#anonymouscredentials — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #anonymouscredentials, aggregated by home.social.
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An overview of Privacy Pass - who uses it, how they use it, what it does, and how it does it. By @matthew_d_green https://blog.cryptographyengineering.com/2026/04/17/anonymous-credentials-an-illustrated-primer-part-2/
#PrivacyPass #AnonymousCredentials -
An overview of Privacy Pass - who uses it, how they use it, what it does, and how it does it. By @matthew_d_green https://blog.cryptographyengineering.com/2026/04/17/anonymous-credentials-an-illustrated-primer-part-2/
#PrivacyPass #AnonymousCredentials -
An overview of Privacy Pass - who uses it, how they use it, what it does, and how it does it. By @matthew_d_green https://blog.cryptographyengineering.com/2026/04/17/anonymous-credentials-an-illustrated-primer-part-2/
#PrivacyPass #AnonymousCredentials -
An overview of Privacy Pass - who uses it, how they use it, what it does, and how it does it. By @matthew_d_green https://blog.cryptographyengineering.com/2026/04/17/anonymous-credentials-an-illustrated-primer-part-2/
#PrivacyPass #AnonymousCredentials -
Nice, in-depth article on anonymous-credentials and its challenges:
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
Anonymous credentials and the related term zero-knowledge proof are core building blocks for privacy-preserving online age verification.
As I understand, the age verification Australia currently requires to upload a legal document (e.g. a driver's license or government ID), or requires proof by doing a "video self". Both techniques would not be privacy-preserving, because in both cases you are sharing personal information with a company (e.g. Meta).
Cryptography like anonymous credentials solves that problem. At least in theory. You can prove your age, and the other side does not learn anything else about you. Still, to roll it out in real-world scenarios there are many challenges (e.g. dealing with attacks like credential theft).
Side-note: the EU proposal is also built on the same type of cryptography: https://ageverification.dev/av-doc-technical-specification/docs/architecture-and-technical-specifications/
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Nice, in-depth article on anonymous-credentials and its challenges:
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
Anonymous credentials and the related term zero-knowledge proof are core building blocks for privacy-preserving online age verification.
As I understand, the age verification Australia currently requires to upload a legal document (e.g. a driver's license or government ID), or requires proof by doing a "video self". Both techniques would not be privacy-preserving, because in both cases you are sharing personal information with a company (e.g. Meta).
Cryptography like anonymous credentials solves that problem. At least in theory. You can prove your age, and the other side does not learn anything else about you. Still, to roll it out in real-world scenarios there are many challenges (e.g. dealing with attacks like credential theft).
Side-note: the EU proposal is also built on the same type of cryptography: https://ageverification.dev/av-doc-technical-specification/docs/architecture-and-technical-specifications/
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Nice, in-depth article on anonymous-credentials and its challenges:
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
Anonymous credentials and the related term zero-knowledge proof are core building blocks for privacy-preserving online age verification.
As I understand, the age verification Australia currently requires to upload a legal document (e.g. a driver's license or government ID), or requires proof by doing a "video self". Both techniques would not be privacy-preserving, because in both cases you are sharing personal information with a company (e.g. Meta).
Cryptography like anonymous credentials solves that problem. At least in theory. You can prove your age, and the other side does not learn anything else about you. Still, to roll it out in real-world scenarios there are many challenges (e.g. dealing with attacks like credential theft).
Side-note: the EU proposal is also built on the same type of cryptography: https://ageverification.dev/av-doc-technical-specification/docs/architecture-and-technical-specifications/
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Nice, in-depth article on anonymous-credentials and its challenges:
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
Anonymous credentials and the related term zero-knowledge proof are core building blocks for privacy-preserving online age verification.
As I understand, the age verification Australia currently requires to upload a legal document (e.g. a driver's license or government ID), or requires proof by doing a "video self". Both techniques would not be privacy-preserving, because in both cases you are sharing personal information with a company (e.g. Meta).
Cryptography like anonymous credentials solves that problem. At least in theory. You can prove your age, and the other side does not learn anything else about you. Still, to roll it out in real-world scenarios there are many challenges (e.g. dealing with attacks like credential theft).
