![]() (3) The security paper number in red bleed through ink that identifies the copy.ĭo not accept the copy if all three numbers are not on that copy.įor copies of birth records issued by the State Office prior to March 2001 or March 2003, we suggest that you verify that the birth was registered in Michigan. (2) The AFS number that identifies the requestor of the copy. (1) The state file number that identifies the record of the birth. We caution that you should not accept the copy if the three heat sensitive images on the back do not disappear when rubbed or pressed and if you cannot verify the presence of the watermarks in the paper by holding the paper to light.Ī certified copy of a birth record issued by the State Vital Records Office will contain three distinctive identifying numbers: Included are a unique pantographic background, microprinting, visible fibers, invisible fibers, true watermarks, artificial watermarks, thermocratic ink and a die embossed raised seal. The certified copy is printed on special paper containing many security features. The use of this Secure Element is considered a very advanced security measure, which clearly distinguishes Ewon's solution from all others.All certified copies of birth records issued by the Michigan Vital Records Office have a similar appearance since March 2003 and records of births prior to 1950 have had this appearance since March 2001. In Ewon's case, this private key is stored in the Secure Element of the Cosy+, an ultra-secure and shielded hardware location. It must be protected at all costs, to prevent the device from being impersonated. As always, protecting the private key is at the heart of security. When these 2 verifications are valid, the connected object is authorized to exchange with the cloud. The object is in possession of the private key, as it encapsulates the essence of the identity of the IoT device. The object's certificate is valid (that the certificate signature is valid). When a device connects to the cloud, the cloud checks that: It is used whenever the device needs to prove its identity or sign data. The private key does not leave the device. The birth certificate of a connected object is based on a public-private cryptographic key pair that is unique to the IoT device. When we talk about certificates, private data and signatures, we immediately think of cryptographic systems based on asymmetric keys. ![]()
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