#kryptoagile

[b2bcybersecurity]

Höchste Verschlüsselung mit Quantencomputer geknackt?

Die aktuell höchste Verschlüsselung ist der RSA-2048-Schlüssel. Diesen will nun der Forscher Ed Gerck Ph.D, Physiker und Mathematiker, mit einem Quantencomputer geknackt haben. Würde das alles stimmen, so müssten alle Unternehmen das Thema Post-Quanten-Kryptografie - also quantensichere Verschlüsselung - ganz oben auf ihre ToDo-Liste setzen. Die Meldung, dass Forscher Ed Gerck den RSA-2048-Schlüssel geknackt haben will, wirbelt gerade sehr viel Staub auf. Zudem will er das mit einem kommerziellen Mobiltelefon oder Linux-Desktop geschafft haben. Schließlich würde das bedeuten, dass viele Verschlüsselungen für Zugänge und Passwörter in Zukunft alles andere als sicher wären. Gerck, ein Forscher und Gründer von Planalto Research, nach seinen eigenen Angaben eine Forschungseinrichtung, will die sicherste Version des RSA-Sicherheitsprotokolls ausgehebelt haben. Ed Gerk ist kein Unbekannter: er arbeitet bereits sein ganzes Leben im Bereich der Verschlüsselung. Das zeigt zumindest seine eigene Vita. Forscher skeptisch: RSA-2048-Schlüssel geknackt Gerk hat auf diversen Portalen seinen Erfolg verkündet, wie hier auf LinkedIn. So schreibt er selbst in etwas philosophischen Tönen: "Heute konnten wir es verkünden. Quantencomputing (QC) ist Realität geworden. Wir haben den RSA-2048-Schlüssel geknackt. Ron Rivest ist ein guter Freund, aber das war nötig, um voranzukommen." Dazu muss man wissen, dass Ron Rivest ein Kryptologe ist, der die RSA-Verschlüsselung entwickelt hat. Weiter sagt Gerk: "Die hier verwendete QC-Version (Anmerk. der Red: Quanten Computing) verfügt über eine gleichzeitige Logik mit mehreren Zuständen (nach dem Motto "alle Zustände auf einmal"), mit mehr als einem Googol möglicher Zustände. Wir zeigen, dass die Äquivalenz von QC-Techniken (mit IBM, Google und anderen im Vergleich zu unserer Version der QC) seit etwa 2.500 Jahren – seit Pythagoras – verborgen war. Alle unsere QC-Berechnungen wurden in einem kommerziellen Mobiltelefon oder einem kommerziellen Linux-Desktop durchgeführt, da unsere QC-Geräte den Benutzermarkt für viele Branchen öffneten. Es wurden keine Kryotechnik oder spezielle Materialien verwendet." Viele Kommentare auf seine Ankündigung sind allerdings sehr zurückhaltend und erwarten die veröffentlichte wissenschaftliche Arbeit. Aktuell verteilt er diese nur einzeln auf Anfrage. Allerdings wird die Allgemeinheit bei einer solchen Veröffentlichung eh nichts herauslesen können. Post-Quanten-Kryptografie – sonst werden alle Passwörter unsicher Forscher Gerk gibt noch einen Abschlusssatz mit auf den Weg: "Es wird eine Post-Quantum-, HIPAA-konforme, durchgängige, patentfreie, exportfreie und sichere Online-Lösung entwickelt, die auf ZSentry basiert, wie es von 2004 bis 2014 verwendet wurde, um RSA zu ersetzen. Man braucht einen quantenresistenten Algorithmus, weil alle bestehenden Public-Key-Verschlüsselungen geknackt werden können. Der US-amerikanische NIST muss RSA heute als veraltet markieren! Andernfalls wird SNDL fortgesetzt." Mit SNDL ist "Store-now-decrypt-later" gemeint. Denn anscheinend sammelt Cybergangster bereits jetzt hochverschlüsselte Passwortdateien um sie später mit der passenden Rechenkraft zu entschlüsseln. Schon jetzt setzt Google in seiner aktuellsten Version des Chrome Browsers auf ein quantensicheres Verschlüsselungsverfahren (Post-Quanten-Kryptografie). Durch das quantensichere Schlüsselkapselungsverfahren im Chrome Browser wird der Austausch symmetrischer Schlüssel beim Aufbau sicherer TLS-Verbindungen geschützt. Ähnlich vorausschauend sollten auch andere Unternehmen agieren, die aktuell in ihre Sicherheitsinfrastrukturen investieren. Sie sollten darauf achten, dass diese Technologien kryptoagil sind. Das ermöglicht es einem Cyber-Sicherheitssystem schnell auf ein alternatives, neues Krypto-System umzuschalten, ohne wesentliche Änderungen am IT-System oder Cyber-Sicherheitssystem (Systemarchitekturen, Protokolle etc.) vorzunehmen.   Passende Artikel zum Thema Lesen Sie den ganzen Artikel

