E-Tugra OV Code Signing Certificate

E-Tugra's Organization Validated Code Signing Certificate authenticates the publisher behind software and enables digitally signed code to be associated with a verified organization.

Compare E-Tugra Certificate TypesReview OV vs. EV Requirements
Current pricing
Verify with E-Tugra
A reliable current OV retail price was not established in the supplied research.
  • Type: Organization Validated Code Signing
  • Policy: E-Tugra Code Signing Certificate Policy
  • Standard: CA/B Forum Code Signing requirements
  • EV alternative: E-Tugra EV Code Signing
Review Certificate Buying Criteria
Certificate typeOrganization Validated
PolicyCode Signing Certificate Policy
Intended usersOrganizations publishing software
ValidationOrganization validation
StandardCA/B Forum Code Signing
EV alternativeE-Tugra EV Code Signing

What Is an E-Tugra OV Code Signing Certificate?

An organization validated code signing certificate connects signed software with an authenticated publisher identity. The certificate authority validates the organization and issues a certificate used with a private key to create digital signatures.

Publisher identity

The certificate associates signed code with the identified organization and signing subject.

Digital signature

The signature provides cryptographic evidence that the signed content corresponds to the signing operation.

PKI trust

The certificate participates in a CA hierarchy that allows relying systems to validate the certificate chain and status.

Code signing is different from encryption. A signing certificate establishes publisher and signature information; it does not turn software into encrypted content.

E-Tugra Code Signing vs E-Tugra EV Code Signing

E-Tugra's policy documentation explicitly distinguishes the standard Code Signing Certificate Policy from its EV Code Signing Certificate Policy.

AreaE-Tugra Code SigningE-Tugra EV Code Signing
Validation modelOrganization ValidatedExtended Validation
Organization identityValidatedEnhanced validation
Code signingYesYes
PolicyCode Signing Certificate PolicyEV Code Signing Certificate Policy
CA/B Forum basisCode Signing GuidelinesEV Code Signing Guidelines
ETSI basisOCVPEVCP / EVCG
Intended useOrganizational software signingHigher assurance organizational signing
Neither certificate type should be presented as a guarantee that software is safe or as a promise of a particular Microsoft SmartScreen result.

Compare OV and EV before choosing

Match validation requirements, key protection and signing operations to your release environment.

Review Platform Requirements

Who Is E-Tugra OV Code Signing For?

The product fits organizations that need publisher identity attached to digitally signed software releases.

Software companies

Organizations publishing applications and executable software under a business identity.

Enterprise development teams

Teams managing organizational software releases and controlled signing infrastructure.

Independent software vendors

Publishers distributing executable applications and other supported code.

EV may be more appropriate where a release policy, customer requirement, compliance program or platform workflow specifically requires enhanced validation.

What Does Organization Validation Verify?

E-Tugra's policy describes certificate participants and registration authorities and places certificate application, renewal and revocation operations under E-Tugra's control.

01Organization
02Applicant
03Authorization
04Validation
05Certificate issuance
06Ownership
07Records
08Lifecycle

Legal organization

Organization identity and supporting information form the validation layer.

Applicant

The certificate request is associated with an applicant whose identity and authority must be established.

Registration authority

E-Tugra's policy identifies registration authorities as participants handling certificate requests under E-Tugra's control.

What Does the Certificate Prove?

A valid signature can establish several cryptographic and identity properties, but those properties should not be expanded into general software security claims.

A valid signature can establish

  • The signed content has not been altered since signing.
  • The signature corresponds to the certificate's public key.
  • The certificate identifies the signing subject.
  • The certificate can chain to a trusted CA hierarchy.
  • Certificate status can be checked through applicable PKI mechanisms.

It does not prove

  • The software is malware free.
  • The software has no vulnerabilities.
  • The software is independently audited.
  • The organization is trustworthy in every respect.
  • The software is compatible with every operating system.

E-Tugra Code Signing Certificate Policy

E-Tugra's policy material provides unusually specific PKI information for this product.

