抗量加密 使用物理定律 阻止AI和未来的量子攻击 Signal Advance launches Analog Guard®, a quantum-resistant encryption using physical laws to block AI and future quantum attacks.

信号推进公司推出了 " Annalog Guard " ,这是一个以物理学为基础的加密技术,旨在抵制量子计算和AI驱动的网络攻击。 Signal Advance Inc. has launched Analog Guard®, a physics-based encryption technology designed to resist quantum computing and AI-driven cyberattacks. 与容易受未来量子威胁的依赖于数学的系统不同, " Annalog Guard " 利用物理原理创建不可打破的、无模式的加密。 Unlike math-dependent systems vulnerable to future quantum threats, Analog Guard® uses physical principles to create unbreakable, pattern-less encryption. 早期测试显示先进的人工智能模型未能检测加密数据模式。 Early tests show advanced AI models failed to detect patterns in encrypted data. 硬件本地技术与现有基础设施兼容,旨在保障国防、金融和电信等关键部门的安全。 The hardware-native technology is compatible with existing infrastructure and aims to secure critical sectors like defense, finance, and telecom. 2026年初开始通过电路模拟进行量子复原力验证,随后是硬件测试和潜在的伙伴关系。 Quantum-resilience validation via circuit simulations begins in early 2026, followed by hardware testing and potential partnerships. 该公司将技术定位为从有缺陷的数学模型向确保物理定律的根本转变。 The company positions the technology as a fundamental shift from flawed mathematical models to secure physical laws.