limit the security level to 40 bit by design. Cryptanalysis of the GPRS Encryption Algorithms GEA-1 and GEA-2 Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Gaëtan Leurent and Håvard Raddum. Links: Cryptanalysis of the GPRS Encryption Algorithms GEA-1 and GEA-2…

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Episode 19: Cross-Protocol Attacks on TLS with ALPACA! 41:44

۴ years پیش41:44

41:44

TLS is an internet standard to secure the communication between servers and clients on the internet, for example that of web servers, FTP servers, and Email servers. This is possible because TLS was designed to be application layer independent, which allows its use in many diverse communication protocols. ALPACA is an application layer protocol content confusion attack, exploiting TLS servers implementing different protocols but using compatible certificates, such as multi-domain or wildcard certificates. Attackers can redirect traffic from one subdomain to another, resulting in a valid TLS session. This breaks the authentication of TLS and cross-protocol attacks may be possible where the behavior of one protocol service may compromise the other at the application layer. Links and papers discussed in the show: ALPACA Attack Website Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Marcus Brinkmann and Robert Merget. Sponsored By: Capsule Social : At Capsule Social, Inc. we are building a platform for decentralized discourse. A place where content creators, writers, and thinkers have full ownership and control over their speech, and enjoy resilience from censorship and takedowns. Capsule Social is hiring decentralized technology engineers, and we'd be thrilled for you to apply. Links: ALPACA Attack…

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Episode 18: Optimizing Cryptography for Microcontrollers! 36:56

۴ years پیش36:56

36:56

Nadim talks with Peter Schwabe and Matthias Kannwischer about the considerations — both in terms of security and performance — when implementing cryptographic primitives for low-level and embedded platforms. Links and papers discussed in the show: Optimizing crypto on embedded microcontrollers Implementing post-quantum cryptography on embedded microcontrollers Optimizing crypto on embedded microcontrollers (ASEC 2018) Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Matthias Kannwischer and Peter Schwabe. Sponsored By: Capsule Social : At Capsule Social, Inc. we are building a platform for decentralized discourse. A place where content creators, writers, and thinkers have full ownership and control over their speech, and enjoy resilience from censorship and takedowns. Capsule Social is hiring decentralized technology engineers, and we'd be thrilled for you to apply.…

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Episode 17: Breaking Wi-Fi With Frame Attacks! 35:58

۴ years پیش35:58

35:58

Wi-Fi is a pretty central technology to our daily lives, whether at home or at the office. Given that so much sensitive data is regularly exchanged between Wi-Fi devices, a number of standards have been developed to ensure the privacy and authentication of Wi-Fi communications. However, a recent paper shows that every single Wi-Fi network protection standard since 1997, from WEP all the way to WPA3, is exposed to a critical vulnerability that allows the exfiltration of sensitive data. How far does this new attack go? How does it work? And why wasn’t it discovered before? We’ll discuss this and more in this episode of Cryptography FM. Links and papers discussed in the show: Fragment and Forge: Breaking Wi-Fi Through Frame Aggregation and Fragmentation Dragonblood: Analyzing the Dragonfly Handshake of WPA3 and EAP-pwd Release the Kraken: New KRACKs in the 802.11 Standard Music composed by Toby Fox and performed by Sean Schafianski . Special Guest: Mathy Vanhoef. Sponsored By: Capsule Social : At Capsule Social, Inc. we are building a platform for decentralized discourse. A place where content creators, writers, and thinkers have full ownership and control over their speech, and enjoy resilience from censorship and takedowns. Capsule Social is hiring decentralized technology engineers, and we'd be thrilled for you to apply. Links: Fragment and Forge: Breaking Wi-Fi Through Frame Aggregation and Fragmentation — In this paper, we present three design flaws in the 802.11 standard that underpins Wi-Fi. One design flaw is in the frame aggregation functionality, and another two are in the frame fragmentation functionality. These design flaws enable an adversary to forge encrypted frames in various ways, which in turn enables exfiltration of sensitive data. We also discovered common implementation flaws related to aggregation and fragmentation, which further worsen the impact of our attacks. Our results affect all protected Wi-Fi networks, ranging from WEP all the way to WPA3, meaning the discovered flaws have been part of Wi-Fi since its release in 1997. In our experiments, all devices were vulnerable to one or more of our attacks, confirming that all Wi-Fi devices are likely affected. Finally, we present a tool to test whether devices are affected by any of the vulnerabilities, and we discuss countermeasures to prevent our attacks. Dragonblood: Analyzing the Dragonfly Handshake of WPA3 and EAP-pwd — We systematically analyze WPA3 and EAP-pwd, find denial-of- service and downgrade attacks, present severe vulnerabilities in all implementations, reveal side-channels that enable offline dictionary attacks, and propose design fixes which are being officially adopted. Release the Kraken: New KRACKs in the 802.11 Standard — We improve key reinstallation attacks (KRACKs) against 802.11 by generalizing known attacks, systematically analyzing all hand- shakes, bypassing 802.11’s official countermeasure, auditing (flawed) patches, and enhancing attacks using implementation-specific bugs.…

