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#HSM Solution in Delhi
jnrmanagement · 2 months
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HSM Provider in India
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What Are Hardware Security Modules?
Hardware Security Modules (HSMs) are specialized devices designed to safeguard sensitive data and manage cryptographic keys. They serve as dedicated security tools that ensure the security, confidentiality, and integrity of critical information in various digital systems.
The primary function of HSMs revolves around the secure generation, storage, and utilization of cryptographic keys used in encryption, decryption, digital signatures, and other cryptographic operations. These modules are hardware-based, providing a secure and tamper-resistant environment for key management and cryptographic processes.
HSMs are equipped with robust security mechanisms, including tamper-evident coatings, secure enclosures, and physical protections, to prevent unauthorized access and protect against attacks. They ensure that cryptographic keys remain confidential, preventing their exposure to potential threats.
These devices are widely utilized across industries, including finance, healthcare, government, and more, where data security and compliance with stringent regulations are paramount. HSMs play a pivotal role in securing digital assets, ensuring data confidentiality, and mitigating the risks associated with unauthorized access or data breaches.
The Significance Of HSMs In Modern Security
HSMs play a critical role in securing digital assets by offering a secure environment for key management and cryptographic operations, ensuring data integrity and confidentiality
Functionality Of HSMs
Encryption And Decryption Capabilities
HSMs employ sophisticated encryption techniques, ensuring data confidentiality by encoding sensitive information, rendering it inaccessible to unauthorized entities.
Secure Key Management
One of the primary functions of HSMs is secure generation, storage, and management of cryptographic keys, preventing unauthorized usage and potential breaches.
Applications Of HSMs Across Industries:
Financial Sector:HSMs play a vital role in the financial industry, securing transactions, protecting sensitive financial data, and ensuring the integrity of banking systems. They enable secure payment processing, cryptographic operations for secure communication, and compliance with financial regulations like PCI DSS.
Healthcare Industry:In healthcare, HSMs safeguard electronic health records (EHRs) and sensitive patient information. They assist in encryption, secure access control, and maintaining data confidentiality, ensuring compliance with healthcare regulations such as HIPAA.
Certificate Inspection:With a single click, scan all your TLS/SSL certificates for vulnerabilities and weak configurations to avoid a lapse in security. See analytics and reports about the health of your network at any given moment.
Certificate Remediation:When CertCentral finds an issue, you’ll get remediation suggestions with detailed answers to virtually any certificate problem. And if you ever need to revoke a certificate, it only takes one click.
Government and Public Sector:Government agencies use HSMs to protect classified information, secure government networks, and ensure the integrity of critical systems. These modules aid in securing sensitive data, ensuring confidentiality in communications, and compliance with stringent government regulations.
Telecommunications:HSMs play a role in securing communication networks, protecting sensitive data during transmissions, and ensuring secure connections between devices. They enable encryption of voice, data, and messaging services in telecommunications.
Manufacturing and Industrial Control Systems:In industrial settings, HSMs are used to secure critical infrastructure, IoT devices, and control systems. They ensure the integrity and confidentiality of data in manufacturing processes, energy grids, and automated systems.
Cloud Service Providers:HSMs are integral in cloud environments, providing secure key management and encryption services. They enable encryption of data at rest and in transit, ensuring customer data remains confidential and protected within cloud infrastructures.
Retail and eCommerce:HSMs secure payment transactions, encrypt sensitive customer data, and facilitate secure connections between customers and online platforms. They assist in compliance with payment card industry standards, safeguarding financial data during online transactions.
Benefits Of Implementing Our Hardware Security Modules:
Enhanced Data Security:HSMs provide a robust layer of protection for sensitive data by encrypting information at rest and in transit. This encryption ensures that even if data is accessed, it remains unreadable and secure.
Protection Against Data Breaches:By securely managing cryptographic keys and enforcing strict access controls, HSMs significantly reduce the risk of data breaches. Unauthorized access to keys or sensitive information is thwarted, mitigating the impact of potential breaches.
Certificate Inspection:With a single click, scan all your TLS/SSL certificates for vulnerabilities and weak configurations to avoid a lapse in security. See analytics and reports about the health of your network at any given moment.
Regulatory Compliance:HSMs aid organizations in complying with various industry-specific regulations and standards such as GDPR, HIPAA, PCI DSS, and more. Their secure key management capabilities align with compliance requirements, avoiding potential penalties and legal implications.
