E-Tugra EV Code Signing Certificate
E-Tugra EV Code Signing provides an extended validation framework for organizations that need stronger publisher identity assurance when signing software and other executable code.
- Extended Validation Code Signing
- Dedicated EV Code Signing policy
- Policy OID 2.16.792.3.0.4.1.1.14
- For organizations publishing software
- Microsoft Authenticode signing workflow
Current token, HSM, validity and pricing details should be confirmed before purchase.
E-Tugra EV Code Signing at a glance
E-Tugra's published documentation distinguishes its EV Code Signing policy from its ordinary Code Signing policy.
What Is E-Tugra EV Code Signing?
EV Code Signing is a certificate based signing model that links a digital signature to a publisher identity established through an extended validation framework. The certificate becomes part of the signed software package and can be inspected as part of signature verification.
Publisher identity
A valid certificate provides identity information associated with the certificate holder and allows a verifier to inspect the signing identity.
Integrity evidence
The digital signature provides cryptographic evidence that the signed content has not changed after signing, subject to successful signature verification.
Identity assurance
EV is an identity assurance framework. It does not establish that software is malware free, vulnerability free, or independently security tested.
Important: A code signing certificate is not a software security certification. It identifies the signer and protects the integrity of signed content; it does not certify the application itself as safe.
E-Tugra EV vs OV Code Signing
The two products use separate validation frameworks and separate E-Tugra policies.
| Area | E-Tugra Code Signing | E-Tugra EV Code Signing |
|---|---|---|
| Validation | Organization Validated | Extended Validation |
| Publisher identity | Organization validated | Higher assurance validation |
| Code signing | Yes | Yes |
| Policy | Code Signing Certificate Policy | EV Code Signing Certificate Policy |
| CA/B Forum framework | Code Signing Guidelines | EV Code Signing Guidelines |
| ETSI framework | OCVP | EVCP/EVCG |
| Application | Dedicated application | Dedicated EV application |
Who Is E-Tugra EV Code Signing For?
The product is relevant to organizations where publisher identity assurance and the EV validation framework are part of the software signing requirement.
Software publishers
Organizations distributing signed applications, installers and other executable software.
Enterprise software teams
Development and release teams operating controlled signing workflows across production releases.
Higher assurance requirements
Organizations whose customers, security policy or compliance process calls for an EV validation framework.
If ordinary organization validation satisfies the actual requirement, compare the E-Tugra Code Signing product before selecting EV.
What Does EV Validation Verify?
The validation process can be understood as a sequence from the organization through the applicant and authorization process to certificate issuance.
Legal organization identity
Validation addresses the legal organization and its existence using the evidence required by the applicable EV process.
Applicant and requestor
The certificate requestor and the relationship to the organization are part of the validation model.
Authorization and records
The process establishes authorization to request the certificate and maintains validation records within the PKI operation.
E-Tugra's CPS identifies E-Tugra, registration authorities, individual or corporate certificate owners and third parties as participants in its certificate operations. The exact current evidence requirements should be taken from the EV application process rather than inferred.
E-Tugra EV Code Signing Certificate Policy
E-Tugra's published documentation gives the EV product its own policy identity, which is distinct from the ordinary Code Signing policy.
Policy OID
The supplied E-Tugra documentation maps the EV policy to ETSI 319 411-1 EVCP, ETSI EV Code Signing Guidelines and the CA/B Forum EV Code Signing Guidelines. The corresponding ordinary Code Signing policy is 2.16.792.3.0.4.1.1.13.
What Does an E-Tugra EV Certificate Establish?
A valid signature lets a verifier examine several layers of evidence associated with the signed artifact.
Publisher identity
The certificate identifies the certificate holder represented in the signing identity.
Signed content integrity
A valid signature provides cryptographic evidence that the signed content has not been altered after signing.
PKI status
Verification can include the certificate chain, certificate validity, timestamp and current status information.
It does not establish: that software is malware free, has no vulnerabilities, has been independently security tested, that the organization is trustworthy in every respect, or that every platform warning will automatically disappear.
How E-Tugra EV Code Signing Works
The certificate participates in a cryptographic signing process that starts with the software artifact and ends with a verifiable signed release.
Private Key Protection
The private signing key is the critical asset in a code signing environment. The certificate alone does not protect an organization if an unauthorized party can use the corresponding private key.
Key generation
Generate the signing key in the controlled environment selected for the organization's signing process.
Key custody
Keep the private key under controlled access and avoid unnecessary copies between machines or environments.
