Individual Code Signing Certificate
An Individual Code Signing Certificate connects a software signature to a verified developer’s personal identity. Learn how to check eligibility, compare individual certificate options, sign releases, and protect the private key behind your publisher identity.
Individual certificate starting price
$129 / year
SSL.com IV Code Signing · optional key and service fees may apply
Before you apply
Some providers offer an Individual Validation product; others primarily validate organizations.
Your verified personal name may appear in signature details or publisher information.
Confirm whether a hardware token, managed signing service or another compliant option is required.
Check compatibility with EXE, DLL, MSI, scripts, JAR files and your target platform.
Individual Code Signing Certificate Prices
Compare the published entry prices below, then confirm that the specific product accepts individual applicants in your country. Prices may vary by term, currency, taxes, hardware and signing service. The listed figures are provider-published starting prices, not a guarantee of the final checkout total.
| Provider | Individual product | Published starting price | Important price or eligibility notes | Official product page |
|---|---|---|---|---|
| SSL.com | IV Code Signing | $129/year | Longer terms show lower annualized rates. A YubiKey is listed as an optional $379 add-on; cloud signing and expedited validation can add costs. | View pricing |
| HARICA | Code Signing IV (Individual Validated) | From €59/year* | HARICA publishes a general code signing starting price and lists IV as a product type. Confirm the exact IV price, term and key provisioning before ordering. | View pricing |
| Certum | Code Signing for an individual or a company | From €139* | Certum’s product page shows a starting price for its individual/company code signing option. Confirm term, tax treatment, storage method and final checkout price. | View pricing |
| Sectigo | Individual eligibility requires confirmation | Not confirmed | Do not use an organization certificate price as an individual price. Ask Sectigo whether a current individual product is available for your location. | Check availability |
| DigiCert | Individual eligibility requires confirmation | Not confirmed | Confirm whether DigiCert currently offers a product for an individual applicant without an organization. | Check availability |
| eMudhra | Individual eligibility requires confirmation | Quote / confirmation required | Confirm applicant type, supported platforms, certificate term and approved private-key storage. | Check availability |
*HARICA’s public page states code signing starts at €59/year and lists IV, OV and EV product types, but does not clearly assign that starting amount specifically to IV. Certum’s public product page lists code signing for an individual or a company from €139. Confirm current terms directly before publication or purchase. SSL.com lists IV Code Signing at $129/year for one year.
What the final price should include
Certificate fee
Published price, currency, certificate term and any applicable taxes.
Key protection
Hardware token or reader, shipping, managed signing or remote signing charges if required.
Renewal and operations
Renewal or replacement fees and ongoing infrastructure needed to sign releases securely.
Before ordering, confirm individual eligibility, the name shown in the signing identity, supported formats, timestamping, key storage and renewal terms. For broader budgeting, see the Code Signing Certificate Comparison guide.
What Is an Individual Code Signing Certificate?
An Individual Code Signing Certificate is issued to a person rather than to a legally registered organization. After the issuing certificate authority verifies the applicant’s identity and approves the application, the certificate can be used to create digital signatures for supported software and release files.
Code signing helps recipients and operating systems check whether signed content has changed since it was signed and inspect the identity associated with the signature. It does not prove that an application is harmless, guarantee that users will trust it, or replace malware testing and secure release practices.
The personal identity represented by the certificate is an important difference from an organization validated certificate. With an organization certificate, validation is focused on the legal entity. With an individual certificate, the signing identity is tied to the verified person, subject to the CA’s product and validation rules.
Who Needs an Individual Code Signing Certificate?
Independent developers
People who build and distribute desktop utilities, developer tools or other software under their own name.
Freelance software publishers
Contract developers who release reusable applications or installers and want signed releases tied to a personal identity.
Commercial solo publishers
Individuals who sell software directly and do not operate through a registered company that can apply for an organization certificate.
Script authors
Developers distributing PowerShell scripts or other supported scripts where signing is part of the release and execution policy.
Java developers
Publishers signing JAR files or other compatible Java artifacts, after confirming the certificate and signing workflow support their use case.
Open source maintainers
Maintainers who publish signed release artifacts. Dedicated open source certificate programs may have separate eligibility and use restrictions.
Working alone does not automatically mean an individual certificate is the right option. Consider the identity you want to show, the platforms you distribute on, your commercial structure and the provider’s eligibility rules.
What Name Appears to Users?
