Thales Confirm Authentication Server (CAS) is a high-performance authentication solution designed to protect customer identities, online access and digital transactions across eBanking, eCommerce and mobile banking environments. Built to support multiple authentication technologies, devices and banking channels, Confirm Authentication Server enables financial institutions to implement flexible and secure customer authentication through Multi-Factor Authentication (MFA), One-Time Passwords (OTP), Challenge/Response and advanced transaction verification methods. The solution provides centralized authentication management, integration with existing banking infrastructures and secure cryptographic key protection through software security modules or external Hardware Security Modules (HSMs). With scalable architecture, support for on-premises and cloud deployment, and compatibility with various hardware and software authentication devices, Thales Confirm Authentication Server helps banks strengthen identity security, protect digital transactions and deliver secure yet convenient banking experiences.
Strengthen customer identity verification through multiple authentication factors, helping financial institutions prevent unauthorized access to online banking accounts and sensitive services.
Support time-based and event-based OTP authentication through hardware tokens, software tokens and mobile-based authentication methods to provide an additional layer of security.
Verify customer identities through challenge-response mechanisms, providing secure authentication for online access and sensitive banking operations.
Secure sensitive financial transactions through advanced verification and signing technologies, including EMV CAP, OATH, OCRA and Thales Dynamic Signature technology.
Support a wide range of authentication devices, including hardware tokens, software tokens, smart cards, mobile phones, QR tokens, PINPad devices and EMV CAP readers.
Enable mobile-based authentication through SMS OTP, mobile tokens and out-of-band push notifications, providing customers with flexible authentication options.
Centralize authentication across multiple banking and digital channels, including internet banking, mobile banking, phone banking, eCommerce, eBroker and multi-issuer environments.
Integrate with existing banking infrastructures through REST APIs and industry-standard protocols such as LDAP, RADIUS, OATH, OpenID Connect and OAuth 2.0.
Protect cryptographic keys used for authentication through an integrated software security module or an external Hardware Security Module (HSM).
Support multi-tenant architecture, clustering and load balancing to help financial institutions maintain authentication service availability and support disaster recovery requirements.
Provide centralized web-based administration, comprehensive audit logging and reporting to simplify authentication management and support security monitoring.
Strengthen Customer Identity Security
Protect customer accounts and digital banking services with strong authentication mechanisms that help reduce unauthorized access and account compromise.
Secure Digital Transactions
Verify customer identities and protect sensitive financial operations through advanced transaction verification and signing capabilities.
Improve Customer Experience
Offer multiple authentication methods and devices, allowing banks to provide security options that suit different customer preferences and usage patterns.
Simplify Authentication Management
Centralize authentication across multiple banking channels and devices through a unified authentication server.
Protect Cryptographic Keys
Integrate with secure software modules or external HSMs to protect cryptographic keys used in authentication operations.
Support Digital Banking Transformation
Enable flexible deployment and integration with existing banking infrastructures to support evolving digital banking requirements.
Improve System Availability
Leverage scalable architecture, clustering and load balancing to support business continuity and reliable authentication services.
Internet Banking Authentication
Secure customer access to internet banking platforms through MFA, OTP and other strong authentication methods.
Mobile Banking Authentication
Protect mobile banking applications with mobile tokens, SMS OTP and push-based authentication.
eCommerce Transaction Security
Verify customer identities and secure online payment transactions through strong authentication and transaction verification.
Transaction Signing
Provide additional verification for sensitive financial transactions using EMV CAP, OCRA and Dynamic Signature technologies.
Phone Banking Authentication
Authenticate customers accessing banking services through telephone-based channels.
Multi-Channel Customer Authentication
Manage authentication across internet banking, mobile banking, eCommerce and other digital service channels through a centralized platform.
Strong Customer Authentication (SCA)
Support stronger customer verification requirements through multi-factor authentication and advanced transaction authentication methods.
Risk-Based Authentication Segmentation
Assign different authentication devices and methods based on customer risk profiles, usage patterns and preferences.
Thales Confirm Authentication Server (CAS) is part of Thales’ digital banking authentication portfolio, providing a centralized authentication engine for securing customer identities and transactions across multiple digital channels.