Securing Transactions and Communications:In financial and communication sectors, HSMs enable secure transactions and communications by providing encryption, digital signatures, and authentication. This ensures the confidentiality and integrity of sensitive information during transmission.
Data Integrity and Authentication:HSMs contribute to ensuring the integrity of data and authenticating users or devices. They verify the authenticity of digital signatures and certificates, preventing data tampering or unauthorized modifications.
JNR Management is the Best HSM Provider in India
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kryptoagile · 3 years
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Kryptoagile is one of the leaders in the PKI industry providing forward-thinking data security solutions and services in India. We, at Kryptoagile offer a wide range of HSM solutions that have benefited governments, NGO’s and private enterprises all around the globe. It is the reason that we are among the best HSM Solution providers in India.
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sapserveraccess · 3 years
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kryptoagile · 3 years
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"Best PKI solutions and Hardware security module vendor in Delhi, Mumbai"
What is PKI or Public Key Infrastructure and what is the significance of PKI? These are the basic questions that need to be addressed prior to moving ahead. Well! A public key infrastructure is a system, which is used to implement public key encryption as well as digital signature services. It facilitates the user to manage keys and certificates to discover a secure network environment across multiple applications. Hence, the importance of public key cryptography can never be overlooked, as it enables you to secure your network, users, data and business process. The tech world has been moving at a lightning fast speed, and the credit for this revolution goes to the global communication. Be it any part of the world, the information from point ‘A’ to point ‘B’ can be reached within a blink of an eye. But, what if this sensitive information is tempered during its transmission? Well! The consequences can be hazardous because it may be a matter of critical information pertaining to anybody’s business or even personal life. Here comes the role of encryption or information security.
Thanks to PKI technology, which is designed to make sure that the respective data is accessible only by its authentic recipient (s). PKI encompasses asymmetric encryption wherein encryption and decryption are performed through public keys and private keys. Now, let’s understand the difference between public key and private key. Well! If we discuss public keys, they are only capable of encrypting data. Hence, they cannot decrypt data. In order to decrypt data, we need to use private keys. These asymmetric keys are created by certificate authorities that are responsible to manage the trees of keys from the reliable roots.
In order to implement PKI, one needs to connect with a trusted certificate authority for the creation of certificate tree. Beginning with the root certificate, which is considered highly secured, a series of new certificates are created under it per hierarchy. Now, these certs are given to various users, machines or objects that are required to be under secured network or communication. Moving on, by distributing the certificates through the same certificate authority across devices, users or other objects of communication, we establish a secured circle of communication.
Now, for initiating a secure communication, the objects, users or devices need to exchange public keys. For instance, if party ‘A” and party ‘B’ are establishing a secured communication, then they need to exchange their public keys with each other. These public keys will be used to encrypt their messages, which will be sent to each other. Right after receiving the encrypted value, it can be decrypted through the private key corresponding to the public key that encrypted the message. Sharing information through this medium is extremely easy and provides you with hardened security. Now, even if a message is intercepted during its transmission, it can never be readable owing to the encryption mechanism
Kryptoagile’s Vision for PKI
The solutions and products catered by Kryptoagile are known to be powered with the best PKI technology to help you experience highly secured IT infrastructure. The FIPS 140-2 level 3 validated devices of Kryptoagile are extremely useful for tracking, generating and managing your entire range of keys as well as certificates. And, the best part is, these tasks are performed within physically reinforced hardware to deliver the complete security of your PKI. Conglomerates that are aspiring to develop a secure public key infrastructure, the products and services offered by Kryptoagile can be the ideal pick for them. It includes:
Fastest signing and verification of files per data encryption standards
Quick and reliable validation of devices, users, documents, etc.
Simplified management, revocation and key tracking system
Hassle free export of certificate signing request
Swift generation of trusted roots
Apt Development of certificate trees
Acceleratedimport & export of mass certificate files
Appropriate assigning of certificate expiration period
The key management servers of Kryptoagile are designed to deliver the complete support for key and certificate lifecycle. The capability of being able to provide top-rated protection and comprehensive functionality makes these devices stand out from the crowd. It helps conglomerates to streamline the encryption key processes through a single solution by incorporating multiple devices or vendors to simplify the workflow management. If you are also planning to integrate PKI technology for your organization’s key management infrastructure, connect with Kryptoagile today.