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Episode 16: Contact Discovery in Mobile Messengers! 46:44

۴ years پیش46:44

46:44

Contact discovery is a core feature in popular mobile messaging apps such as WhatsApp, Signal and Telegram that lets users grant access to their address book in order to discover which of their contacts are on that messaging service. While contact discovery is critical for WhatsApp, Signal and Telegram to function properly, privacy concerns arise with the current methods and implementations of this feature, potentially resulting in the exposure of a range of sensitive information about users and their social circle. Do we really need to rely on sharing every phone number on our phone in order for mobile messengers to be usable? What are the privacy risks, and do better cryptographic alternatives exist for managing that data? Joining us are researchers looking exactly into this problem, who will tell us more about their interesting results. Links and papers discussed in the show: All the Numbers are US: Large-scale Abuse of Contact Discovery in Mobile Messengers Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Alexandra Dmitrienko, Christian Weinert, and Christoph Hagen. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols. Links: All the Numbers are US: Large-scale Abuse of Contact Discovery in Mobile Messengers — Contact discovery allows users of mobile messen- gers to conveniently connect with people in their address book. In this work, we demonstrate that severe privacy issues exist in currently deployed contact discovery methods. Our study of three popular mobile messengers (WhatsApp, Signal, and Telegram) shows that, contrary to expectations, large- scale crawling attacks are (still) possible. Using an accurate database of mobile phone number prefixes and very few resources, we have queried 10 % of US mobile phone numbers for WhatsApp and 100 % for Signal. For Telegram we find that its API exposes a wide range of sensitive information, even about numbers not registered with the service. We present interesting (cross- messenger) usage statistics, which also reveal that very few users change the default privacy settings. Regarding mitigations, we propose novel techniques to significantly limit the feasibility of our crawling attacks, especially a new incremental contact discovery scheme that strictly improves over Signal’s current approach. Furthermore, we show that currently deployed hashing-based contact discovery protocols are severely broken by comparing three methods for efficient hash reversal of mobile phone numbers. For this, we also propose a significantly improved rainbow table construction for non-uniformly distributed inputs that is of independent interest.…

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Episode 15: Bringing Secure Multiparty Computation to the Real World! 46:50

۴ years پیش46:50

46:50

Secure multi-party computation is a fascinating field in cryptography, researching how to allow multiple parties to compute secure operations over inputs while keeping those inputs private. This makes multi-party computation a super relevant technology in areas such as code signing, hospital records and more. But what does it take to bring secure multi-party computation from the blank slate of academia and into the messiness of the real world? Today on Cryptography FM, we’re joined by Dr. Yehuda Lindell and Dr. Nigel Smart, from Unbound Security, to tell us about their research, their experiences with real world secure multiparty computation, and more. Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Nigel Smart and Yehuda Lindell. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols.…

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Episode 14: Schnorr, Factoring and Lattices! 46:30

۴ years پیش46:30

46:30

On March 1st, 2021, a curious paper appeared on the Cryptology ePrint Archive: senior cryptographer Claus Peter Schnorr submitted research that claims to use lattice mathematics to improve the fast factoring of integers so much that he was able to completely “destroy the RSA cryptosystem” -- certainly a serious claim. Strangely, while the paper’s ePrint abstract did mention RSA, the paper itself didn’t. Two days later, Schnorr pushed an updated version of the paper, clarifying his method. Does Schnorr’s proposed method for “destroying RSA” hold water, however? Some cryptographers aren’t convinced. Joining us today is Leo Ducas , a tenured researcher at CWI, Amsterdam who specialises in lattice-based cryptography, to help us understand where Schnorr was coming from, whether his results stand on their own, and how the influence of lattice mathematics in applied cryptography has grown over the past decade. Links and papers discussed in the show: Schnorr's ePrint submission Leo Ducas's implementation of Schnorr's proposed algorithm in Sage Music composed by Toby Fox and performed by Sean Schafianski . Special Guest: Léo Ducas. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols. Links: Fast Factoring Integers by SVP Algorithms by Claus Peter Schnorr — "[...] This destroys the RSA cryptosystem." Testing Schnorr's factoring Claim in SageMath…