Signing service
For automated releases, use a controlled signing service or protected signing environment with access control and auditability.
Hardware backed storage and HSM based signing can be part of a secure architecture where supported. The supplied E-Tugra material does not establish a specific token, HSM model or FIPS level, so those details should be verified before publication or purchase.
Protect the signing key before production
Review the key custody, access control and signing architecture your release process requires.
E-Tugra EV Code Signing Application Process
Certificate issuance is separate from the later software signing operation.
Application
Submit the dedicated EV Code Signing application and required information.
Organization validation
E-Tugra and its validation participants verify the organization and request context.
Authorization
Confirm the applicant, authorized representative and certificate requestor relationship.
Issuance
After approval, complete key and certificate installation before production signing.
E-Tugra's current application forms page lists a dedicated EV Code Signing Certificate Application Form and Declaration. This confirms that EV has its own application process rather than being a simple upgrade checkbox on the OV product.
EV Code Signing Application and Authorization
The people and entities involved in the request matter because EV validation is tied to the organization and the authority of the requestor.
Organization
The legal entity represented by the certificate is the central identity being validated.
Certificate owner and representative
The certificate owner and authorized representative relationship must be established through the applicable validation process.
Registration authority
E-Tugra's CPS identifies registration authorities as participants responsible for certificate related operations under its PKI framework.
What Software Can Be Signed?
Use the certificate within the signing formats and platform workflows supported by the target ecosystem.
Windows applications
Executable applications and installers can be handled through the Windows Authenticode signing workflow where supported.
Libraries and installers
Libraries, installers and other executable artifacts can be signed when the target platform supports the applicable signature format.
Platform specific code
Other executable code should be evaluated against the platform's own signing requirements rather than assumed to be universally compatible.
The certificate establishes publisher identity and enables cryptographic signing. Platform specific signing requirements still apply independently.
E-Tugra EV Code Signing for Windows
A practical Windows release workflow can be organized as Build, Hash, Sign, Timestamp, Verify and Distribute.
Build
Create the release artifact and freeze the version intended for signing.
Sign
Use the protected private key with the EV certificate in an Authenticode workflow.
Timestamp
Add a trusted timestamp so the signature carries signing time evidence.
Verify
Check the signature, publisher, certificate chain, timestamp and status before distribution.
signtool sign /fd SHA256 /a YourApplication.exe signtool verify /pa /v YourApplication.exe
Microsoft Authenticode, SignTool, SHA-256, certificate chain and timestamping are part of the Windows signing workflow. The exact SignTool options should match the certificate storage and signing environment.
EV Code Signing and Windows Driver Signing
Driver signing has additional Microsoft requirements that are separate from the CA certificate policy.
Separate requirements
Driver distribution can involve Microsoft specific signing and submission workflows beyond obtaining an EV certificate.
No universal approval
EV certificate ownership does not by itself guarantee driver approval or acceptance through every Microsoft workflow.
Requirements can change
Driver signing requirements can change independently from certificate policy and should be checked for the target release process.
E-Tugra EV Code Signing Timestamping
Timestamping records evidence associated with the time a signature was created. It is separate from the certificate's own validity period.
RFC 3161
The outline identifies RFC 3161 as the relevant timestamping standard for the signing workflow.
Signing time
A timestamp provides signed time evidence from a timestamp authority rather than relying only on the local system clock.
Long term validation
Timestamping can preserve useful evidence for signatures when certificate validity changes later, subject to the applicable verification model.
E-Tugra's CPS identifies timestamping as a PKI service alongside certificate issuance, renewal, revocation, OCSP and CRL services. Do not publish a specific current timestamp server endpoint without verification.
Certificate Chain and Trust
Software signature verification can involve the end entity certificate, the issuing CA and a trusted root.
Chain building
The verifier builds a path from the end entity certificate through the issuing CA to a trusted root.
Trust stores
The root must be trusted by the relevant platform or application environment for the chain to validate as expected.
Missing intermediate
An incomplete chain can cause verification problems even when the end entity certificate itself is otherwise valid.
Certificate Status and Revocation
Status checking is part of the trust model used to determine whether a certificate remains acceptable for verification.
OCSP
Online Certificate Status Protocol can be used to obtain certificate status information from an OCSP service.
CRL
A Certificate Revocation List contains certificates that have been revoked by the issuing PKI.
Why revocation matters
Revocation can be required after private key compromise, unauthorized signing, lost credentials, incorrect issuance or relevant organizational changes.
E-Tugra's CPS explicitly includes certificate revocation together with OCSP and CRL services as part of its PKI operations.
