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SecureRF Joins ETSI to Participate in Post-Quantum Standards
We are pleased to announce that we have joined the European Telecommunications Standards Institute (ETSI). ETSI is an independent, not-for-profit organization with more than 850 member organizations worldwide. They bring together a diversified pool of large and small private companies, research entities, academia, government and public organizations to produce globally-applicable standards for Information and Communications Technologies…
Read MoreDr. Iris Anshel, Chief Scientist of SecureRF chosen for Connected World’s 2018 Women of IoT Award
Dr. Iris Anshel, Chief Scientist of SecureRF, has been chosen to receive Connected World’s 2018 Women of IoT Award. The award, previously the Women of M2M (WoM2M), is in its sixth year and recognizes women who have been trailblazers and innovators in the IoT enterprise. The class of 2018 Women of IoT Award recipients are…
Read MoreMeet 20 of the Most Powerful Women in Technology
Dr. Iris Anshel, Chief Scientist at SecureRF, has been included in a select list of 20 of the most influential women in technology as reported by Yolande D’Mello in her article for AiThority. Dr. Anshel earned a Ph.D. in math from Columbia, co-developed the foundational group theoretic methods that underlie all SecureRF protocols, and has…
Read MoreWalnutDSA Presented at NIST’s First PQC Standardization Conference
On April 11, NIST held their first Post-Quantum Cryptography (PQC) Standardization Conference, an important milestone in the project and the effort to find and standardize quantum-resistant security solutions. More about this project and SecureRF’s involvement can be found here. The workshop brought together presenters of more than 60 submitted solutions to NIST’s call for quantum-resistant,…
Read MoreNIST Post-Quantum Cryptography Standardization Project and SecureRF
Quantum computing is moving from theory to reality. MIT and commercial entities including IBM, Microsoft, and Google have already delivered elementary quantum computing platforms. When large-enough quantum computers are built, known algorithms will be able to weaken or break most of the public-key methods now in use. Concerns over the security threat this represents are…
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