An individual certificate represents the personal identity validated by the issuing CA. Depending on the platform and the way a signature is displayed, users may see the verified personal name in certificate details, publisher information or a signature properties panel. The exact presentation is not identical across Windows, Java tools and other software environments.
Certificate subject
The certificate contains identity information associated with the applicant. The precise fields depend on the certificate profile and the CA’s validation policy.
Publisher display
An installer or operating system may display a publisher name based on the signature and platform rules. Do not assume every interface displays the full certificate subject in the same way.
Signature details
Recipients can inspect signature information to check the signer identity, certificate chain and signature status where the platform exposes those details.
Platform behavior
Trust decisions can also depend on certificate chain validity, reputation systems, policy, revocation checks and application behavior.
Individual vs OV vs EV Code Signing Certificate
The key distinction is whose identity the certificate validates. Product names and exact requirements vary by CA, so use this table as a general guide and confirm the policy for the specific certificate you plan to buy.
| Feature | Individual | OV | EV |
|---|---|---|---|
| Identity represented | Individual person | Organization | Organization |
| Validation focus | Individual identity | Organization identity | Enhanced organization validation |
| Typical audience | Independent developers and personal publishers | Registered software companies | Organizations requiring EV validation or workflows |
| Company registration | May not be required | Generally required | Generally required |
| Key protection | Depends on the product and applicable requirements | Hardware-backed protection under applicable requirements | Hardware-backed protection under applicable requirements |
| Publisher identity | Verified personal name | Validated organization name | Validated organization name |
An individual certificate is not automatically the best fit just because you work alone. If you publish through a registered business, need the company name to be the signing identity, or have a platform-specific requirement, review the relevant OV Code Signing Certificate and EV Code Signing Certificate guidance as well.
Individual Code Signing Certificate Requirements
Certificate authorities use their own validation procedures. An individual application commonly involves identity evidence, contact verification and a key provisioning process, but the exact steps depend on the provider, the applicant’s country and the product being requested.
Identity and contact
- Valid personal identity documentation
- Identity verification using the CA’s accepted method
- Verified contact information
- Application details that match the identity evidence
Signing setup
- Private key generated or provisioned according to policy
- Required hardware token or approved signing service
- Compatible signing tools and release environment
- Secure access, recovery and incident procedures
Before submitting an application, confirm which documents are accepted in your country, whether identity checks must be completed in person or remotely, and how the certificate and private key will be delivered or made available.
Can You Get a Code Signing Certificate Without a Company?
Yes, an individual may qualify for a personal code signing certificate without registering a company, if the provider offers an individual product and its eligibility rules accept the application. This is different from an organization validated certificate, which generally requires evidence of a legally registered organization.
Do not assume that a provider’s standard code signing product accepts individuals. Some certificate authorities list a dedicated Individual Validation product, while others may require business documentation or offer a different route. Confirm eligibility before comparing headline prices.
Individual Code Signing Certificate Cost
The certificate fee is only one part of the total cost. Your actual spend depends on the provider, certificate term, required key protection and the way you release software. Compare the complete setup rather than choosing solely by the lowest advertised price.
Direct costs
- Certificate purchase or issuance fee
- Hardware token or reader, if required
- Cloud or remote signing charges, where applicable
- Renewal, replacement or reissuance fees
Operational costs
- Secure signing workstation or build worker
- Release pipeline configuration and maintenance
- Access controls, audit records and backups
- Time spent on renewal and incident response
For broader budgeting, see the Code Signing Certificate Cost guide. Verify the destination URL before publishing if your site uses a different slug.
Choose a signing setup that fits your release process
Independent publishers should confirm identity eligibility, private key protection and platform compatibility before committing to a certificate.
How to Apply for an Individual Certificate
Choose an eligible provider
Confirm that the product accepts individual applicants and supports your software formats.
Submit identity details
Provide the requested application information and complete the CA’s identity verification process.
Provision the signing key
Generate or receive the key using the method and protection controls required by the provider.
Install and configure
Set up the certificate, signing tools, trusted chain and timestamping configuration.
Sign a test release
Sign a sample artifact and verify its signature, certificate chain and timestamp.
Document release operations
Record renewal dates, authorized access, recovery steps and the process for responding to compromise.
Some providers supply a physical token; others support different compliant key storage or signing workflows. Follow the exact instructions for your product rather than assuming every certificate is installed the same way.
Where Should an Individual Developer Store the Private Key?
The private key is what allows someone to create signatures under the certificate’s identity. If another person gains access to it, they may be able to sign software that appears to come from you. Protecting that key matters even if you are the only developer on the project.