[qrtumb]

Global Hardware Security Modules Market Growth, Analysis, and Forecast 2022-2027

Global Hardware Security Modules Market was valued at USD 1.2 billion in 2021 and is expected to reach 2.6 billion by 2027, at a CAGR 9.85% from 2022-2027.

Hardware Security Modules (HSM) is defined as a piece of hardware and associated software or firmware which is attached to and placed inside a particular hardware that serves cryptographic functions. Its functions mainly include encryption, decryption, management or generation and hashing. HSM systems can securely back up the keys that could be handled using some external security token such as smart cards or via operating systems of the computer.

 Get a Sample Copy of this Report@ https://qualiketresearch.com/request-sample/Hardware-Security-Modules-Market/request-sample

Market Drivers

The major factor leading to the increasing growth of the hardware security modules market is growing data security concerns in all the data sensitive companies globally. Hardware security modules are responsible for efficiently storing and managing cryptographic keys. Comprehensive data protection will lead to increased demand for hardware security modules in near future, resulting in market development.

Furthermore, the growing usage of Hardware security modules in government and defense sectors has recently been identified as a critical reason for industry growth.

Market Restraints

Hardware security modules are costly and very expensive. This is one of the reasons that is holding back the growth in the hardware security modules market because currently, only very large companies can afford to use them.

Market Segmentation

The Global Hardware Security Modules Market is segmented into, type, deployment type, application, sales channel, and industry vertical. The type segment has further been segmented into remote interface, local interface, smart cards, and USB tokens.

Regional Analysis

The Global Hardware Security Modules Market is segmented into five regions such as North America, Latin America, Europe, Asia Pacific, and Middle East & Africa.

The North American region is expected to hold a major share in the hardware security module market. Growth in this region is attributed to penetration and adoption of security modules, and presence of a large number of vendors across the region.

Get Discount on this Report@ https://qualiketresearch.com/request-sample/Hardware-Security-Modules-Market/ask-for-discount

Key Players

Various key players are discussed into the Global Hardware Security Modules Market Report including: Thales Group (Gemalto), Utimaco GmbH, Futurex, Adweb Technologies, Yubico, Atos, Ultra Electronics, SPYRUS, Inc., Securosys, Entrust Corporation, Nitrokey, Kryptoagile, IBM Corporation, and others.

Market Taxonomy

By Type

Local Interface

LAN-based HSMs/Network-attached HSMs

PCIe-based/Embedded Plugin HSMs

Remote Interface

Smart Cards

USB Tokens

By Deployment Type

On-Premise

Cloud

By Application

Authentication

Database Encryption

Document Signing

Secure Socket Layer (SSL)

Code Signing

PKI/Credential Management

Payment Processing

Application-Level Encryption

By Sales Channel

Direct Sales Channel

Distribution Channel

Integrators

Distributors

VARs

By Industry Verticals

Banking

Financial Institutions

Government

BFSI

Technology and Communication

Industrial

Manufacturing

Energy and Utility

Retail and Consumer

Healthcare and Life Sciences

Other (Transportation, Automotive, and Hospitality)