0 notes
kryptoagile · 3 years
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AADHAR AUTHENTICATION VIA HARDWARE SECURITY MODULE
Unique Identity Authority of India (UIDAI) is created to provide unique identity to all residents of India. UIDA has enrolled the citizens to provide online authentication using demographic and biometric data. The UID (also known as Aadhar) number that uniquely identifies a resident, allows them to establish their identity to various agencies in India. Aadhar is a permanent non-revocable identity. Citizens can prove their identity using their Aadhar credentials. In order to bring transparency in the whole Aadhar Authentication system, an Hardware Security Module (HSM) plays a vital role.
What Is Adhar Authentication?
Aadhar authentication is a process of submitting the personal identity data to Central Identities Data Repository (CIDR) maintained by UIDAI. UIDAI confirms the proof of identity after matching the submitted identity data with the data at CIDR. UIDAI defined a framework called Aadhar Authentication Framework to provide the details of the authentication types offered. Currently, Aadhar Authentication supports Demographic Matching, Biometric Matching, and additional features such as One-Time-Password (OTP). In India, various institutions use Aadhar authentication to establish their customers’ identity, confirming beneficiary, even attendance tracking in offices. It can be used for demographic data verification too.
For providing efficient authentication mechanism, UIDAI defined a structure with the service providers viz., Authentication User Agency (AUA), e-KYC agency (KUA) Sub-AUA (SA), Authentication Service Agency (ASA). AUA/SA/ AUA, KUA & SA are known as authentication user agencies
AUA – It is an entity using Aadhar authentication to provide services to their customers.
SA – It is an entity having business relationship with AUA offering specific services in a domain.
ASA – It is an entity that directly connects UIDAI through private secure connection for transmitting authentication requests from various AUAs.
Terminal Devices – Biometric capture devices, attached with terminals are used by SAs/AUAs in the Aadhar authentication process. These authentication devices must comply with specifications provided by UIDAI to protect all the biometric and demographic information. Moreover, authentication devices initiate the authentication request, create PID block, and forward to user authentication agency server for creating auth XML. To ensure integrity and non-repudiation, the XML must be digitally signed by the AUA/KUA and/or ASA. In e-KYC service e-KYC response data is encrypted. UIDAI mandates the use of FIPS 140-2 Level 3 certified Hardware Security Module (HSM) for digital signing auth XML and decryption of e-KYC data.
Kryptoagile provides FIPS 140-2 Level 3 compliant Hardware Security Modules to fully comply UIDAI directives.
Here are some of the advantages of hardware security modules offered by Kryptoagile:
Best suited for general purpose data processing
Digital document signing
PDF signing
GST signing
E-invoice signing
Extremely popular in financial data processing
Payment processing,
NEFT transactions,
RTGS transactions
Electronic fund transfer management
Powered with world's most advanced data encryption mechanism
Compatible with cross industry applications
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kryptoagile · 3 years
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Business becomes a lot easier with @kryptoagileLET'S GROW TOGETHER! #trustedhsmprovider A hardware security module (HSM) is a physical device that provides extra security for sensitive data. Secure sensitive data of your customers and business. Get HSM support services today.https://www.kryptoagile.com/
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kryptoagile · 4 years
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What is PKI or Public Key Infrastructure and what is the significance of PKI? These are the basic questions that need to be addressed prior to moving ahead. Well! A public key infrastructure is a system, which is used to implement public key encryption as well as digital signature services. It facilitates the user to manage keys and certificates to discover a secure network environment across multiple applications. Hence, the importance of public key cryptography can never be overlooked, as it enables you to secure your network, users, data and business process. The tech world has been moving at a lightning fast speed, and the credit for this revolution goes to the global communication. Be it any part of the world, the information from point ‘A’ to point ‘B’ can be reached within a blink of an eye. But, what if this sensitive information is tempered during its transmission? Well! The consequences can be hazardous because it may be a matter of critical information pertaining to anybody’s business or even personal life. Here comes the role of encryption or information security.