Side-note: the EU proposal is also built on the same type of cryptography: https://ageverification.dev/av-doc-technical-specification/docs/architecture-and-technical-specifications/
-
Nice, in-depth article on anonymous-credentials and its challenges:
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
Anonymous credentials and the related term zero-knowledge proof are core building blocks for privacy-preserving online age verification.
As I understand, the age verification Australia currently requires to upload a legal document (e.g. a driver's license or government ID), or requires proof by doing a "video self". Both techniques would not be privacy-preserving, because in both cases you are sharing personal information with a company (e.g. Meta).
Cryptography like anonymous credentials solves that problem. At least in theory. You can prove your age, and the other side does not learn anything else about you. Still, to roll it out in real-world scenarios there are many challenges (e.g. dealing with attacks like credential theft).
Side-note: the EU proposal is also built on the same type of cryptography: https://ageverification.dev/av-doc-technical-specification/docs/architecture-and-technical-specifications/
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Privacy-preserving age and identity verification via anonymous credentials
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
#HackerNews #PrivacyPreserving #IdentityVerification #AnonymousCredentials #Cryptography #Engineering #PrivacyTech
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Privacy-preserving age and identity verification via anonymous credentials
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
#HackerNews #PrivacyPreserving #IdentityVerification #AnonymousCredentials #Cryptography #Engineering #PrivacyTech
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Privacy-preserving age and identity verification via anonymous credentials
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
#HackerNews #PrivacyPreserving #IdentityVerification #AnonymousCredentials #Cryptography #Engineering #PrivacyTech
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Privacy-preserving age and identity verification via anonymous credentials
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
#HackerNews #PrivacyPreserving #IdentityVerification #AnonymousCredentials #Cryptography #Engineering #PrivacyTech
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Privacy-preserving age and identity verification via anonymous credentials
https://blog.cryptographyengineering.com/2026/03/02/anonymous-credentials-an-illustrated-primer/
#HackerNews #PrivacyPreserving #IdentityVerification #AnonymousCredentials #Cryptography #Engineering #PrivacyTech
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Policy, privacy and post-quantum: anonymous credentials for everyone
https://blog.cloudflare.com/private-rate-limiting/
#HackerNews #Policy #privacy #postquantum #anonymouscredentials
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Policy, privacy and post-quantum: anonymous credentials for everyone
https://blog.cloudflare.com/private-rate-limiting/
#HackerNews #Policy #privacy #postquantum #anonymouscredentials
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Policy, privacy and post-quantum: anonymous credentials for everyone
https://blog.cloudflare.com/private-rate-limiting/
#HackerNews #Policy #privacy #postquantum #anonymouscredentials
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Policy, privacy and post-quantum: anonymous credentials for everyone
https://blog.cloudflare.com/private-rate-limiting/
#HackerNews #Policy #privacy #postquantum #anonymouscredentials
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Policy, privacy and post-quantum: anonymous credentials for everyone
https://blog.cloudflare.com/private-rate-limiting/
#HackerNews #Policy #privacy #postquantum #anonymouscredentials
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How to protect the OONI dataset from attacks, while preserving the privacy of OONI Probe users?
In our latest blog post, we outline some of the key requirements for OONI's anonymous credential system: https://ooni.org/post/2025-requirements-for-oonis-anonymous-credentials/
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How to protect the OONI dataset from attacks, while preserving the privacy of OONI Probe users?
In our latest blog post, we outline some of the key requirements for OONI's anonymous credential system: https://ooni.org/post/2025-requirements-for-oonis-anonymous-credentials/
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How to protect the OONI dataset from attacks, while preserving the privacy of OONI Probe users?
In our latest blog post, we outline some of the key requirements for OONI's anonymous credential system: https://ooni.org/post/2025-requirements-for-oonis-anonymous-credentials/
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How to protect the OONI dataset from attacks, while preserving the privacy of OONI Probe users?
In our latest blog post, we outline some of the key requirements for OONI's anonymous credential system: https://ooni.org/post/2025-requirements-for-oonis-anonymous-credentials/
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How to protect the OONI dataset from attacks, while preserving the privacy of OONI Probe users?
