纽约市一个隐藏的服务器和SIM卡网络暴露了对关键基础设施日益严重的威胁,促使SMX的分子标记技术实时验证硬件的真实性。 A hidden network of servers and SIM cards in NYC exposes a growing threat to critical infrastructure, prompting SMX's molecular marker tech to verify hardware authenticity in real time.

纽约公寓内由300个服务器和100 000个SIM卡组成的隐藏网络揭示了日益严重的威胁:使用通用硬件对关键基础设施进行无法检测的渗透。 A hidden network of 300 servers and 100,000 SIM cards in New York apartments reveals a growing threat: undetectable infiltration of critical infrastructure using common hardware. 这种攻击可能模仿破坏、扰乱应急服务或电网,并引发基于不确定因素的危险升级。 Such attacks could mimic sabotage, disrupting emergency services or power grids and triggering dangerous escalations based on uncertainty. 现有系统假定其真实性,使其易受虚假信号的影响。 Current systems assume authenticity, leaving them vulnerable to false signals. SMX(NASDAQ:SMX)通过将不可调取的分子标记嵌入硬件、通过安全的数码分类账建立永久、可核查的身份来抵消这一点。 SMX (NASDAQ: SMX) counters this by embedding unclonable molecular markers into hardware, creating permanent, verifiable identities via a secure digital ledger. 这样做可以实时核实来源和完整性,防止篡改和减少错误报复的风险。 This allows real-time verification of origin and integrity, preventing tampering and reducing the risk of mistaken retaliation. 该技术已在各行业使用,安全从被动转向主动。 The technology is already in use across industries, shifting security from reactive to proactive.