Code Signing Certificate Policy

OID: 2.16.792.3.0.4.1.1.13

Mapped to ETSI EN 319 411-1 OCVP and the CA/B Forum Code Signing Guidelines.

Separate EV policy

OID: 2.16.792.3.0.4.1.1.14

The EV certificate has a separate policy and validation framework.

How E-Tugra Code Signing Fits Into PKI

The signing certificate is one layer in the certificate hierarchy used to validate the publisher's signature.

Software

Signed executable code

End entity certificate

E-Tugra Code Signing Certificate

Intermediate CA

E-Tugra issuing hierarchy

Root CA

Trust anchor in the validation environment

E-Tugra's CP states that end user certificates are issued by E-Tugra and signed by E-Tugra intermediate CAs, while intermediate CAs are signed by its root CA.

Private Key and Signing Security

protecting a code signing private key that must remain under controlled custody because possession of it can authorize signing operations.

Private key generation

Generate and handle the key within the intended protected signing environment.

Key custody

Restrict access and avoid distributing the signing key across general development infrastructure.

Incident response

Define compromise, revocation and replacement procedures before the certificate is used in production.

The supplied research does not confirm a specific E-Tugra token model, FIPS level or HSM specification, so those details are intentionally not asserted here.

E-Tugra Code Signing Application Process

Separate certificate application and issuance from the later software signing operation.

01Prepare organization information
02Submit application
03Identity validation
04Generate signing key
05Certificate issuance
06Install certificate
07Sign software
08Verify signature

Certificate Request and Authorization

E-Tugra currently publishes a dedicated OV Code Signing Certificate Application Form and Declaration, separate from its EV Code Signing application form.

Organization applicant

Provides the organizational information required for the certificate request.

Authorized representative

Supports the authority relationship behind the application.

Registration authority

Participates in request handling and validation under E-Tugra's PKI controls.

What Software Can Be Signed?

The supplied research supports common executable code signing scenarios while deliberately avoiding unsupported format claims.

Windows executables

EXE, DLL and MSI are highlighted as practical signing artifacts for Windows workflows.

Applications and installers

Software applications and installers can be integrated into an organizational release signing process.

Other code

Firmware or other executable code can be considered where the target platform accepts the certificate and has its own signing requirements.

Useful internal topics include Windows Code Signing, Microsoft Authenticode, How to Sign an EXE, How to Sign an MSI and How to Sign a DLL.

Windows Authenticode With E-Tugra

A practical Windows release workflow connects the build artifact, certificate, protected private key, signature, timestamp and verification.

Build software

Create the release artifact

Hash and sign

Use Authenticode and SignTool with SHA-256

Timestamp

Apply the configured timestamp service

Verify

Check publisher, chain and signature

Internal resources to connect here include Microsoft Authenticode: Complete Guide, How to Sign Software With a Code Signing Certificate and How to Verify Code-Signed Software on Windows.

E-Tugra Code Signing and Timestamping

E-Tugra's policy identifies time-stamping among its PKI services. Timestamping should be treated as part of the release workflow rather than an optional afterthought.

Timestamp authority

A timestamp provides evidence associated with the signing time.

Certificate expiration

Signing time and certificate expiration are distinct lifecycle concepts.

Long term verification

Timestamped signatures can support later validation subject to certificate status and applicable trust rules.

The supplied research does not verify a current E-Tugra timestamp server URL, so no endpoint is published here.

Certificate Chain and Trust Stores

Trust depends on successful chain building from the end entity certificate through the issuing intermediate to a trusted root.

End entity

E-Tugra Code Signing certificate

Intermediate

Issuing CA certificate

Root

E-Tugra trust anchor

Validation

Windows trust and path checking

Microsoft's Trusted Root Program documentation identifies E-Tugra Global Root CA RSA v3 and E-Tugra Global Root CA ECC v3 in its trusted root deployment documentation, with Code Signing among the associated usages.

Certificate Status: OCSP and CRL

Certificate status mechanisms are part of the PKI lifecycle and help relying parties determine whether a certificate remains valid for trust purposes.

OCSP

Online Certificate Status Protocol allows relying parties to obtain certificate status information from an OCSP responder.