Thanks to PKI technology, which is designed to make sure that the respective data is accessible only by its authentic recipient (s). PKI encompasses asymmetric encryption wherein encryption and decryption are performed through public keys and private keys. Now, let’s understand the difference between public key and private key. Well! If we discuss public keys, they are only capable of encrypting data. Hence, they cannot decrypt data. In order to decrypt data, we need to use private keys. These asymmetric keys are created by certificate authorities that are responsible to manage the trees of keys from the reliable roots.
In order to implement PKI, one needs to connect with a trusted certificate authority for the creation of certificate tree. Beginning with the root certificate, which is considered highly secured, a series of new certificates are created under it per hierarchy. Now, these certs are given to various users, machines or objects that are required to be under secured network or communication. Moving on, by distributing the certificates through the same certificate authority across devices, users or other objects of communication, we establish a secured circle of communication.
Now, for initiating a secure communication, the objects, users or devices need to exchange public keys. For instance, if party ‘A” and party ‘B’ are establishing a secured communication, then they need to exchange their public keys with each other. These public keys will be used to encrypt their messages, which will be sent to each other. Right after receiving the encrypted value, it can be decrypted through the private key corresponding to the public key that encrypted the message. Sharing information through this medium is extremely easy and provides you with hardened security. Now, even if a message is intercepted during its transmission, it can never be readable owing to the encryption mechanism
Kryptoagile’s Vision for PKI
The solutions and products catered by Kryptoagile are known to be powered with the best PKI technology to help you experience highly secured IT infrastructure. The FIPS 140-2 level 3 validated devices of Kryptoagile are extremely useful for tracking, generating and managing your entire range of keys as well as certificates. And, the best part is, these tasks are performed within physically reinforced hardware to deliver the complete security of your PKI. Conglomerates that are aspiring to develop a secure public key infrastructure, the products and services offered by Kryptoagile can be the ideal pick for them. It includes:
Fastest signing and verification of files per data encryption standards
Quick and reliable validation of devices, users, documents, etc.
Simplified management, revocation and key tracking system
Hassle free export of certificate signing request
Swift generation of trusted roots
Apt Development of certificate trees
Acceleratedimport & export of mass certificate files
Appropriate assigning of certificate expiration period
The key management servers of Kryptoagile are designed to deliver the complete support for key and certificate lifecycle. The capability of being able to provide top-rated protection and comprehensive functionality makes these devices stand out from the crowd. It helps conglomerates to streamline the encryption key processes through a single solution by incorporating multiple devices or vendors to simplify the workflow management. If you are also planning to integrate PKI technology for your organization’s key management infrastructure, connect with Kryptoagile today.
https://www.kryptoagile.com/pki-solutions-hsm-solutions-delhi.html
0 notes
kryptoagile · 4 years
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What is PKI or Public Key Infrastructure and what is the significance of PKI? These are the basic questions that need to be addressed prior to moving ahead. Well! A public key infrastructure is a system, which is used to implement public key encryption as well as digital signature services. It facilitates the user to manage keys and certificates to discover a secure network environment across multiple applications. Hence, the importance of public key cryptography can never be overlooked, as it enables you to secure your network, users, data and business process. The tech world has been moving at a lightning fast speed, and the credit for this revolution goes to the global communication. Be it any part of the world, the information from point ‘A’ to point ‘B’ can be reached within a blink of an eye. But, what if this sensitive information is tempered during its transmission? Well! The consequences can be hazardous because it may be a matter of critical information pertaining to anybody’s business or even personal life. Here comes the role of encryption or information security.
Thanks to PKI technology, which is designed to make sure that the respective data is accessible only by its authentic recipient (s). PKI encompasses asymmetric encryption wherein encryption and decryption are performed through public keys and private keys. Now, let’s understand the difference between public key and private key. Well! If we discuss public keys, they are only capable of encrypting data. Hence, they cannot decrypt data. In order to decrypt data, we need to use private keys. These asymmetric keys are created by certificate authorities that are responsible to manage the trees of keys from the reliable roots.
In order to implement PKI, one needs to connect with a trusted certificate authority for the creation of certificate tree. Beginning with the root certificate, which is considered highly secured, a series of new certificates are created under it per hierarchy. Now, these certs are given to various users, machines or objects that are required to be under secured network or communication. Moving on, by distributing the certificates through the same certificate authority across devices, users or other objects of communication, we establish a secured circle of communication.
