GoGetSSL is a global leader in SSL certificate issuance, combining advanced technologies with an unwavering commitment to security and fast service. Operating under Digicert Ireland Limited, the company offers a comprehensive range of solutions—including domain validation, organizational validation, and extended validation certificates, as well as Wildcard and Multi-Domain (SAN) certificates, and even solutions for code and document signing. By employing the latest automation technologies, including API integration and the use of a global LEI identifier, GoGetSSL enables rapid certificate issuance, significantly reducing waiting times from a few minutes to several days, depending on the type of validation. The platform adheres to the highest security standards, supporting both RSA and ECC algorithms to ensure compliance with the latest requirements of web browsers and mobile devices. With an extensive infrastructure, GoGetSSL not only facilitates easy integration with popular administrative panels and ACME systems but also provides technical support available 24 hours a day, 7 days a week. GoGetSSL is a reliable source of SSL certificates that not only secure communications through encryption but also enhance customer trust through the highest levels of verification and transparency.

GoGetSSL Domain Validation (DV) SSL certificates are a solution based on rigorous cryptographic standards, enabling fast and efficient website security with minimal formalities. The validation process consists solely of confirming control over the domain – simply complete one of the available verification methods, such as email validation, adding a CNAME DNS record, or placing a file containing a hash on the server. Thanks to full automation, the DV certificate is typically issued within 5 minutes, making it an ideal solution for small and medium websites, blogs, or projects where full organizational identity verification is not required. GoGetSSL supports both RSA and ECC algorithms, ensuring compatibility with the latest browsers and mobile devices, while guaranteeing security at a level consistent with current NIST standards. The certificate issuance process does not require document submission or in-person verification, which significantly reduces waiting times and administrative costs. These certificates are also supported by automatic reissue mechanisms and a 14-day money-back guarantee, ensuring complete customer satisfaction with the product selection.

GoGetSSL’s Organization Validation (OV) certificates represent an advanced authentication solution designed to secure data transmission in environments that require confirmation not only of domain ownership but also of the entity’s legal status. The organizational validation process includes verifying the company’s registration documents, physical location, and operational activities, in accordance with the CA/Browser Forum consortium guidelines. OV certificates utilize asymmetric encryption based on 2048-bit RSA keys (with optional ECC), support SHA-256 algorithms from the SHA-2 family to ensure data integrity, and implement 256-bit symmetric encryption in TLS 1.2/1.3 protocols. They are compatible with over 99.9% of browsers and mobile devices, eliminating the risk of SSL error messages. In the browser’s user interface, the organization’s name is displayed in the certificate subject field, along with a lock icon and the HTTPS prefix, which enhances the site’s credibility in the eyes of users. The certificates allow installation on an unlimited number of servers, support CRL and OCSP mechanisms for lifecycle management, and include a financial guarantee of up to $250 000 in the event of a security breach incident. They are issued after an audit by the certification authority within up to 3 business days (with an active LEI code, this time can be shortened to 1 business day). Primarily intended for corporate entities, transactional platforms, and public institutions, these certificates provide confirmation of the entity’s authenticity without the need to implement Extended Validation (EV) certificates.

GoGetSSL’s Extended Validation (EV) certificates represent the highest level of organizational identity verification, meeting the stringent audit requirements of the CA/Browser Forum while offering enhanced support for cryptography based on both traditional RSA algorithms and modern elliptic curve cryptography (ECC). The certification process includes a multi-layer analysis of legal documentation, verification of the entity’s status in government registers (e.g., KRS, CEIDG), confirmation of the physical location of its headquarters, and applicant authorization through direct communication with authorized representatives, such as directors or board members. Within the cryptographic infrastructure, EV certificates employ a hybrid approach that integrates 2048-bit RSA asymmetric encryption with ECC keys of either 256-bit (secp256r1) or 384-bit (secp384r1) lengths. This combination delivers an equivalent level of security with significantly lower computational overhead, optimizing performance in distributed environments (such as CDN and IoT) and reducing latency during the TLS 1.3 handshake through ECDHE mechanisms for forward secrecy. Hash algorithms SHA-256/SHA-384, used alongside digital signatures (ECDSA or RSA-PSS), ensure data integrity in line with NIST SP 800-56B and FIPS 140-3 standards, while support for Certificate Transparency (CT logs) and automatic revocation list updates via OCSP and CRL protocols further enhance security. In user interfaces, EV certificates activate advanced visual indicators by dynamically displaying the verified organization name in the certificate issuer field, even in environments with limited EV UI support, including standard web browsers. The certificates also support dual-stack configuration, allowing both ECC and RSA keys to be used simultaneously on the same server, and they can secure additional SAN domains. Furthermore, they include a financial guarantee of up to $1 000 000 in the event of a confidentiality breach.

