CryptoBind Data Security

JISA Softech, a prominent Indian OEM specializing in CryptoBind Hardware Security Module (HSM), is providing an advanced Cryptographic and Authentication security solution tailored for cloud data centers, enterprise, government organizations, and e-commerce applications. Our extensive range of products includes industry-compliant Hardware Security Module, Key Management Solution, KMIP solution, Encryption, Aadhaar Data Vault, Authentication solutions, Vaultless Tokenization, Vault-based Tokenization, Database Encryption, PII Encryption, Application Encryption, Digital Signing Solution, Invoice Signing, eInvoice Signing, PDF Signing, IoT Security Platforms, and Aadhaar eKYC solution.

Here's a quick overview of CryptoBind solutions:  

Hardware Security Module: CryptoBind Hardware Security Module (HSM)(FIPS 140-2 Level-3) is a robust and high-performance security device designed to protect sensitive data and cryptographic keys from unauthorized access, theft, and tampering. This device provides an additional layer of security to ensure the confidentiality, integrity, and availability of critical information.   

Enterprise Key Management: CryptoBind key management solution offers a secure and efficient way to manage cryptographic keys for data protection. It provides a centralized platform for generating, storing, and managing keys, as well as rotating and revoking them as needed. It also offers hardware security module (HSM) integration, multi-factor authentication, and audit trails to ensure compliance and improve security. 

KMIP Solution: CryptoBind KMIP (Key Management Interoperability Protocol) solution designed to manage and protect cryptographic keys used in various applications. This solution is based on the KMIP protocol, a standard developed by the Organization for the Advancement of Structured Information Standards (OASIS).  

Aadhaar Data Vault: CryptoBind Aadhaar Data Vault solution is a comprehensive software package that provides a complete solution for implementing Aadhaar Data Vault within your organization. The software is designed to simplify the integration of Aadhaar Data Vault into existing software services, with easy-to-use REST APIs that enable seamless integration. One of the key features of CryptoBind Aadhaar Data Vault solution is its support for database encryption. 

Aadhaar eKYC solution: The CryptoBind eKyc middleware is designed to seamlessly integrate with client applications, enabling them to securely and quickly verify the identity of individuals through Aadhaar authentication. This technology provides a comprehensive suite of features and functions, including the ability to handle multiple authentication modes, process large volumes of requests, and manage encryption and decryption of data. 

Authentication Solution: CryptoBind  multifactor authentication (MFA) solution provide a reliable defense against cyber-attacks. By requiring users to provide more than one form of authentication, MFA makes it much harder for attackers to gain access to sensitive systems and data. By implementing this modern MFA solution, organizations can significantly enhance their security posture without sacrificing the user experience. Unlike traditional MFA solutions, CryptoBind's approach is both secure and easy to use, making it an ideal solution for organizations of all sizes.  

Vaultless Tokenization: CryptoBind Vaultless Tokenization solution revolutionizes the way sensitive information is protected. Instead of relying on a centralized vault, data is transformed into secure tokens that can be easily managed and tracked, providing an added layer of security The solution offers a range of benefits, including protection against cyber threats, and a reduction in the risk of data breaches.  

Vault-based Tokenization: CryptoBind Vault based Tokenization is a solution for tokenizing data using a vault-based architecture. This means that sensitive or valuable data is converted into tokens and stored in a secure, centralized vault. The Solution is both secure and efficient, ensuring the protection of sensitive data while also providing easy access and management for organizations.  

Application-Level Encryption: CryptoBind Application-level encryption is a security technique used to protect sensitive data within an application. This approach involves encrypting data at the application layer, which provides an additional layer of security to data at rest, in use, and in transit. Application-level encryption can be used to protect data at various stages of processing, including input, processing, output, and storage.   

Database Encryption: CryptoBind Database Encryption is a method of securing your data, both at rest and in transit. With this method, you can select specific information or attributes to be encrypted, rather than encrypting the entire database file. This means that you have greater control over the level of security you apply to your data, which can help you to protect sensitive information more effectively.  

PII Encryption: CryptoBind PII Encryption is a method of securing Personally Identifiable Information (PII) in a database by encrypting it using advanced encryption algorithms. This helps to protect sensitive information such as social security numbers and credit card information from unauthorized access, theft, or interception. The encryption is done at the column level, which allows for more targeted and efficient protection of the most sensitive data.  

IoT Security Platforms: CryptoBind IoT security solution designed to provide robust protection for connected devices and data. The solution leverages hardware-based security and software encryption to safeguard IoT devices from unauthorized access and data tampering. It offers a unique device identity verification mechanism that ensures secure connections, and all data transmitted between devices is encrypted to protect against interception. 

HSM based Digital Signing Solution (Signing Appliance): CryptoBind Signing Appliance is an HSM based Digital Signing solution, streamlines the process of bulk signing of documents. This solution is suitable for various types of documents such as contracts, agreements, financial papers, digital lending documents, as well as government, healthcare, and real estate documents. This technology is powered by a robust Hardware Security Module (HSM), ensuring the utmost protection of sensitive data. The solution can be deployed in various formats, including a dedicated physical appliance for on-premises hosting, a cloud-based service, and a virtual instance for low-volume or test environments.CryptoBind Signing Appliance also comes with several input and output connectors, simplifying integration with business applications that cannot be easily customized to access APIs. Overall, this solution is a game-changer for organizations seeking to streamline their document signing process while maintaining maximum security and efficiency. 

HSM based Digital Signature for Invoice Signing: HSM (Hardware Security Module)-based based Invoice signing solution is a secure method for Digitally Signing invoices. It involves using a hardware device that stores the private key used for signing the invoice, ensuring the key is kept secure and not accessible to unauthorized parties. Using an HSM-based solution offers several advantages over other methods of electronic signature, including enhanced security, compliance with regulatory requirements, and increased trust in the integrity of the signed document. Additionally, it enables organizations to streamline their invoicing processes, reducing costs and improving efficiency.  

HSM based Digital Signature for e-Invoice Signing: CryptoBind HSM based Digital Signing solution for e-invoice signing provides organizations with the ability to protect their digitally certified invoices and to establish a strong cryptographic link between the certifying entity and the invoice. By using an HSM, organizations can securely certify their digital invoices and cryptographically link the identity of the certifying party to each invoice. This ensures that only authorized parties can sign and certify invoices, preventing fraudulent activity. Furthermore, by centralizing cryptographic key storage within the HSM, organizations can eliminate the risks associated with storing keys on multiple, potentially insecure platforms. This approach not only improves security but also simplifies administrative processes, reducing the potential for errors and making it easier to manage cryptographic keys securely.