CRL

Certificate Revocation Lists provide published lists of revoked certificates that can be checked by relying systems.

E-Tugra's CP explicitly identifies both OCSP and CRL as part of its PKI certificate status infrastructure.

Certificate Renewal

Renewal is a lifecycle operation that should be planned around release schedules and signing infrastructure.

Plan ahead

Allow time for application, validation, issuance and production testing.

Update release systems

Update the certificate and any controlled signing configuration before production release signing.

Existing releases

Previously timestamped releases should be handled separately from new signing operations.

The supplied research does not establish a current E-Tugra validity period, so no specific validity number is published here.

What Happens If the Private Key Is Compromised?

A compromised signing key can affect the trust placed in signatures made with it, so the response should be immediate and documented.

01Stop signing
02Secure infrastructure
03Request revocation
04Investigate releases
05Generate new key
06Obtain replacement
07Re-sign releases
08Document incident

E-Tugra OV Code Signing for CI/CD

Keep build infrastructure separate from the controlled signing environment. The private key should not simply be placed in source repositories, Docker images or unprotected CI/CD variables.

Build environment

Compile and package

Artifact

Immutable release candidate

Controlled signing

Protected private key

Signature + release

Timestamp, verify and publish

Do not distribute the key

Avoid storing signing keys in Git repositories, environment files, Docker images or ordinary shared workstations.

Enterprise controls

Where supported by the selected configuration, controlled signing infrastructure or HSM based architecture can separate signing authority from general build systems.

How to Verify an E-Tugra Signed Application

Verification should inspect the signature, publisher identity, certificate path, timestamp and certificate status.

Windows GUI

File → Properties → Digital Signatures → Signature Details → Certificate

Review signature validity, publisher identity, certificate validity, chain, timestamp and status.

Command line

Windows code signing workflow and certificate chain checks.

Internal resources can include How to Verify a Code Signature, How to Verify Code-Signed Software on Windows and command line verification.

E-Tugra OV vs Other Organization Validated Code Signing Certificates

Compare the implementation details and available configurations without assigning a best provider.

ProviderProduct terminologyOrganization validationEV alternativeHardware / protected key options
E-TugraCode Signing CertificateYesYesVerify current configuration
IdenTrustTrustID Code SigningYesYesHardware / HSM
DigiCertCode SigningYesYesHardware / cloud / HSM options
SectigoOV Code SigningYesYesHardware / managed options
SSL.comOV Code SigningYesYesHardware / eSigner / HSM
GlobalSignStandard Code SigningYesYesToken / HSM / cloud options

E-Tugra OV vs EV: Which Requirements Change?

The choice can be evaluated against the requirements of the signing operation rather than a generic product ranking.

Identity assurance

Determine the identity assurance required by customers, policy and distribution environment.

Platform and compliance

Check platform requirements, internal security policy and applicable compliance requirements.

Operations and budget

Consider validation effort, signing infrastructure, release workflow and budget.

See the dedicated E-Tugra EV Code Signing Certificate page when enhanced validation is specifically required.

Current E-Tugra Product and Trust Status

E-Tugra's public documentation maintains separate Code Signing and EV Code Signing policies, application forms and certificate infrastructure.

Current policy structure

The supplied research identifies separate Code Signing and EV Code Signing policy documents and dedicated application forms.

Microsoft trust context

Microsoft's Trusted Root Program documentation identifies E-Tugra Global Root CA RSA v3 and E-Tugra Global Root CA ECC v3 in its trusted root deployment documentation.

E-Tugra OV Code Signing Certificate Cost

The supplied research does not establish a reliable current public retail price for E-Tugra OV Code Signing.

Current pricing: verify with E-Tugra

Contact E-Tugra or verify the current product and order documentation for the latest price and available certificate configuration.

No price from E-Tugra SSL certificates or EV Code Signing has been borrowed for this OV product.

E-Tugra OV Code Signing Buying Checklist

Confirm the operational and validation requirements before ordering.