The issuance process takes up to 7 business days; however, with an active LEI code, verification time can be reduced to 1 business day. These certificates are tailored for high-risk sectors such as financial institutions meeting PSD2 requirements, e-commerce platforms compliant with PCI DSS v4.0, and cloud solution providers requiring low latency for end-to-end encryption (QUIC, HTTP/3), where it is essential to combine maximum legal credibility with advanced cryptographic optimization.

GoGetSSL Wildcard certificates allow you to secure the main domain and an unlimited number of first-level subdomains using a single certificate by employing the wildcard symbol (*) in the naming structure. Available in both Domain Validation (DV) and Organization Validation (OV) variants, they offer flexibility in choosing cryptographic algorithms (RSA 2048-bit or ECC with elliptic curves) and support for TLS 1.2/1.3 protocols with forward secrecy. The certificates support SAN extensions (in FLEX versions) for multi-domain configurations, revocation mechanisms (OCSP/CRL), and automated deployment via ACME. The DV validation process is limited to confirming domain control, while OV includes additional legal verification of the entity. Designed for environments requiring scalability (e.g., SaaS, CDN), they reduce management costs by consolidating security measures, ensuring compatibility with modern standards and offering high financial guarantees depending on the type of validation (DV or OV).

GoGetSSL Multi-Domain SAN SSL certificates allow you to secure up to 250 different domains and subdomains with a single certificate by utilizing the SAN (Subject Alternative Names) extension. Available in DV, OV, and EV variants, they support encryption using RSA 2048-bit or ECC (elliptic curves secp256r1/secp384r1) with SHA-256 algorithms and TLS 1.2/1.3 protocols. The certificates include mechanisms such as OCSP, CRL, and Certificate Transparency, provide forward secrecy (ECDHE), and are compatible with infrastructures using SNI/ALPN. The validation process depends on the type (DV – domain control; OV/EV – legal verification of the organization), and deployment enables the consolidation of security management for distributed services (e.g., APIs, microservices, CDN) with a financial guarantee of up to $1,000,000 (in the EV option). Automated renewal via ACME and support for wildcard domains within SAN (FLEX option) optimize scalability in corporate environments.

GoGetSSL Code Signing SSL certificates are designed for digitally signing executables, scripts, drivers, and software packages, ensuring code integrity and verifying the publisher’s identity. Available in the Organization Validation (OV) and Extended Validation (EV) variants, they utilize RSA 2048-bit or ECC (using the secp384r1 elliptic curve) encryption with SHA-256/SHA-384 algorithms, meeting the requirements of FIPS 140-2 and NIST SP 800-131A. EV certificates require the use of a hardware cryptographic token (e.g., eToken 5110) compliant with the PKCS#11 standard, as well as additional verification of the software supply chain. They implement an RFC 3161 timestamping mechanism, which enables the signature to remain valid after the certificate expires, and support OCSP/CRL for revocation management. These certificates ensure compatibility with Windows Authenticode, macOS Gatekeeper, Linux, Java JAR, and Docker platforms, eliminating “unknown publisher” alerts, and in the case of EV, they establish a verified reputation in Microsoft SmartScreen and software distribution portals. The OV validation process involves verifying the entity’s legal registration, while EV additionally requires an audit of the physical location and authorization by the managing authority. The certificates are dedicated to commercial software developers, SaaS providers, IoT integrators, and entities requiring kernel-mode driver signing, offering protection against reverse engineering and Man-in-the-Middle attacks through integration with trusted TSA (Time Stamping Authority) services. Code Signing SSL certificates are built on the infrastructure of Sectigo and DigiCert.