In our latest blog post, we outline some of the key requirements for OONI's anonymous credential system: https://ooni.org/post/2025-requirements-for-oonis-anonymous-credentials/
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We are excited to share that we are designing & implementing anonymous credentials within OONI Probe to protect and increase trust in OONI data. 🐙🛡️
Learn more through the literature review on anonymous credentials by Michele Orrù: https://ooni.org/post/2025-probe-security-without-identification/ 💫
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We are excited to share that we are designing & implementing anonymous credentials within OONI Probe to protect and increase trust in OONI data. 🐙🛡️
Learn more through the literature review on anonymous credentials by Michele Orrù: https://ooni.org/post/2025-probe-security-without-identification/ 💫
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We are excited to share that we are designing & implementing anonymous credentials within OONI Probe to protect and increase trust in OONI data. 🐙🛡️
Learn more through the literature review on anonymous credentials by Michele Orrù: https://ooni.org/post/2025-probe-security-without-identification/ 💫
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We are excited to share that we are designing & implementing anonymous credentials within OONI Probe to protect and increase trust in OONI data. 🐙🛡️
Learn more through the literature review on anonymous credentials by Michele Orrù: https://ooni.org/post/2025-probe-security-without-identification/ 💫
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We are excited to share that we are designing & implementing anonymous credentials within OONI Probe to protect and increase trust in OONI data. 🐙🛡️
Learn more through the literature review on anonymous credentials by Michele Orrù: https://ooni.org/post/2025-probe-security-without-identification/ 💫
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CW: research review
Here we go again! This time we have a couple of interesting papers on blockchain-related vulnerabilities, an attack against a lightweight stream cipher, an attack against key-store values, a little something about how hard SBOM¹ can be and a couple of hardware security papers.
* "An Empirical Study of Impact of Solidity Compiler Updates on Vulnerabilities in Ethereum Smart Contracts"
* "Security Analysis of WG-7 Lightweight Stream Cipher against Cube Attack"
* "Prefix Siphoning: Exploiting LSM-Tree Range Filters For Information Disclosure"
* "How to Bind Anonymous Credentials to Humans"
* "Challenges of Producing Software Bill Of Materials for Java"
* "Security Analysis of the WhatsApp End-to-End Encrypted Backup Protocol"
* "The curious case of the half-half Bitcoin ECDSA nonces"
* "X-ray: Discovering DRAM Internal Structure and Error Characteristics by Issuing Memory Commands"
* "Benchmarking and modeling of analog and digital SRAM in-memory computing architectures"
* "(M)WAIT for It: Bridging the Gap between Microarchitectural and Architectural Side Channels"#Ethereum #Solidity #WG7 #Cryptography #KeyStore #Privacy #AnonymousCredentials #SBOM #Java #SoftwareBillOfMaterials #WhatsApp #E2E #Bitcoin #EDCSA #DRAM #SRAM #SideChannelAttacks
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¹ Software Bill Of Materials. -
CW: research review
Here we go again! This time we have a couple of interesting papers on blockchain-related vulnerabilities, an attack against a lightweight stream cipher, an attack against key-store values, a little something about how hard SBOM¹ can be and a couple of hardware security papers.
* "An Empirical Study of Impact of Solidity Compiler Updates on Vulnerabilities in Ethereum Smart Contracts"
* "Security Analysis of WG-7 Lightweight Stream Cipher against Cube Attack"
* "Prefix Siphoning: Exploiting LSM-Tree Range Filters For Information Disclosure"
* "How to Bind Anonymous Credentials to Humans"
* "Challenges of Producing Software Bill Of Materials for Java"
* "Security Analysis of the WhatsApp End-to-End Encrypted Backup Protocol"
* "The curious case of the half-half Bitcoin ECDSA nonces"
* "X-ray: Discovering DRAM Internal Structure and Error Characteristics by Issuing Memory Commands"
* "Benchmarking and modeling of analog and digital SRAM in-memory computing architectures"
* "(M)WAIT for It: Bridging the Gap between Microarchitectural and Architectural Side Channels"#Ethereum #Solidity #WG7 #Cryptography #KeyStore #Privacy #AnonymousCredentials #SBOM #Java #SoftwareBillOfMaterials #WhatsApp #E2E #Bitcoin #EDCSA #DRAM #SRAM #SideChannelAttacks
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¹ Software Bill Of Materials. -
CW: research review
Here we go again! This time we have a couple of interesting papers on blockchain-related vulnerabilities, an attack against a lightweight stream cipher, an attack against key-store values, a little something about how hard SBOM¹ can be and a couple of hardware security papers.