The solution supports various authentication technologies and devices, allowing financial institutions to implement different authentication strategies based on their security requirements and customer needs. By integrating with existing banking infrastructures and external HSMs, Confirm Authentication Server provides a flexible foundation for secure digital banking authentication.
As digital banking services continue to expand, financial institutions face increasing challenges in protecting customer identities and securing transactions across multiple channels. Relying on a single authentication method may not be sufficient to address different customer needs, evolving security threats and increasingly complex digital banking environments.
Thales Confirm Authentication Server addresses these challenges by providing a centralized and flexible authentication platform that supports multiple authentication technologies, devices and transaction verification methods. Its open architecture enables integration with existing banking systems, while its scalable deployment options help financial institutions adapt their authentication infrastructure as business requirements evolve.
By combining strong customer authentication, secure cryptographic key protection and multi-channel support, Thales Confirm Authentication Server helps banks strengthen digital banking security while maintaining a convenient customer experience.
| Capability | Confirm Authentication Server |
|---|---|
| Solution Type | Authentication Server |
| Primary Purpose | Digital Banking Authentication |
| Multi-Factor Authentication | Yes |
| Two-Factor Authentication | Yes |
| One-Time Password (OTP) | Yes |
| Challenge/Response | Yes |
| Transaction Verification | Yes |
| Transaction Signing | Yes |
| EMV CAP | Yes |
| OATH / OCRA | Yes |
| Dynamic Signature | Yes |
| SMS OTP | Yes |
| Mobile Token | Yes |
| Push Authentication | Yes |
| Hardware & Software Tokens | Yes |
| Smart Card Support | Yes |
| Multi-Channel Authentication | Yes |
| REST API Integration | Yes |
| OpenID Connect / OAuth 2.0 | Yes |
| LDAP / RADIUS Support | Yes |
| HSM Integration | Yes |
| Multi-Tenant Architecture | Yes |
| High Availability | Clustering & Load Balancing |
| Deployment | On-Premises & Cloud |
| Centralized Administration | Yes |
| Audit Logging & Reporting | Yes |
| Target Environment | Digital Banking & Financial Services |
Information
Perlindungan Data Aplikasi CipherTrust
Bisakah perlindungan data menyelaraskan DevOps dan Keamanan?
Menghemat waktu dan kesulitan pengembang perangkat lunak untuk menjadi ahli kriptografi dan pengelola kunci enkripsi sebenarnya mungkin! Tapi mengapa mengintegrasikan perlindungan data ke dalam aplikasi? Karena melindungi data dalam aplikasi, segera setelah dibuat atau diterima pertama kali, dapat memberikan tingkat keamanan data tertinggi. Sekarang setelah kami menangani alasannya, mari pikirkan tentang cara mengaktifkan pengembang untuk melindungi data yang melewati aplikasi mereka. Pertama, ada banyak bahasa pemrograman dan lingkungan operasi (OS, middleware), jadi, solusi harus sesuai dengan bahasa yang paling mungkin dengan API yang paling sederhana dan didukung dengan banyak kemungkinan lingkungan operasi juga. Kedua, solusinya harus cukup fleksibel untuk mengenkripsi hampir semua jenis data yang melewati aplikasi. Ketiga, solusinya harus ramah cloud dan lokal, dengan dukungan untuk arsitektur cloud-native yang sedang berkembang. Keempat, solusi harus kompatibel dengan lingkungan yang ada!
Arsitektur
Perlindungan Data Aplikasi CipherTrust memenuhi janji DevSecOps. Pengembang menikmati ikatan bahasa yang sesuai dengan proyek mereka. Operasi dapat memanfaatkan pilihan di antara Penyedia Layanan Crypto yang berjalan di berbagai sistem operasi. Produk ini mencakup banyak fitur operasional yang meningkatkan kinerja dan ketersediaan untuk memastikan bahwa keamanan memberikan dampak minimal hingga nol pada operasi bisnis. Dan untuk tim keamanan, ia beroperasi dengan CipherTrust Manager, menyediakan arsitektur yang memusatkan kunci enkripsi untuk aplikasi. Pemisahan tugas yang ditingkatkan dilengkapi dengan kontrol granular pada pengguna utama dan penggunaan operasional utama.