走这条路:你如何滚可以成为你登录

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I was interested to see an article in CCT news proclaim “a combination of biometrics and wearable technology is inevitable” and that it is “expected to be the most disruptive technology in the coming decade”.
谁应该为保护关键的数据负责呢?我们让经理们和一线员工们讨论这个严肃的问题,通过这些讨论,我们让安全成为管理层进行业务规划时必须考虑的事项,也让每位员工认识到信息安全的重要性,进而将安全理念应用于实际工作之中。
我有兴趣看到一篇文章T新闻宣布“生物识别技术和可穿戴技术的结合是不可避免的”,这是“预计将是最具破坏性的技术在未来十年”。
I’ll not go into what biometrics and wearable technology are; I’m sure you’re well aware. But what new security possibilities might emerge from combining these two technologies?
我不会去识别和可穿戴技术是什么; 我相信你很清楚。但结合这两种技术可能会出现什么新的安全性的可能性?
While the potential for using biometrics for authentication on smartphones and wearable devices is being evaluated, the potential use of wearables for biometric authentication  is still being studied by researchers.
而采用生物识别技术在智能手机和可穿戴设备认证的潜力正在评估,身打扮生物认证 潜在的使用仍然是研究人员正在研究。
In one example, students in Israel have already developed a way to authenticate handwritten signatures using a wearable device’s accelerometer and gyroscope. According to Biometric Update
在一个例子中,在以色列的学生已经开发出一种方法来验证手写签名使用可穿戴设备的加速度计和陀螺仪。根据生物统计更新
The prototype can currently identify signatures with 95% accuracy.
该原型可以识别签名精度%。
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In another example, an article in the New Scientist shows how wearables could use accelerometers to identify an individual by picking up their “gait fingerprint”– the unique way a person walks. Stephan Sigg, an assistant professor in the Department of Communications and Networking at Aalto University in Finland explained that
另一个例子是,在新科学家杂志的一篇文章显示如何身打扮可以使用加速度计来确定一个人收拾
The authentication key is in your gait.
认证密钥在你的步态。
The research, which Biometric Update describes in a little more detail, found that wearables worn by the same individual recorded gait fingerprints that were 82% similar, whereas wearables worn by different individuals recorded gait fingerprints that were 50% similar. In this instance
的研究,它描述的更详细一点的生物更新, 发现同一个人的指纹%个类似记录步态穿的服饰,而由不同的人记录指纹%类似步态穿身打扮。在这种情况下
If two devices pick up a gait fingerprint that is similar enough, they know they are being worn by the same individual and can automatically connect to each other.
如果两个设备拾取一个足够相似的步态指纹,他们知道它们被同一个个体所穿,并且可以自动连接到对方。
As René Mayrhofer from Johannes Kepler University in Linz, Austria told Biometric Update, “gait authentication is not as secure as fingerprint or iris scanning”.
任éMayrhofer从林茨开普勒大学,奥地利对生物的更新,“步态认证不安全的指纹或虹膜扫描”。
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Gait fingerprinting is just one form of behavioural biometric possibilities. Other include keystroke dynamics (which analyses your typing rhythm), mouse use characteristics and voice identification (which analyses your vocal characteristics).
步态指纹只是行为生物识别可能性的一种形式。其他包括击键动力学(分析你的打字节奏),鼠标使用特性和语音识别(分析你的声音特征)。
在线交易真的很方便,对于个人或企业来讲,很容易提升生产力。同时,它也充满了危险,尤其是对于那些没有没有足够的安全防范意识和安全保障措施的企业和个人。

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