* "An Empirical Study of Impact of Solidity Compiler Updates on Vulnerabilities in Ethereum Smart Contracts"
* "Security Analysis of WG-7 Lightweight Stream Cipher against Cube Attack"
* "Prefix Siphoning: Exploiting LSM-Tree Range Filters For Information Disclosure"
* "How to Bind Anonymous Credentials to Humans"
* "Challenges of Producing Software Bill Of Materials for Java"
* "Security Analysis of the WhatsApp End-to-End Encrypted Backup Protocol"
* "The curious case of the half-half Bitcoin ECDSA nonces"
* "X-ray: Discovering DRAM Internal Structure and Error Characteristics by Issuing Memory Commands"
* "Benchmarking and modeling of analog and digital SRAM in-memory computing architectures"
* "(M)WAIT for It: Bridging the Gap between Microarchitectural and Architectural Side Channels"#Ethereum #Solidity #WG7 #Cryptography #KeyStore #Privacy #AnonymousCredentials #SBOM #Java #SoftwareBillOfMaterials #WhatsApp #E2E #Bitcoin #EDCSA #DRAM #SRAM #SideChannelAttacks
__
¹ Software Bill Of Materials. -
CW: research review
Here we go again! This time we have a couple of interesting papers on blockchain-related vulnerabilities, an attack against a lightweight stream cipher, an attack against key-store values, a little something about how hard SBOM¹ can be and a couple of hardware security papers.
* "An Empirical Study of Impact of Solidity Compiler Updates on Vulnerabilities in Ethereum Smart Contracts"
* "Security Analysis of WG-7 Lightweight Stream Cipher against Cube Attack"
* "Prefix Siphoning: Exploiting LSM-Tree Range Filters For Information Disclosure"
* "How to Bind Anonymous Credentials to Humans"
* "Challenges of Producing Software Bill Of Materials for Java"
* "Security Analysis of the WhatsApp End-to-End Encrypted Backup Protocol"
* "The curious case of the half-half Bitcoin ECDSA nonces"
* "X-ray: Discovering DRAM Internal Structure and Error Characteristics by Issuing Memory Commands"
* "Benchmarking and modeling of analog and digital SRAM in-memory computing architectures"
* "(M)WAIT for It: Bridging the Gap between Microarchitectural and Architectural Side Channels"#Ethereum #Solidity #WG7 #Cryptography #KeyStore #Privacy #AnonymousCredentials #SBOM #Java #SoftwareBillOfMaterials #WhatsApp #E2E #Bitcoin #EDCSA #DRAM #SRAM #SideChannelAttacks
__
¹ Software Bill Of Materials. -
CW: research review
Here we go again! This time we have a couple of interesting papers on blockchain-related vulnerabilities, an attack against a lightweight stream cipher, an attack against key-store values, a little something about how hard SBOM¹ can be and a couple of hardware security papers.
* "An Empirical Study of Impact of Solidity Compiler Updates on Vulnerabilities in Ethereum Smart Contracts"
* "Security Analysis of WG-7 Lightweight Stream Cipher against Cube Attack"
* "Prefix Siphoning: Exploiting LSM-Tree Range Filters For Information Disclosure"
* "How to Bind Anonymous Credentials to Humans"
* "Challenges of Producing Software Bill Of Materials for Java"
* "Security Analysis of the WhatsApp End-to-End Encrypted Backup Protocol"
* "The curious case of the half-half Bitcoin ECDSA nonces"
* "X-ray: Discovering DRAM Internal Structure and Error Characteristics by Issuing Memory Commands"
* "Benchmarking and modeling of analog and digital SRAM in-memory computing architectures"
* "(M)WAIT for It: Bridging the Gap between Microarchitectural and Architectural Side Channels"#Ethereum #Solidity #WG7 #Cryptography #KeyStore #Privacy #AnonymousCredentials #SBOM #Java #SoftwareBillOfMaterials #WhatsApp #E2E #Bitcoin #EDCSA #DRAM #SRAM #SideChannelAttacks
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¹ Software Bill Of Materials.