Hardware token
A physical token can keep key operations within the device. Follow the provider’s rules for PIN protection, device custody and loss reporting.
Secure signing environment
Limit signing to a dedicated, patched workstation or controlled build worker. Restrict who can initiate releases and access signing tools.
HSM or remote signing
Where supported, a hardware security module or managed remote signing service can separate key operations from ordinary build machines.
Plan for loss and compromise
Know how to report a lost token, disable access, request replacement or revocation where appropriate, and rebuild the signing setup. Keep release records and recovery instructions somewhere that does not depend on the lost device.
How to Sign Software With an Individual Certificate
After the certificate is provisioned, use a signing tool compatible with the certificate, key storage method and target format. Common workflows include signing Windows executables and libraries, MSI installers, PowerShell scripts and Java JAR files. Support depends on the product and the signing environment, so confirm compatibility before purchase.
Windows files
EXE, DLL and MSI releases commonly use Authenticode signing tools such as SignTool. Verify the signature and include a trusted timestamp where appropriate.
PowerShell scripts
Scripts can be signed where the certificate and tooling support the format. Test signature status and execution policy behavior on the target systems.
Java artifacts
Java signing workflows use Java-compatible tools and validation behavior. Check the artifact type and trust model before applying a general code signing certificate.
Other platforms
macOS Developer ID and Android application signing follow platform-specific models. Do not assume a general individual code signing certificate replaces their required signing identities.
Individual Code Signing for Windows
For Windows software, Authenticode signatures let users and tools inspect the signer and determine whether the signed file has changed since signing. SignTool is commonly used to sign and verify supported Windows artifacts. The exact command and certificate selection depend on whether the private key is available through a certificate store, hardware token or supported signing service.
Release checks to include
- Confirm the expected certificate and signer identity are selected.
- Sign the final release artifact, not an intermediate file that will later change.
- Add a trusted timestamp using a supported timestamp authority.
- Verify the signature and certificate chain after signing.
- Test the installer and update process on a clean environment.
A valid signature does not guarantee that SmartScreen warnings will disappear. Reputation, download prevalence, application behavior, certificate trust and other security signals can affect the experience users see.
Can Individual Developers Use CI/CD?
Yes. A solo developer can automate builds and releases with GitHub Actions, GitLab CI, Jenkins or another pipeline while keeping signing access restricted. The goal is to automate routine steps without exposing the private key to every job, contributor or third-party action.
Separate build and signing permissions
Build jobs should not automatically receive unrestricted signing access. Use a controlled signing stage, restricted credentials and release approval rules that fit the project’s risk.
Keep secrets out of source control
Use the secret-management and key access methods supported by your provider. Do not commit private keys, token PINs or signing credentials to a repository.
Use remote signing when appropriate
A supported remote signing workflow can allow a build pipeline to request a signature without copying the private key onto a general-purpose runner.
Log and authorize releases
Record what was signed, which release triggered signing, and who or what authorized it. Limit signing operations to intended release branches and jobs.
Individual Code Signing and Timestamping
A trusted timestamp records that a signature was created at a particular time according to the timestamp authority. For supported signing formats and trust policies, a valid timestamp can help a signature remain verifiable after the signing certificate expires, provided the relevant signature, timestamp and certificate chain meet validation requirements.
Timestamping does not make every signature valid indefinitely. Revocation, trust store changes, timestamp authority trust, algorithm policy and platform-specific validation behavior can still affect verification. Use a timestamp service supported by your signing tools and test the completed artifact.
For implementation details, link to your guide on How to Timestamp Signed Software after confirming the site’s exact URL.
What Happens When an Individual Certificate Expires?
Once a certificate expires, it generally cannot be used to create new signatures as a currently valid certificate. Plan renewal or replacement before the expiry date so new releases are not blocked. Existing signed files are evaluated under the applicable signature, timestamp, chain and revocation rules; do not assume every old signature remains valid indefinitely.
Before expiry
Check renewal eligibility, confirm identity details, verify key requirements and test the replacement certificate in your release pipeline.
After replacement
Update signing configuration, verify the signer and timestamp, document the new certificate and retain release records for troubleshooting.
What If You Lose the Private Key?
Without access to the private key, you may be unable to sign new releases using that certificate. Contact the provider to understand replacement and revocation options, then restore signing from a secure replacement setup. A certificate backup is not a reason to copy the private key into an unprotected location.
What If the Private Key Is Compromised?