Now, for initiating a secure communication, the objects, users or devices need to exchange public keys. For instance, if party ‘A” and party ‘B’ are establishing a secured communication, then they need to exchange their public keys with each other. These public keys will be used to encrypt their messages, which will be sent to each other. Right after receiving the encrypted value, it can be decrypted through the private key corresponding to the public key that encrypted the message. Sharing information through this medium is extremely easy and provides you with hardened security. Now, even if a message is intercepted during its transmission, it can never be readable owing to the encryption mechanism
Kryptoagile’s Vision for PKI
The solutions and products catered by Kryptoagile are known to be powered with the best PKI technology to help you experience highly secured IT infrastructure. The FIPS 140-2 level 3 validated devices of Kryptoagile are extremely useful for tracking, generating and managing your entire range of keys as well as certificates. And, the best part is, these tasks are performed within physically reinforced hardware to deliver the complete security of your PKI. Conglomerates that are aspiring to develop a secure public key infrastructure, the products and services offered by Kryptoagile can be the ideal pick for them. It includes:
Fastest signing and verification of files per data encryption standards
Quick and reliable validation of devices, users, documents, etc.
Simplified management, revocation and key tracking system
Hassle free export of certificate signing request
Swift generation of trusted roots
Apt Development of certificate trees
Acceleratedimport & export of mass certificate files
Appropriate assigning of certificate expiration period
The key management servers of Kryptoagile are designed to deliver the complete support for key and certificate lifecycle. The capability of being able to provide top-rated protection and comprehensive functionality makes these devices stand out from the crowd. It helps conglomerates to streamline the encryption key processes through a single solution by incorporating multiple devices or vendors to simplify the workflow management. If you are also planning to integrate PKI technology for your organization’s key management infrastructure, connect with Kryptoagile today.
https://www.kryptoagile.com/pki-solutions-hsm-solutions-delhi.html
0 notes
kryptoagile · 4 years
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What Is Adhar Authentication?
Aadhar authentication is a process of submitting the personal identity data to Central Identities Data Repository (CIDR) maintained by UIDAI. UIDAI confirms the proof of identity after matching the submitted identity data with the data at CIDR. UIDAI defined a framework called Aadhar Authentication Framework to provide the details of the authentication types offered. Currently, Aadhar Authentication supports Demographic Matching, Biometric Matching, and additional features such as One-Time-Password (OTP). In India, various institutions use Aadhar authentication to establish their customers’ identity, confirming beneficiary, even attendance tracking in offices. It can be used for demographic data verification too.
For providing efficient authentication mechanism, UIDAI defined a structure with the service providers viz., Authentication User Agency (AUA), e-KYC agency (KUA) Sub-AUA (SA), Authentication Service Agency (ASA). AUA/SA/ AUA, KUA & SA are known as authentication user agencies
AUA – It is an entity using Aadhar authentication to provide services to their customers.
SA – It is an entity having business relationship with AUA offering specific services in a domain.
ASA – It is an entity that directly connects UIDAI through private secure connection for transmitting authentication requests from various AUAs.
Terminal Devices – Biometric capture devices, attached with terminals are used by SAs/AUAs in the Aadhar authentication process. These authentication devices must comply with specifications provided by UIDAI to protect all the biometric and demographic information. Moreover, authentication devices initiate the authentication request, create PID block, and forward to user authentication agency server for creating auth XML. To ensure integrity and non-repudiation, the XML must be digitally signed by the AUA/KUA and/or ASA. In e-KYC service e-KYC response data is encrypted. UIDAI mandates the use of FIPS 140-2 Level 3 certified Hardware Security Module (HSM) for digital signing auth XML and decryption of e-KYC data.
Kryptoagile provides FIPS 140-2 Level 3 compliant Hardware Security Modules to fully comply UIDAI directives.
Here are some of the advantages of hardware security modules offered by Kryptoagile:
Best suited for general purpose data processing
Digital document signing
PDF signing
GST signing
E-invoice signing
Extremely popular in financial data processing
Payment processing,
NEFT transactions,
RTGS transactions
Electronic fund transfer management
Powered with world's most advanced data encryption mechanism
Compatible with cross industry applications
https://www.kryptoagile.com/aadhar-authentication-hsm-solutions-delhi.html
0 notes
kryptoagile · 4 years
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Who We Are
Kryptoagile is one of the leaders in the PKI industry providing forward-thinking data security solutions and services in India. We, at Kryptoagile offer a wide range of HSM solutions that have benefited governments, NGO’s and private enterprises all around the globe. It is the reason that we are among the best HSM Solution providers in India.
