感謝這三天蒞臨伊諾瓦攤位與現場議程演講的每一位朋友！
無論是前來交流的企業代表、資安合作夥伴、熱情提問的學生朋友，因為有您的參與，讓這場年度資安盛事更加精彩！
再次謝謝所有來參與盛會的嘉賓、夥伴們和工作人員！
📍🔐相約 2026 ，伊諾瓦科技安全晶片再創高峰！🔐🚀
📸 回顧現場的精彩照片，記得追蹤我們唷！👇💬💭
#Cybersec #PQC #AIOT #EdgeSecurity
#CMMC #臺灣資安大會#伊諾瓦科技 #enova_technology
#明年見 👋👋
資料來源：經濟日報。資安風險大 賴清德總統：政府網路每天被攻擊240萬次。https://money.udn.com/money/story/5613/8675479?from=edn_related_storybottom
伊諾瓦科技誠摯邀請您蒞臨 2025 臺灣資安大會 (CYBERSEC 2025) 臺灣資安館的半導體資安展區，我們將展示基於 FIPS 140-2 Level 3 認證的 X-Wall MX+ xF/ QR 單晶片抗量子 (Quantum Resistant, QR) 數位簽章 (Digital Signature Algorithm, DSA) 解決方案並可支援後續抗量子電子簽章法；在主題論壇 AIoT & Hardware Security Summit 展區，我們將分享主題「AIoT 時代的 Edge 安全，RoT 硬體最佳防護策略」的議程，邀請您共襄盛舉聆聽精彩議程 !
| 臺灣資安館半導體資安展區 |
| 議程主題 | 後量子安全晶片應用於軟韌體數位簽章解析 |
| 地點 | 後量子密碼遷移暨晶片應用產業論壇 |
| 時間 | 4月16日(三) 15:00-15:15 |
| 展攤編號 | T0C |
| 主講者 | 萬述寧 / 伊諾瓦科技執行長 |
| AIoT & Hardware Security Summit 展區 |
| 議程主題 | AIoT 時代的 Edge 安全，RoT 硬體最佳防護策略 |
| 地點 | 主題論壇 |
| 時間 | 4月17日(四) 11:30-12:00 |
| 展攤編號 | AH13 |
| 主講者 | 葉人瑋 JW Yeh, Ph.D. / 伊諾瓦科技產品經理 |
#Cybersec #PQC #AIOT #EdgeSecurity
#CMMC #臺灣資安大會
#伊諾瓦科技 #enova_technology
Hsin-Chu Science Park, Taiwan, December 13, 2024 – Building on its heritage of 20+ years expertise in real-time cryptographic chip design and solutions, Enova Technology announced today the availability of the Quantum Resistant (QR) Digital Signature Algorithm (DSA) solution based on the FIPS 140-2 Level 3 validated single chip crypto module – X-Wall MX+ xF/QR that supports stateful hash-based eXtended Merkle Signature Scheme (XMSS) and multi-tree XMSS (XMSSMT) DSA. The X-Wall MX+ xF/QR solution can address identification and authentication of user and device through the XMSS and XMSSMT DSA while protecting CUI (Controlled Unclassified Information) confidentiality and privacy through the built-in hardware AES 256-bit accelerator.
“The solution marks the vanguard of our PQC chip roadmap,” said Robert Wann, founder and CEO of Enova Technology. “Leveraging years of accumulated experience in system architecture and system security engineering, this real-time cryptographic chip and solution helps the US federal government, defense, aerospace, law enforcement, healthcare, and industrial customers secure their sensitive data, like CUI. The solution is immediately available for qualified companies and organizations evaluation.”
Immediate Transition to Quantum Resistant Encouraged
NSA (National Security Agency) encourages vendors to begin adopting NIST SP 800-208 DSA immediately through the issuance of CNSA Suite 2.0 (Commercial National Security Algorithm) advisory. For deployed software and firmware, NSA recommends that the timing for transitioning to CNSA 2.0 should begin immediately with new software and firmware signing being CNSA 2.0 compliance by 2025. Continued progress in quantum research suggests that Cryptographically Relevant Quantum Computers (CRQC) will ultimately be realized. Therefore, NSA suggests that now is the time to plan, prepare, and budget for an effective transition to quantum-resistant (QR) algorithms, to ensure continued protection of National Security Systems (NSS) and related assets.
In addition, National Security Memorandum 10 (NSM-10) establishes the year 2035 as the primary target for completing the migration to PQC across Federal systems: “Any digital system that uses existing public standards for public‑key cryptography, or that is planning to transition to such cryptography, could be vulnerable to an attack by a relevant quantum computer.”
Armed with the FIPS validated security strength, the stateful hash-based XMSS/XMSSMT of the X-Wall MX+ xF/QR can successfully address the software and firmware code signing with minimum impact to performance and adoption, and can effectively mitigate roll-back and side-channel attacks, among other threats. Pursuant to NIST Internal Report IR 8547 “Transition to Post-Quantum Cryptography Standards”, quantum vulnerable Public Key Cryptography (PKC) based digital signature algorithms such as ECDSA, EdDSA, and RSA with 112-bit security strength will be deprecated after 2030 and disallowed after 2035.
Other Use Cases
User Authentication and Constrained Devices – User and device authentication can be cryptographically verified through the stateful hash-based XMSS/XMSSMT of the X-Wall MX+ xF/QR. Armed with the hardware-protected entropy source, bit strength, and state management capabilities, the solution well serves those constrained devices and equipment with long service lifetimes.
Long-term Confidentiality & Privacy – the stateful hash-based XMSS/XMSSMT of the X-Wall MX+ xF/QR when collaborating with the built-in hardware AES 256-bit engine can provide quantum resistant protection to all long-term sensitive data.
Key Features
About Enova Technology
Enova Technology is a global leader in chip-based cryptographic design & solutions that address the increasing requirement for privacy and confidentiality, satisfying the growing demand for data security. Enova’s advanced real-time cryptographic solutions are designed to meet the performance and standards of the most demanding government and enterprise customers. For more information, visit the Enova at www.enovatech.com.
Contact
Ms. Zoe Chen zoe.chen@enovatech.com
Enova Technology Corp. www.enovatech.com | contact@enovatech.net
P: +886 3577 2767 | F: +886 35772770