Autograph Signing Ca
Thawte Code Signing Ca
Signing Ca Pink Slip

Nokia Suite connects to the server account.nokia.com and auth.gfx.ms. For these servers, SSL 3 was disabled on October 15th 2014. As of today, these servers require TLS 1.0. Nokia Suite does not use TLS 1.0 but only SSL 3, because Nokia Suite uses the QT framework 4.7.4. Up to that version, the QtNetwork class QSslSocket used SSL 3 and not TLS 1.0 as default protocol. You can test yourself via a terminal command and OpenSSL:

About Nokia Mobile Networks API Program. Call Management APIs help communication services evolving from a standalone service, e.g. Voice over LTE (VoLTE), to a set of sellable and sharable critical features that will be embedded into any mobile application, web application or any device. SHA-2 (under SHA-1) SHA-2 (under SHA-2) SHA-1 Certificate Type Intermediate CA Root Microsoft Authenticode Oracle Java Microsoft Office & VBA Adobe Air View Download View Download Extended Validation (EV) Code Signing View Download View Download Certificate Type Intermediate CA Root Microsoft Authenticode Oracle Java Microsoft Office & VBA.

openssl s_client -connect account.nokia.com:443 -ssl3

which simulates the behaviour of the Nokia Suite. Therefore, the initial request of the Nokia Suite is rejected with a SSL/TLS handshake-failure. Because of that, Nokia Suite gives this wrong error message. ~~Hopefully, Nokia enables SSL 3 again~~. Edit: added workarounds

1st Workaround – use another tool

If you skip the creation of an account and ignore that wrong error message, you are still able to use the Nokia Suite. Only these features need an account:

Software Update:
A) ~~Recovery Tool~~ ~~(requires Windows 7 or newer; does full reset)~~
B) ~~Software Updater~~ ~~(updates; does not work for devices since 2011)~~
C) Care Suite…
Nokia Music: ~~MixRadio » Settings »~~ ~~Purchase history …~~
Nokia Store: ~~download from its webpage …~~
Purchase History: ~~view on its webpage …~~
Upload to OneDrive (formerly SkyDrive)
A) Transfer my Data (for contacts),
B) Microsoft Outlook 2013 (for contacts and calendar), and/or
C) Micro-USB cable (for photos)

2nd Workaround – replace a DLL file (3rd Edit: added exit step, reduced to just one DLL)

exit the Nokia Suite via right-click in (bottom, left) Windows Notification Area (system tray)
download this modified version of ssleay32.dll …
replace this file at C:Program Files (x86)NokiaNokia Suite

A previous version of this workaround forgot the step of installing the ‘Visual C++ Redistributable Packages for Visual Studio 2013’. Later, this step was added. As of today, this installation step is not required anymore because the DLL was updated and does not need that package anymore. If you still face an issue, report here in this thread! If everything works, please, just mark this message as helpful.

3rd Workaround – update to Nokia Suite 3.8.54 …

Code signing is the process of digitally signingexecutables and scripts to confirm the software author and guarantee that the code has not been altered or corrupted since it was signed. The process employs the use of a cryptographic hash to validate authenticity and integrity.^[1]

Code signing can provide several valuable features. The most common use of code signing is to provide security when deploying; in some programming languages, it can also be used to help prevent namespace conflicts. Almost every code signing implementation will provide some sort of digital signature mechanism to verify the identity of the author or build system, and a checksum to verify that the object has not been modified. It can also be used to provide versioning information about an object or to store other meta data about an object.^[2]

The efficacy of code signing as an authentication mechanism for software depends on the security of underpinning signing keys. As with other public key infrastructure (PKI) technologies, the integrity of the system relies on publishers securing their private keys against unauthorized access. Keys stored in software on general-purpose computers are susceptible to compromise. Therefore, it is more secure, and best practice, to store keys in secure, tamper-proof, cryptographic hardware devices known as hardware security modules or HSMs.^[3]

1Providing security

Providing security[edit]

Many code signing implementations will provide a way to sign the code using a system involving a pair of keys, one public and one private, similar to the process employed by TLS or SSH. For example, in the case of .NET, the developer uses a private key to sign their libraries or executables each time they build. This key will be unique to a developer or group or sometimes per application or object. The developer can either generate this key on their own or obtain one from a trusted certificate authority (CA).^[4]

Code signing is particularly valuable in distributed environments, where the source of a given piece of code may not be immediately evident - for example Java applets, ActiveX controls and other active web and browser scripting code. Another important usage is to safely provide updates and patches to existing software.^[5]Windows, Mac OS X, and most Linux distributions provide updates using code signing to ensure that it is not possible for others to maliciously distribute code via the patch system. It allows the receiving operating system to verify that the update is legitimate, even if the update was delivered by third parties or physical media (disks).

Code signing is used on Windows and Mac OS X to authenticate software on first run, ensuring that the software has not been maliciously tampered with by a third-party distributor or download site. This form of code signing is not used on Linux because of that platform's decentralized nature, the package manager being the predominant mode of distribution for all forms of software (not just updates and patches), as well as the open-source model allowing direct inspection of the source code if desired. Debian-based Linux distributions (among others) validate downloaded packages using public key cryptography.^[6]

Trusted identification using a certificate authority (CA)[edit]

The public key used to authenticate the code signature should be traceable back to a trusted root authority CA, preferably using a secure public key infrastructure (PKI). This does not ensure that the code itself can be trusted, only that it comes from the stated source (or more explicitly, from a particular private key).^[7] A CA provides a root trust level and is able to assign trust to others by proxy. If a user trusts a CA, then the user can presumably trust the legitimacy of code that is signed with a key generated by that CA or one of its proxies. Many operating systems and frameworks contain built-in trust for one or more existing CAs (such as Entrust Datacard, VeriSign/Symantec, DigiCert, Comodo, GoDaddy and GlobalSign).^[8] It is also commonplace for large organizations to implement a private CA, internal to the organization, which provides the same features as public CAs, but it is only trusted within the organization.

Alternative to CAs[edit]

The other model is where developers can choose to provide their own self-generated key. In this scenario, the user would normally have to obtain the public key in some fashion directly from the developer to verify the object is from them for the first time. Many code signing systems will store the public key inside the signature. Some software frameworks and OSs that check the code's signature before executing will allow you to choose to trust that developer from that point on after the first run. An application developer can provide a similar system by including the public keys with the installer. The key can then be used to ensure that any subsequent objects that need to run, such as upgrades, plugins, or another application, are all verified as coming from that same developer.

Time-stamping[edit]

Time-stamping was designed to circumvent the trust warning that will appear in the case of an expired certificate. In effect, time-stamping extends the code trust beyond the validity period of a certificate.

Nokia Content Signing Ca