It is a qualified Certificate Authority providing the highest security. The primary authentications are carried out by notaries, acting as registration points. The documents, signed by qualified electronic signatures, have the legal consequences of private documents representing conclusive evidence. This certificate is recommended for electronic invoicing, archiving and high risk transactions.

MD5 hash: 38:DE:97:3B:EB:F3:64:F7:CE:5F:F2:8D:E5:F9:04:58
SHA-1 hash: E1BC B25F E625 47F6 7545 A877 2A54 2B55 F72D B3AE

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NetLock Notary (Class A) Certificate Authority

It is a Certificate Authority providing the highest security. The authentications are supported by notary documents and declarations. This certificate is recommended for high risk transactions, financial orders and their verification as well as entering into certain contracts.

MD5 hash: 86:38:6D:5E:49:63:6C:85:5C:DB:6D:DC:94:B7:D0:F7
SHA-1 hash: ACED 5F65 53FD 25CE 015F 1F7A 483B 6A74 9F61 78C6

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NetLock Business (Class B) Certificate Authority

It is a Certificate Authority issuing certificates authenticated upon strict control steps. This certificate is recommended for e-mailing, medium risk transactions, on-line services and software source verification.

MD5 hash: 39:16:AA:B9:6A:41:E1:14:69:DF:9E:6C:3B:72:DC:B6
SHA-1 hash: 879F 4BEE 05DF 9858 3BE3 60D6 33E7 0D3F FE98 71AF

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NetLock Express (Class C) Certificate Authority

It is a Certificate Authority issuing restricted certificates, authenticated through control steps carried out partly by human intervention. This certificate is recommended for e-mailing, less risky transactions, on-line services and software source verification.

MD5 hash: 4F:EB:F1:F0:70:C2:80:63:5D:58:9F:DA:12:3C:A9:C4
SHA-1 hash: E392 512F 0ACF F505 DFF6 DE06 7F75 37E1 65EA 574B

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NetLock Test Certificate Authority

It is a Certificate Authority issuing certificates in order to test the security services of the network. The issuing authority does not carry out or use entity identification services; the issued certificate proves only the existence of an electronic address for those accepting it.

MD5 hash: 74:A0:30:D7:C8:D6:69:DF:EE:12:EA:91:02:B5:E1:FF
SHA-1 hash: EF47 E676 3330 AD0F 3B87 0AB7 47A7 562F FF41 C432

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