What Happens If the EV Signing Key Is Compromised?
Treat the private key as a production security asset and use a defined incident response sequence.
Stop signing
Disable the affected signing path and prevent additional artifacts from being signed.
Secure and investigate
Contain the signing environment and determine what credentials and releases may be affected.
Revoke and replace
Request certificate revocation, generate a new key and obtain a replacement certificate.
Re-sign
Assess affected releases and re-sign them with the replacement credentials where appropriate.
Certificate Renewal and Replacement
Renewal is a lifecycle operation that should be planned before the production certificate reaches its end date.
Expiration planning
Confirm the current validity period and begin renewal planning early enough to test the new signing path.
Key rotation
A replacement process may involve a new signing key and updates to the controlled signing environment.
Release pipeline
Update CI/CD signing configuration, test the certificate chain and timestamping, then promote the new path to production.
E-Tugra's CPS includes renewal among certificate lifecycle operations. The supplied material does not establish a current commercial validity period, so verify it before purchase.
E-Tugra EV Code Signing in CI/CD
Automated signing should separate ordinary build infrastructure from the protected signing operation.
Build systems
Jenkins, GitLab, Azure DevOps and other build systems can trigger a controlled signing operation without receiving unrestricted private key material.
Access control
Restrict signing permissions and separate build access from production signing access.
Audit trails
Record who or what initiated signing, which artifact was signed, which certificate was used and the result of verification.
Do not place an EV private key directly into source repositories or ordinary CI/CD environment variables. Use a protected signing architecture appropriate to the supported key storage model.
Compare certificate options for your signing workflow
Check the available certificate types and compare validation, key protection and operational requirements before choosing.
How to Verify Software Signed With E-Tugra EV
Verification should confirm both the cryptographic signature and the certificate information behind it.
Windows GUI
File → Properties → Digital Signatures → Signature Details → Certificate. Review the publisher, certificate, chain, timestamp and status.
SignTool
Use SignTool verification for Authenticode artifacts when command line validation is needed.
Release validation
Run verification as part of the release process before distributing production artifacts.
E-Tugra EV vs Other EV Code Signing Certificates
This comparison lists documented selection variables without assigning an overall provider ranking.
| Provider | EV Code Signing | Organization validation | Dedicated EV policy | Key protection |
|---|---|---|---|---|
| E-Tugra | Yes | Yes | Yes | Verify current configuration |
| DigiCert | Yes | Yes | Yes | Hardware/cloud options |
| Sectigo | Yes | Yes | Yes | Hardware/managed options |
| SSL.com | Yes | Yes | Yes | Token/eSigner/HSM |
| GlobalSign | Yes | Yes | Yes | Token/HSM/cloud options |
| IdenTrust | Yes | Yes | Yes | Hardware/HSM |
E-Tugra EV vs IdenTrust EV vs DigiCert EV vs Sectigo EV
Compare the attributes that affect the actual signing workflow instead of treating every EV certificate as operationally identical.
E-Tugra EV Code Signing Cost
The supplied research confirms the EV product and its dedicated application process, but it does not provide a reliable current public retail price for the EV Code Signing certificate.
Current pricing
E-Tugra's public documentation confirms the EV Code Signing product, but current retail pricing should be verified with E-Tugra before purchase.
Current E-Tugra EV Code Signing Status
E-Tugra's public documentation provides several product and PKI signals that are useful when evaluating the current offering.
Dedicated EV policy
E-Tugra publishes a dedicated EV Code Signing Certificate Policy with OID 2.16.792.3.0.4.1.1.14.
Dedicated application
The current application forms documentation lists a dedicated EV Code Signing Certificate Application Form and Declaration.
Lifecycle infrastructure
The supplied CPS material identifies issuance, renewal, revocation, OCSP, CRL and timestamping services.
The supplied outline identifies Certificate Policy and Certification Practice Statement version 6.3 as the current English policy/CPS documents. Verify the live E-Tugra publication before relying on version status in a commercial claim.
When Does E-Tugra EV Make Sense?
The relevant choice depends on the identity assurance and platform requirements of the software distribution process.
EV may be relevant
When stronger publisher identity assurance is required, an internal policy specifies EV, customers require higher identity assurance, or a target workflow requires an EV certificate.
Standard Code Signing may be sufficient
When ordinary organization validation meets the requirement and EV is not required by the target platform or internal policy.
Check the actual requirement
Review the target platform, customer requirement, security policy and current E-Tugra issuance terms before selecting the certificate type.
