In an increasingly digital world, the importance of software trust and security cannot be overstated. Extended Validation (EV) code signing certificates have emerged as a robust solution to enhance trust and ensure the security of software applications. In this step-by-step guide, we will walk you through the process of obtaining and deploying EV code signing certificates, empowering developers and organizations to sign their software with the highest level of assurance.
What is EV Code Signing certificate?
An Extended Validation (EV) Code Signing Certificate is a type of digital certificate used by software developers and organizations to sign their code and scripts, providing a higher level of trust and security compared to standard code signing certificates. EV Code Signing Certificates are designed to enhance the confidence of users, operating systems, and security software in the authenticity and integrity of the signed code. Here are the key features and characteristics of EV Code Signing Certificates:
Rigorous Verification Process: Obtaining an EV Code Signing Certificate involves a stringent validation process conducted by a trusted Certificate Authority (CA). This process includes verifying the identity and legal authority of the certificate applicant and confirming their association with the organization. The CA ensures that the certificate holder is a legitimate software publisher.
Enhanced Trustworthiness: EV certificates are associated with a higher level of trust because of the thorough validation process. Users are more likely to trust software signed with an EV certificate, as it provides strong assurance that the code has not been tampered with and comes from a verified source.
Reduced Security Warnings: When users run software signed with an EV Code Signing Certificate, they are less likely to encounter security warnings and prompts from their operating systems and security software. EV certificates enjoy a reputation of trust, leading to a smoother user experience.
Protection Against Malware: Malicious actors are less likely to obtain and use EV certificates for signing malware, as the stringent validation process makes it challenging to pass the identity verification checks. This helps protect against the distribution of malicious software signed with EV certificates.
Secure Software Distribution: Many app stores and platforms, including the Microsoft Windows Store, require EV code signing for certain types of applications. This ensures that only software from trusted and verified sources is available to users through these platforms.
While considering the cost of EV code signing is valid, it’s crucial to prioritize security and trust over seeking cheap EV code signing alternatives, as the consequences of compromising on these aspects can be significant.
Step 1: Determine Your Certificate Needs
Before diving into the process, it’s essential to assess your certificate needs. Consider the following factors:
The number of developers or teams that will need access to the EV code signing certificate.
The platforms and operating systems on which your software will run.
The validity period you require for the certificate (usually one to three years).
Your budget for obtaining an EV code signing certificate.
Step 2: Choose a Trusted Certificate Authority (CA)
Select a reputable Certificate Authority (CA) that offers EV code signing certificates. Ensure that the CA aligns with industry standards and has a track record of reliability and trustworthiness. Popular CAs that offer EV code signing certificates include DigiCert, Sectigo, and GlobalSign.
Step 3: Prepare Your Organization’s Documentation
EV code signing certificates require extensive validation of the organization applying for the certificate. To expedite the process, gather the necessary documentation in advance. This typically includes:
Legal business registration documents.
Proof of physical address, such as utility bills.
Business contacts for verification purposes.
Details of the individual authorized to sign on behalf of the organization.
Step 4: Apply for the Certificate
Contact the chosen CA and initiate the application process for the EV code signing certificate. Follow the CA’s specific instructions for submitting your organization’s documentation and undergoing the validation process.
Step 5: Complete the Validation Process
Once you’ve submitted the required documents, the CA will perform an extensive validation process to confirm your organization’s identity and legitimacy. This process can take several days to a few weeks, depending on the CA’s procedures.
Step 6: Receive and Install the Certificate
Once the validation is complete, the CA will issue your EV code signing certificate. You will typically receive the certificate file, which may be in PFX or P12 format. Follow the CA’s instructions to install the certificate on your development system.
Step 7: Sign Your Software
With the EV code signing certificate installed, you can now sign your software. Most development environments and platforms offer built-in tools or command-line utilities for code signing. Follow the specific instructions for your development environment to sign your code using the EV certificate.
Step 8: Distribute and Promote Your Software
Once your software is signed with the EV code signing certificate, you can distribute it to users with confidence. The presence of the EV code signature will reassure users that your software is legitimate and secure.
Conclusion
Obtaining and deploying an EV code signing certificate is a crucial step in enhancing trust and ensuring the security of your software applications. While considering the cost of EV code signing is valid, it’s essential to prioritize security and trust over seeking cheap EV code signing alternatives.
By following this step-by-step guide and partnering with a reputable CA, you can obtain an EV code signing certificate that adds a significant level of assurance to your software. In a digital landscape where trust and security are paramount, EV code signing certificates are a valuable tool for developers and organizations to differentiate themselves, build trust, and protect their users from potential threats.