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Episode 13: Zero-Knowledge STARKs in the Real World! 47:00

۴ years پیش47:00

47:00

Zero-Knowledge proofs have broadened the realm of use cases for applied cryptography over the past decade, from privacy-enhanced cryptocurrencies to applications in voting, finance, protecting medical data and more. In 2018, Dr. Eli Ben-Sasson and his team introduced ZK-STARKs, a new zero-knowledge construction that functions without trusted setup, thereby broadening what zero-knowledge systems are capable of. We’ll talk about ZK-STARKs and more with Eli in this episode of Cryptography FM. Links and papers discussed in the show: Scalable, transparent, and post-quantum secure computational integrity Cairo Language Cairo Workshop, 14-15 March 2021! Music composed by Toby Fox and performed by Sean Schafianski . Special Guest: Eli Ben-Sasson. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols. Links: Scalable, transparent, and post-quantum secure computational integrity Cairo Language Cairo Workshop, 14-15 March 2021!…

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Episode 12: Special Real World Crypto 2021 Pre-Conference Coverage! 1:37:46

۴ years پیش1:37:46

1:37:46

Every year, the IACR Real World Cryptography symposium brings together researchers, engineers and practitioners in applied cryptography to discuss cryptography that matters, in the real world. To me, this is the big one! The one cryptography conference that matters the most. Who needs proceedings when you’ve got so much excitement in the air, and so many results and projects that actually have a measurable impact on how cryptography affects the real world? This year’s program is maybe the most exciting yet, with talks on secure channel protocols, multiparty computation, formal methods, post-quantum cryptography, humans, policy and cryptography, hardware, cryptocurrency, cryptography for the cloud, anonymity and more. So many exciting talks! So much new research to discuss! Like every year, Real World Crypto is shaping up to be a veritable who’s who of applied cryptography. In this special episode of Cryptography FM, I’m joined by fellow researcher Benjamin Lipp in order to just… candidly go through the program of Real World Crypto 2021 and covering each talk’s abstract briefly. We’re going to have another special episode after Real World Crypto 2021 as a post-conference episode in order to discuss the highlights of the conference. And hopefully we’ll do this every year here on Cryptography FM! Music composed by Toby Fox and performed by The Consouls . Special Guest: Benjamin Lipp. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols.…

۵ years پیش35:43

35:43

TLS 1.3 has been widely praised as a major upgrade to the Transport Layer Security protocol responsible for securing the majority of Web traffic. But one area in which TLS 1.3 seems to be lacking is its potential for resistance to attacks that utilize quantum computing – computers that, theoretically, could factor the products of large primes and solve the discrete logarithm problem in relatively short periods of time, significantly affecting the security of TLS 1.3. Today however, we’re discussing an interesting new paper, to be published at this year’s ACM CCS, which introduces KEMTLS: a modified version of TLS 1.3 that uses Key Encapsulation Mechanisms, or KEMs, instead of signatures for server authentication, thereby providing a sort of “post-quantum TLS”. But what even are KEMs? Are quantum computers even a thing that we should be worried about? On the first ever episode of Cryptography FM, we’ll be hosting Dr. Douglas Stebila and PhD Candidate Thom Wiggers to discuss these questions and more. Dr. Douglas Stebila is an Associate Professor of cryptography in the Department of Combinatorics & Optimization at the University of Waterloo in Waterloo, Ontario, Canada. His research focuses on improving the security of key exchange protocols and Internet cryptography protocols such as TLS and SSH, including the development of quantum-resistant solutions. His previous work on the integration of elliptic curve cryptography in TLS has been deployed on hundreds of millions of web browsers and servers worldwide. Thom Wiggers is a PhD Candidate at the Institute of Computing and Information Sciences at Radboud University in The Netherlands. He is working on the interactions of post-quantum cryptography with protocols, under the supervision of Dr. Peter Schwabe, who is also a co-author of the research work that we’re going to discuss today. Links to discussed papers: Post-quantum TLS without handshake signatures Big Other: Surveillance Capitalism and the Prospects of an Information Civilization Supersingular isogeny key exchange for beginners Clone Detection in Secure Messaging: Improving Post-Compromise Security in Practice Music composed by Toby Fox and performed by Sean Schafianski . Special Guests: Douglas Stebila and Thom Wiggers. Sponsored By: Symbolic Software : This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols.…

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Cryptography FM « » Episode 18: Optimizing Cryptography for Microcontrollers!

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The Let Them Theory: A Life-Changing Tool That Millions of People Can't Stop Talking About

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Episode 18: Optimizing Cryptography for Microcontrollers!