E-Tugra EV Code Signing Buying Checklist
Confirm the operational requirements before starting the application.
- Confirm organization eligibility
- Identify the authorized representative
- Prepare validation information
- Confirm the certificate requestor
- Choose the signing environment
- Determine private key protection
- Determine software formats
- Plan timestamping
- Plan certificate chain deployment
- Plan CI/CD signing
- Establish a key compromise procedure
- Establish a revocation procedure
- Confirm current validity period
- Confirm current pricing
- Test the signing workflow before production
E-Tugra EV Code Signing FAQ
Answers to the main product, validation, platform and lifecycle questions.
What is an E-Tugra EV Code Signing Certificate?
It is an Extended Validation code signing certificate defined by E-Tugra's dedicated EV Code Signing Certificate Policy. It associates a software signature with a validated organization identity.
Is E-Tugra EV Code Signing organization validated?
Yes. The EV model uses an extended validation framework for the organization and certificate request process. The exact validation evidence and current requirements should be confirmed with E-Tugra before application.
What does E-Tugra verify for EV Code Signing?
The process addresses the legal organization, organization existence, applicant and requestor information, authorization, and validation records. The current application form and E-Tugra validation process determine the exact evidence required.
What is the E-Tugra EV Code Signing policy OID?
The policy OID identified in the supplied E-Tugra documentation is 2.16.792.3.0.4.1.1.14.
What is the difference between E-Tugra OV and EV Code Signing?
OV and EV are separate validation frameworks and separate E-Tugra certificate policies. EV applies the dedicated EV Code Signing policy and a higher assurance validation framework; it should not be described simply as OV with a different label.
Who can obtain an E-Tugra EV Code Signing Certificate?
The page is intended for organizations publishing software, distributing executable applications, releasing signed installers, or operating under internal requirements that call for EV validation. Eligibility should be confirmed with E-Tugra.
Does E-Tugra EV Code Signing work with Microsoft Authenticode?
The certificate is intended for code signing, and the supplied outline specifically identifies Microsoft Authenticode and SignTool as the Windows signing workflow. Platform specific requirements still apply.
Can E-Tugra EV Code Signing sign Windows applications?
Yes, it can be used in a Windows Authenticode signing workflow where the relevant certificate and platform requirements are met.
Does E-Tugra EV Code Signing support timestamping?
E-Tugra's CPS identifies timestamping as one of its PKI services. Do not rely on a specific current timestamp endpoint without verifying the current E-Tugra configuration.
How does E-Tugra certificate revocation work?
Revocation is a certificate lifecycle operation. E-Tugra's CPS identifies revocation together with OCSP and CRL services. A compromised or otherwise invalid certificate should be handled through the documented revocation process.
Does E-Tugra provide OCSP and CRL services?
The supplied E-Tugra CPS identifies both OCSP and CRL services as part of its PKI operations.
What happens if an E-Tugra EV private key is compromised?
Stop signing, secure the signing environment, request revocation, investigate affected releases, generate a new key, obtain a replacement certificate, and re-sign affected releases as appropriate.
How do I verify software signed with E-Tugra EV?
On Windows, open the file properties, review Digital Signatures and Signature Details, then inspect the publisher, certificate, chain, timestamp, validity, and status. SignTool can be used for command line verification of Authenticode artifacts.
Can E-Tugra EV Code Signing be used in CI/CD?
It can be integrated into a controlled signing architecture. The private key should remain in a protected signing environment rather than being placed directly in source repositories or ordinary CI/CD environment variables.
How long is an E-Tugra EV Code Signing Certificate valid?
The supplied material does not establish a current commercial validity period. Confirm the validity period with E-Tugra before purchase.
How much does E-Tugra EV Code Signing cost?
The supplied research does not provide a reliable current public retail price. Current pricing should be verified with E-Tugra.
Is E-Tugra EV required for Windows software?
Not universally. Windows signing and other platform workflows can have requirements that are separate from the certificate policy. Confirm the requirements for the specific software or driver distribution scenario.
Does an E-Tugra EV certificate guarantee SmartScreen approval?
No blanket guarantee should be made. SmartScreen and other platform reputation or warning systems have their own behavior and requirements.
Continue Your Code Signing Research
Use these related topics to compare certificate types, signing workflows and lifecycle requirements.
Evaluate E-Tugra EV Code Signing for Your Release Workflow
Review the EV validation model, current commercial terms, protected key architecture and platform requirements before purchasing. Keep the certificate policy and the actual signing environment aligned.