By Region

North America

Latin America

Europe

Asia Pacific

Middle East & Africa

 Browse Full Report https://qualiketresearch.com/reports-details/Hardware-Security-Modules-Market

[kryptoagile]

LONGER PASSWORDS MAKE STRONGER PASSWORDS. Keep these things in mind and Make your password as strong as possible. Don't let anybody else use it, and get a new one every six months. ➖➖➖➖➖➖➖➖ To Know More, Reach Us Today... https://www.kryptoagile.com

[b2bcybersecurity]

In Post-Quanten-Kryptografie investieren

Schon jetzt setzt Google in seiner aktuellsten Version des Chrome Browsers auf ein quantensicheres Verschlüsselungsverfahren (Post-Quanten-Kryptografie). Unternehmen sollten das ebenfalls tun. Durch das quantensichere Schlüsselkapselungsverfahren im Chrome Browser wird der Austausch symmetrischer Schlüssel beim Aufbau sicherer TLS-Verbindungen geschützt. Ist dieser Schritt notwendig, obwohl ein praktischer Einsatz von Quantencomputern in nächster Zeit noch nicht abzusehen ist? Ja, sagt Nils Gerhardt, CTO bei Utimaco. Für die Zukunft vorsorgen „Tatsächlich können wir noch nicht sagen, wann mit einem praktischen Einsatz von Quantencomputern zu rechnen ist bzw. wann Kriminelle Zugriff darauf haben werden. Doch irgendwann wird das passieren und ohne entsprechende Vorbereitungen können Attacken dramatische Folgen haben. Google will sich mit der Einführung des neuen Algorithmus unter anderem gegen die Angriffs- bzw. Spionagestrategie ‚Harvest now, decrypt later‘ absichern. Dabei geht es darum, heute verschlüsselte Daten abzugreifen und diese aufzubewahren, bis sich in Zukunft die Kryptoanalyse-Technik weiterentwickelt haben wird. Kritische Daten können auch in fünf, zehn oder 20 Jahren noch wertvoll sein. Daher ist dieser Weitblick bei Gegenmaßnahmen sehr wichtig. Kryptoagile Sicherheitstechnologien einsetzen Ähnlich vorausschauend sollten auch andere Unternehmen agieren, die aktuell in ihre Sicherheitsinfrastrukturen investieren. Sie sollten darauf achten, dass diese Technologien kryptoagil sind. Das ermöglicht es einem Cyber-Sicherheitssystem schnell auf ein alternatives, neues Krypto-System umzuschalten, ohne wesentliche Änderungen am IT-System oder Cyber-Sicherheitssystem (Systemarchitekturen, Protokolle etc.) vorzunehmen. Geräte wie Hardware-Sicherheitsmodule (HSM) zur Schlüsselerzeugung sowie zur geschützten Ausführung kryptographischer Algorithmen sind bereits heute so aufgebaut, dass bei Bedarf neue Post-Quanten-Algorithmen implementiert werden können. Durch den Einsatz von HSMs sind Unternehmen auf der sicheren Seite und können schnell reagieren, sobald es neue Entwicklungen im Bereich der Quantenrechner gibt.“   Über Utimaco UTIMACO ist ein global führender Anbieter von Hochsicherheitstechnologien für Cybersecurity und Compliance-Lösungen und Services mit Hauptsitz in Aachen, Deutschland und Campbell (CA), USA. UTIMACO entwickelt und produziert On-Premise und Cloud-basierte Hardware-Sicherheitsmodule, Lösungen für Schlüsselmanagement, Datenschutz und Identitätsmanagement. Passende Artikel zum Thema   Lesen Sie den ganzen Artikel

[qrtumb]

Global Hardware Security Modules Market Trends, CAGR, and End User

Global Hardware Security Modules Market was valued at USD 1.2 billion in 2021 and is expected to reach 2.6 billion by 2027, at a CAGR 9.85% from 2022-2027.

