ADSS Signing Server - Advanced digital signature services
World-class, globally trusted solution for signing & verification
ADSS Signing Server is a comprehensive solution for creating and verifying advanced digital signatures on any type of document, web form or transaction. Business applications can rely on ADSS Signing Server to ensure document and data integrity, user authentication, non-repudiation and long-term provability of information. ADSS Signing Server can be easily integrated with business applications using our high-level ADSS Client SDK or simple web services calls. It complies with the OASIS DSS and DSS-X protocol specifications.
ADSS Signing Server can create and verify all common signature formats, including: PDF, PAdES, CAdES, XAdES, XML DigSig, PKCS#7, CMS, PKCS#1 and S/MIME. Click here for a complete list of ADSS Server supported signature formats.
Features & Benefits
Not all vendors are created equal. i4p informatics was founded by the former owners of a Hungarian QTSP. During our time first as a System Integrator, later a TSP and eventually a QTSP, we became increasingly frustrated with existing cryptographic key management products and their suppliers. After a successful exit from the QTSP, the decision was made to utilize our expertise and to found i4p, in order to create the best, most secure and user-friendly Cryptographic Solutions. The result is our family of TRIDENT products and solutions. Not only do we have a late-comer advantage, resulting in leaner solutions that are more efficient and easier to maintain. You will be buying from former colleagues, who exactly understand your needs, frustrations and pains. We look forward to helping you swiftly and successfully deploy your Remote Signing Services.
FEATURES
Easy installation, configuration & management
Being completely GUI based with its own purpose built installer ensures ADSS Signing Server can be set-up and operational in minutes. Automated tasks such as auto-archiving of transaction logs and real-time alerting ensure minimum operator time is required for maintenance or house-keeping. ADSS Signing Server comes with detailed management reporting for each service which provides dashboard level information that can easily be drilled into for detailed information.
Meets the highest levels of performance, scalability and resilience
Performance, scalability and resilience are essential qualities for a centralised e-trust security server. ADSS Server is packed with features capable of ensuring it meets even the highest demands placed upon it by Managed Service Providers servicing multiple customers.
Provides maximum security
ADSS Server has been designed with maximum security in mind – from strong identification and authentication of client applications and operators, service access control and secure detailed logging, through to automated system integrity checking, and dual control features.
USE CASES - ADSS Signing Server can be used in a wide range of scenarios
Bulk document signing
Automated signing of documents such as e-invoices and e-statements using centrally held organisation or department-level signing keys. The signing keys can be held in a secure HSM or in encrypted software files held securely in the ADSS Server database. The signing action can be invoked through our on-demand API or using our watched folder client application called Auto File Processor.
Zero footprint signing
End-users view and digitally sign documents within a standard browser without pre-installing any signing software. User signing keys can be held locally either on a Secure Signature Creation Device (SSCD) e.g. smartcard or secure USB tokens or in a software file. Windows, Mac OS X and Linux operating systems are supported, as well as a range of Internet browsers.
Mobile Signing
Documents which are to be signed are first hashes by ADSS Signing Server and this hash
Virtual smart card
This is server-side signing of documents by individual users with their unique signing keys held on the server. Users are first authenticated using any multi-factor technique by the host business application before signing can take place within the ADSS Signing Server. User signing keys can be held securely inside an HSM or in encrypted form in the database.
Virtual smart card
This is server-side signing of documents by individual users with their unique signing keys held on the server. Users are first authenticated using any multi-factor technique by the host business application before signing can take place within the ADSS Signing Server. User signing keys can be held securely inside an HSM or in encrypted form in the database.
SPECIFICATIONS
MULTI-FACTOR AUTHENTICATION
- Microsoft CSP/CNG-KSP
- OpenID Connect JWT identity tokens (RFC 7519)
- rsyslog (RFC 5424, 5425and 5426)
- SAMAPI (C++/Java,proprietary)
HOST INTERFACE
- Triple gigabit Ethernet port
- Dual USB port
- VGA displayport
- Tamper detection I/O
CERTIFICATIONS
- CC EAL4+ (May 2019)
- eIDAS listing (August 2019)
AUTHENTICATION
- Built-in multi-factor authentication module (RFC 6238)
- External authentication with JWT identity tokens (RFC 7519)
PHYSICAL CHARACTERISTIC*
- Format: Standard 1.5U 19” rack mount chassis
- Dimensions: 19” x 21” x 2.58” (482.6mm x 533.4mm x 65.7mm)
- Weight: 19lb (8.5kg)
- Input Voltage: 24V DC (PSU 100–240V, 50–60Hz)
- Power Consumption: 120W maximum, 50W typical
* In the TRIDENT RSS the SAM resides within the secure perimeter of the CM