Stop signing with the affected key, investigate the exposure, contact the certificate authority and request revocation where appropriate. Secure the signing environment, provision a replacement certificate and key, then assess whether affected releases need to be withdrawn or replaced. Keep a record of the incident and update access controls before resuming releases.
Individual Code Signing for Open Source Developers
Open source maintainers may use an individual certificate to sign release artifacts published under their personal identity. This is separate from Git commit signing, which signs source-control commits, and separate from signing a downloadable release package. A project may use both commit signatures and signed release artifacts for different purposes.
Some providers offer dedicated open source certificate programs with their own project eligibility rules and commercial-use restrictions. For example, a dedicated program may be limited to qualifying noncommercial projects. Do not assume those restrictions apply to every ordinary individual code signing certificate; check the terms of the exact product.
How to Choose an Individual Code Signing Certificate
Compare the provider’s documented requirements against your publishing workflow. Start with individual eligibility and the identity shown to users, then check key protection, format compatibility and operational support. A low initial price is not useful if the certificate cannot be issued to you or cannot be used with your release process.
Applicant eligibility
Does the CA explicitly accept individual applicants in your country, and which documents does it require?
Identity display
What verified personal name is included, and how is the signer presented by your target platform?
Key requirements
Is a hardware token mandatory, or does the provider support an approved remote or managed signing workflow?
Compatibility
Can it sign the file types and software platforms you actually distribute?
Release operations
Are timestamping, CI/CD, renewal and replacement processes practical for your setup?
Total cost
Compare certificate fees, hardware, signing service charges and the time needed to maintain the setup.
Individual Code Signing Checklist
- Confirm that the provider accepts individual applicants.
- Check which personal name will appear in the signing identity.
- Prepare identity verification documents.
- Confirm hardware and private key requirements.
- Verify compatibility with your software formats.
- Configure trusted timestamping.
- Test the signed software and signature verification.
- Protect signing credentials and restrict access.
- Document renewal and replacement procedures.
- Prepare a response plan for key loss or compromise.
Compare certificate types before you apply
Review identity requirements, key protection and the publishing model that fits your software.
Related Resources
Individual Code Signing Certificate FAQs
What is an Individual Code Signing Certificate?
It is a code signing certificate issued to a verified individual rather than to an organization. It can sign supported software so recipients can inspect the signing identity and check whether signed content has changed.
Can I get a code signing certificate without a company?
Yes, if a certificate authority offers an individual product and its eligibility rules accept your application. Organization validated products generally require evidence of a registered organization.
What name appears when software signed with an individual certificate is installed?
The verified personal identity may appear in publisher information or signature details. The exact display varies by operating system, installer and validation interface.
What is the difference between individual and OV code signing?
An individual certificate represents a verified person. An OV certificate represents a validated organization. The appropriate choice depends on the publisher identity you need and the provider’s rules.
Do individual developers need EV code signing?
Not automatically. EV products generally validate an organization and may have requirements that are not designed for a person applying without a company. Check the platform and provider requirements for your use case.
How much does an individual code signing certificate cost?
Prices vary by provider, certificate term, key storage and signing service. Confirm current pricing and eligibility on the official product page before ordering.
Can an individual certificate sign EXE and MSI files?
It can when the certificate, key provisioning method and signing tools support the relevant Windows Authenticode workflow. Verify the product’s compatibility before purchase.
Can I sign PowerShell scripts with an individual certificate?
Potentially, if the certificate and tooling support script signing. Test signature verification and execution policy behavior in the environments where the scripts will run.
Can I use an individual certificate for Java code signing?
Some code signing certificates can be used with compatible Java signing workflows. Confirm support for the specific certificate, artifact type and tools.
Can I use an individual certificate in CI/CD?
Yes, where the provider’s key storage and signing methods support your pipeline. Restrict signing access, keep credentials out of source control and consider a controlled or remote signing stage.
Is a hardware token required?
It depends on the certificate product and applicable key protection requirements. Ask the provider which storage methods are permitted before applying.
Does individual code signing remove SmartScreen warnings?
No. A valid signature does not guarantee that SmartScreen warnings will disappear. Reputation and other security signals can still affect the warning shown to users.
What happens when the certificate expires?
You generally need a renewed or replacement certificate to sign new releases. Existing signatures are evaluated under the applicable timestamp, certificate chain, revocation and platform rules.
What happens if I lose the private key?
You may be unable to sign new releases with that key. Contact the CA about replacement or revocation, secure the replacement setup and update your release process.