Our Vision
No matter what business vertical you belong to, your competitors always attempt to stay ahead of you. The more your business heads towards accomplishments, the more vigilant you need to become pertaining to your data security. At, Kryptoagile we understand the significance of your precious data. Whether your data is hosted on cloud, data centers, big data or other platforms, our objective is to secure it through the mechanism of hardened encryption.
Our Success Mantra
Our continuous innovations, performance driven products/solutions and reliable technical support have helped us achieve leadership in our industry. It is one of the reasons of our business growth. Today we have evolved as the best Hardware Security Module (HSM) solution provider in India specialized in state-of-the-art data security solutions.
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kryptoagile · 4 years
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"Best PKI solutions and Hardware security module vendor in delhi, mumbai"
What is PKI or Public Key Infrastructure and what is the significance of PKI? These are the basic questions that need to be addressed prior to moving ahead. Well! A public key infrastructure is a system, which is used to implement public key encryption as well as digital signature services. It facilitates the user to manage keys and certificates to discover a secure network environment across multiple applications. Hence, the importance of public key cryptography can never be overlooked, as it enables you to secure your network, users, data and business process. The tech world has been moving at a lightning fast speed, and the credit for this revolution goes to the global communication. Be it any part of the world, the information from point ‘A’ to point ‘B’ can be reached within a blink of an eye. But, what if this sensitive information is tempered during its transmission? Well! The consequences can be hazardous because it may be a matter of critical information pertaining to anybody’s business or even personal life. Here comes the role of encryption or information security.
Thanks to PKI technology, which is designed to make sure that the respective data is accessible only by its authentic recipient (s). PKI encompasses asymmetric encryption wherein encryption and decryption are performed through public keys and private keys. Now, let’s understand the difference between public key and private key. Well! If we discuss public keys, they are only capable of encrypting data. Hence, they cannot decrypt data. In order to decrypt data, we need to use private keys. These asymmetric keys are created by certificate authorities that are responsible to manage the trees of keys from the reliable roots.
In order to implement PKI, one needs to connect with a trusted certificate authority for the creation of certificate tree. Beginning with the root certificate, which is considered highly secured, a series of new certificates are created under it per hierarchy. Now, these certs are given to various users, machines or objects that are required to be under secured network or communication. Moving on, by distributing the certificates through the same certificate authority across devices, users or other objects of communication, we establish a secured circle of communication.
Now, for initiating a secure communication, the objects, users or devices need to exchange public keys. For instance, if party ‘A” and party ‘B’ are establishing a secured communication, then they need to exchange their public keys with each other. These public keys will be used to encrypt their messages, which will be sent to each other. Right after receiving the encrypted value, it can be decrypted through the private key corresponding to the public key that encrypted the message. Sharing information through this medium is extremely easy and provides you with hardened security. Now, even if a message is intercepted during its transmission, it can never be readable owing to the encryption mechanism
Kryptoagile’s Vision for PKI
The solutions and products catered by Kryptoagile are known to be powered with the best PKI technology to help you experience highly secured IT infrastructure. The FIPS 140-2 level 3 validated devices of Kryptoagile are extremely useful for tracking, generating and managing your entire range of keys as well as certificates. And, the best part is, these tasks are performed within physically reinforced hardware to deliver the complete security of your PKI. Conglomerates that are aspiring to develop a secure public key infrastructure, the products and services offered by Kryptoagile can be the ideal pick for them. It includes:
Fastest signing and verification of files per data encryption standards
Quick and reliable validation of devices, users, documents, etc.
