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In the realm of software development, code signing certificates play a pivotal role in ensuring the authenticity and integrity of code. For individual developers, obtaining these certificates requires a rigorous identity verification process. In this blog, we look at the challenges faced by individual developers and how to do so. Trusted Signature You can streamline your code signing process by focusing on how individual verification processes contribute to this efficiency.

Challenges faced by individual developers in code signing

Individual developers often face unique challenges when it comes to code signing. Here are some key issues:

• Identity Verification Process: These include challenges such as obtaining the necessary documentation, navigating lengthy verification processes, and dealing with diverse requirements from different CAs.

• Private key theft or misuse: Private keys are critical to the code signing process and must be protected at all times. If these keys are stolen, attackers can use the compromised certificates to sign malware and distribute harmful software with the verified publisher name. It is expensive for individual developers to invest in the infrastructure and operations required to manage and store keys.

• Complexity and Cost: The process of obtaining and managing code signing certificates can be complex and expensive, especially for individual developers and small teams. These complexities can cause signatures to be incomplete or not signed at all.

• Integration with DevOps: Code signing must be integrated with DevOps processes, toolchains, and automation workflows. Ensuring that access to private keys is easy, seamless, and secure is a critical challenge.

• Code Integrity and Security: Code signing ensures the integrity of software, but does not guarantee that signed code is free of vulnerabilities. Hackers can use unregulated access to code signing systems to sign and distribute malicious code.

What is a Trusted Signature Service?

Trusted Signatures is a comprehensive code signing service supported by Microsoft-managed certificate authorities. The identity verification process is designed to be robust. Certificates are issued by a Microsoft-managed CA and then secured and serviced through seamless integration with leading developer toolsets. This eliminates the need for individual developers to invest in additional infrastructure and operations.

The importance of identity verification

Identity verification is important to protecting your code signing certificate. This verifies that the individual requesting the certificate is who they claim to be, preventing malicious actors from distributing harmful code disguised as legitimate software. This process builds trust between users and stakeholders because they can be assured that the signed code is authentic and has not been tampered with.

Identity verification process through trusted signatures

Trusted Signature We utilize the Microsoft Entra Verified ID (VID) to verify the identity of individual developers. Through this process, developers receive a VID that can be accessed through the Authenticator app, providing improved security, streamlined processes, and seamless integration with Microsoft Entra.

The verification process includes the following steps:

1. Submit a government-issued photo ID: The first requirement is to provide a clear copy of your current, valid government-issued photo identification. This document must contain the same name and address as the certificate order.
2. Biometric/Selfie Verification: Applicants must submit a selfie along with a photo ID. This step verifies that the person on the ID matches the individual applying for the certificate.
3. Additional verification steps: If the address is missing from your government-issued ID, additional documents are required to verify your address.

This is how a successfully acquired VID appears in the Azure portal.

Best practices for a smooth verification process

To ensure a smooth and successful identity verification process, individual developers should adhere to the following best practices:

• accurate documentation: Make sure all submitted documents are accurate and up to date and follow instructions.

• Stay informed: Check for any changes to validation requirements or processes for the CA you are working with.

Cost of using a trusted signature service

Trusted Signing offers two pricing tiers starting at $9.99 per month, and you can choose a tier based on your usage. Both tiers are designed to provide optimal cost-effectiveness and meet a variety of signature requirements. You can check price information here. Identity verification, certificate lifecycle management, and the cost of securely storing and signing keys are all included in a single SKU, ensuring accessibility and predictable costs.

conclusion

Identity verification is an important step for individual developers seeking code signing certificates. By understanding the process, preparing in advance, and following best practices, developers can successfully navigate the verification process and secure their code signing certificates with trusted signatures. This not only increases the security of the software, but also builds trust with users and stakeholders.