  • Confirm organization eligibility.
  • Confirm authorized applicant.
  • Prepare organization documentation.
  • Determine signing platforms.
  • Determine artifact types.
  • Decide private key storage.
  • Plan timestamping.
  • Plan CI/CD signing.
  • Plan certificate chain deployment.
  • Define revocation procedure.
  • Test signature verification.
  • Confirm current validity period.
  • Confirm current price.
  • Confirm current issuance requirements.

Frequently Asked Questions

Search focused questions covering validation, technical operation, lifecycle and current commercial information.

What is an E-Tugra OV Code Signing Certificate?
It is E-Tugra's Organization Validated Code Signing Certificate, used to authenticate the publisher behind software and associate digitally signed code with a verified organization.
Is E-Tugra Code Signing organization validated?
Yes. E-Tugra's Certificate Policy explicitly defines its Code Signing Certificate as an Organization Validated Code Signing Certificate.
What does E-Tugra verify before issuing a Code Signing Certificate?
The supplied policy material describes organization information, applicant identity, authorization, certificate ownership, registration authority involvement and validation records as part of the certificate process.
What is the difference between E-Tugra Code Signing and EV Code Signing?
E-Tugra maintains separate Code Signing and EV Code Signing certificate policies. The former uses organization validation, while the latter uses Extended Validation and its separate policy framework.
Who can obtain an E-Tugra Code Signing Certificate?
Organizations publishing software, software companies, enterprise development teams, independent software vendors and organizations that need publisher identity attached to signed code are the relevant scenarios described in the supplied outline.
How does E-Tugra Code Signing work?
The process is generally organization preparation, application, validation and authorization, key generation, certificate issuance, certificate installation, software signing and signature verification.
Can E-Tugra Code Signing sign Windows software?
The supplied research supports Windows signing workflows using Authenticode and SignTool, with EXE, DLL and MSI highlighted as practical artifacts.
Can I use E-Tugra with Microsoft Authenticode?
Yes. The supplied page structure specifically covers Authenticode, SignTool, SHA-256, certificate chain, timestamping and verification.
Does E-Tugra support code signing timestamping?
E-Tugra's current CP identifies time-stamping among its PKI services. The supplied research does not verify a current timestamp server endpoint.
Does E-Tugra use OCSP and CRLs?
Yes. E-Tugra's CP explicitly identifies both OCSP and CRL as part of its PKI certificate status infrastructure.
How do I verify an E-Tugra signed application?
On Windows, use File Properties, Digital Signatures, Signature Details and Certificate. SignTool can also be used for command line verification.
What happens if an E-Tugra signing key is compromised?
Stop signing, secure the signing infrastructure, request revocation, investigate affected releases, generate a new key, obtain a replacement certificate and re-sign releases as appropriate.
How does E-Tugra certificate renewal work?
Renewal is a certificate lifecycle operation involving application, validation, issuance and updates to the signing environment. The supplied research does not establish a current fixed renewal validity period.
Can E-Tugra Code Signing be used in CI/CD?
It can be integrated into a controlled signing architecture. The private key should not simply be stored in repositories, Docker images or unprotected CI/CD variables.
How much does an E-Tugra Code Signing Certificate cost?
The supplied research does not establish a reliable current public OV retail price. Current pricing should be verified with E-Tugra.
How long is an E-Tugra Code Signing Certificate valid?
The supplied research does not establish a current validity period. Confirm the current issuance terms with E-Tugra.

Related Resources

Use these as internal navigation points when the corresponding CodeSigningSolution resources are available.

E-Tugra resources

E-Tugra certificate hub

E-Tugra EV Code Signing Certificate

Code signing certificate provider comparison

Buying and fundamentals

How Code Signing Works

Windows signing

Microsoft Authenticode guide

How to Sign an EXE File

How to Sign an MSI Installer

How to Sign a DLL File

Lifecycle and operations

How to Timestamp Signed Software

How to Verify a Code Signature

Code Signing Certificate Chain

Code signing certificate revocation

Code signing in CI/CD

Evaluate the certificate against your release infrastructure

Confirm organization validation, key custody, supported signing environments, timestamping, certificate status, lifecycle requirements and current commercial terms before production use.

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