Baseline Smart Card Energy Harvesting for Plug-and-Play Integration

越来越多的金融欺诈和公众对个人身份控制(特别是生物识别)的担忧推动了对新一代智能卡(具有生物识别、动态CVV等)的需求。不幸的是，由于支撑非接触式支付的NFC技术已经存在了一段时间，如果没有对安装的销售点和读卡器基础进行重大重新设计或更换，当前的解决方案不能满足这种新安全和功能的电力要求。Freevt领先的能源采集技术能够提供必要的电力，以促进卡上生物识别(或其他先进的安全措施)，作为非接触式卡的临时解决方案，利用现有的行业标准通信芯片和读卡器，而不需要卡上电池。所有这一切都只需很小的额外成本(几分钱)，而且不会影响智能支付卡的外形或机械要求。这项技术还可以适用于入口卡(例如门禁)或安全ID(例如电子护照)，从而实现先进的安全措施和更高的数据吞吐量，而无需昂贵的基础设施或生态系统升级。就像移动电话成为摄影、GPS、音乐等的一站式商店一样，下一代智能卡可以成为满足所有身份、接入和支付需求的单一解决方案-所有这些都可以通过Freevt获得专利和正在申请专利的射频能量采集技术实现。

Rising levels of financial fraud and public concerns about personal control of identity (particularly biometrics) have driven the need for a new generation of smart cards (with biometrics, dynamic CVV, etc). Unfortunately, as the NFC technology that underpins contactless payments has been around for some time, current solutions do not meet the power requirements for this new security and functionality, without significant redesign or replacement of the installed point-of-sale and reader base. Freevolt's leading energy harvesting technology is able to provide the necessary power to facilitate on-card biometrics (or other advanced security measures) as a drop-in solution for contactless cards, utilising existing industry-standard communications chips and readers, without requiring on-card batteries. All of this for a very small additional cost (pennies), and without compromising the form-factor or mechanical requirements for smart payment cards.This technology can also be adapted for entry cards (e.g. access control) or secure IDs (e.g. e-passports), enabling advanced security measures and higher data throughput, without costly infrastructure or ecosystem upgrades. In the same way mobile phones became a one-stop-shop for photography, GPS, music, etc., the next generation of smart cards can become a single solution for all identity, access and payment needs - all enabled through Freevolt's patented and patent-pending RF energy harvesting technology.