Simplified management, revocation and key tracking system
Hassle free export of certificate signing request
Swift generation of trusted roots
Apt Development of certificate trees
Acceleratedimport & export of mass certificate files
Appropriate assigning of certificate expiration period
The key management servers of Kryptoagile are designed to deliver the complete support for key and certificate lifecycle. The capability of being able to provide top-rated protection and comprehensive functionality makes these devices stand out from the crowd. It helps conglomerates to streamline the encryption key processes through a single solution by incorporating multiple devices or vendors to simplify the workflow management. If you are also planning to integrate PKI technology for your organization’s key management infrastructure, connect with Kryptoagile today.
https://www.kryptoagile.com/contact.html
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kryptoagile · 4 years
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AADHAR AUTHENTICATION VIA HARDWARE SECURITY MODULE
Unique Identity Authority of India (UIDAI) is created to provide unique identity to all residents of India. UIDA has enrolled the citizens to provide online authentication using demographic and biometric data. The UID (also known as Aadhar) number that uniquely identifies a resident, allows them to establish their identity to various agencies in India. Aadhar is a permanent non-revocable identity. Citizens can prove their identity using their Aadhar credentials. In order to bring transparency in the whole Aadhar Authentication system, an Hardware Security Module (HSM) plays a vital role.
What Is Adhar Authentication?
Aadhar authentication is a process of submitting the personal identity data to Central Identities Data Repository (CIDR) maintained by UIDAI. UIDAI confirms the proof of identity after matching the submitted identity data with the data at CIDR. UIDAI defined a framework called Aadhar Authentication Framework to provide the details of the authentication types offered. Currently, Aadhar Authentication supports Demographic Matching, Biometric Matching, and additional features such as One-Time-Password (OTP). In India, various institutions use Aadhar authentication to establish their customers’ identity, confirming beneficiary, even attendance tracking in offices. It can be used for demographic data verification too.
For providing efficient authentication mechanism, UIDAI defined a structure with the service providers viz., Authentication User Agency (AUA), e-KYC agency (KUA) Sub-AUA (SA), Authentication Service Agency (ASA). AUA/SA/ AUA, KUA & SA are known as authentication user agencies
AUA – It is an entity using Aadhar authentication to provide services to their customers.
SA – It is an entity having business relationship with AUA offering specific services in a domain.
ASA – It is an entity that directly connects UIDAI through private secure connection for transmitting authentication requests from various AUAs.
Terminal Devices – Biometric capture devices, attached with terminals are used by SAs/AUAs in the Aadhar authentication process. These authentication devices must comply with specifications provided by UIDAI to protect all the biometric and demographic information. Moreover, authentication devices initiate the authentication request, create PID block, and forward to user authentication agency server for creating auth XML. To ensure integrity and non-repudiation, the XML must be digitally signed by the AUA/KUA and/or ASA. In e-KYC service e-KYC response data is encrypted. UIDAI mandates the use of FIPS 140-2 Level 3 certified Hardware Security Module (HSM) for digital signing auth XML and decryption of e-KYC data.
Kryptoagile provides FIPS 140-2 Level 3 compliant Hardware Security Modules to fully comply UIDAI directives.
Here are some of the advantages of hardware security modules offered by Kryptoagile:
Best suited for general purpose data processing
Digital document signing
PDF signing
GST signing
E-invoice signing
Extremely popular in financial data processing
Payment processing,
NEFT transactions,
RTGS transactions
Electronic fund transfer management
Powered with world's most advanced data encryption mechanism
Compatible with cross industry applications
https://www.kryptoagile.com/aadhar-authentication-hsm-solutions-delhi.html
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kryptoagile · 4 years
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"Buy best Hardware Security Module (HSM) by Best HSM Vendor in Delhi, Mumbai, Chennai, Bangalore - PKI solutions and document signing solutions"
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kryptoagile · 4 years
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Kryptoagile is one of the global leaders in the PKI industry catering forward-thinking data security solutions and services worldwide. We, at Kryptoagile offer a wide range of customized solutions that have benefited governments, NGO’s and private enterprises all around the globe.
No matter what business vertical you belong to, your competitors always attempt to stay ahead of you. The more your business heads towards accomplishments, the more vigilant you need to become pertaining to your data security.
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kryptoagile · 4 years
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Digital Signing Solutions. From document signing certificates to S/MIMEs, we offer a range of digital signing solutions to meet your organization's security needs. We are official partners of Entrust Datacard. Reach us today to know more: https://bit.ly/3jFooV4
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kryptoagile · 4 years
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"Best HSM Solutions Provider in Delhi, Mumbai, Chennai, Bangalore"
"Best HSM Solutions Provider in Delhi, Mumbai, Chennai. What is a hardware security module (HSM). Buy hardware security module. Get top cheap and best hsm solutions in delhi, mumbai."
https://www.kryptoagile.com/
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