Hardware Security Modules (HSM) is defined as a piece of hardware and associated software or firmware which is attached to and placed inside a particular hardware that serves cryptographic functions. Its functions mainly include encryption, decryption, management or generation and hashing. HSM systems can securely back up the keys that could be handled using some external security token such as smart cards or via operating systems of the computer.

 Get a Sample Copy of this Report @ https://qualiketresearch.com/request-sample/Hardware-Security-Modules-Market/request-sample

Market Drivers

The major factor leading to the increasing growth of the hardware security modules market is growing data security concerns in all the data sensitive companies globally. Hardware security modules are responsible for efficiently storing and managing cryptographic keys. Comprehensive data protection will lead to increased demand for hardware security modules in near future, resulting in market development.

Furthermore, the growing usage of Hardware security modules in government and defense sectors has recently been identified as a critical reason for industry growth.

Market Restraints

Hardware security modules are costly and very expensive. This is one of the reasons that is holding back the growth in the hardware security modules market because currently, only very large companies can afford to use them.

Market Segmentation

The Global Hardware Security Modules Market is segmented into, type, deployment type, application, sales channel, and industry vertical. The type segment has further been segmented into remote interface, local interface, smart cards, and USB tokens.

Regional Analysis

The Global Hardware Security Modules Market is segmented into five regions such as North America, Latin America, Europe, Asia Pacific, and Middle East & Africa.

The North American region is expected to hold a major share in the hardware security module market. Growth in this region is attributed to penetration and adoption of security modules, and presence of a large number of vendors across the region.

 Get Discount on this Report @ https://qualiketresearch.com/request-sample/Hardware-Security-Modules-Market/ask-for-discount

Key Players

Various key players are discussed into the Global Hardware Security Modules Market Report including: Thales Group (Gemalto), Utimaco GmbH, Futurex, Adweb Technologies, Yubico, Atos, Ultra Electronics, SPYRUS, Inc., Securosys, Entrust Corporation, Nitrokey, Kryptoagile, IBM Corporation, and others.

Market Taxonomy

By Type

Local Interface

LAN-based HSMs/Network-attached HSMs

PCIe-based/Embedded Plugin HSMs

Remote Interface

Smart Cards

USB Tokens

By Deployment Type

On-Premise

Cloud

By Application

Authentication

Database Encryption

Document Signing

Secure Socket Layer (SSL)

Code Signing

PKI/Credential Management

Payment Processing

Application-Level Encryption

By Sales Channel

Direct Sales Channel

Distribution Channel

Integrators

Distributors

VARs

By Industry Verticals

Banking

Financial Institutions

Government

BFSI

Technology and Communication

Industrial

Manufacturing

Energy and Utility

Retail and Consumer

Healthcare and Life Sciences

Other (Transportation, Automotive, and Hospitality)

By Region

North America

Latin America

Europe

Asia Pacific

Middle East & Africa

Browse Full Report https://qualiketresearch.com/reports-details/Hardware-Security-Modules-Market

[kryptoagile]

LONGER PASSWORDS MAKE STRONGER PASSWORDS. Keep these things in mind and Make your password as strong as possible. Don't let anybody else use it, and get a new one every six months. ➖➖➖➖➖➖➖➖ To Know More, Reach Us Today... https://www.kryptoagile.com/

[kryptoagile]

BE AWARE OF CYBER CRIMES AND FRAUDS. Ever ever share your personal and useful information with anyone and never click on unidentified email addresses. This is a good practice by criminals to hack your data and accounts. #beaware . . Reach us today: www.kryptoagile.com . . #cybercrime #crime #criminalminds #socialmedia #beawareofyourthoughts #hsmproviderindelhi #instagood #instagram #igers #hsmsupport #HSM #digitalsigning #delhi #india

[kryptoagile]

"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/

[kryptoagile]

Adhaar Authentication by Kryptoagile.

Aadhar authentication is a process of submitting the personal identity data to Central Identities Data Repository (CIDR) maintained by UIDAI. Explore  more here: https://bit.ly/38gnlpL

[kryptoagile]

TOKENIZATION – A REVOLUTION IN DATA ENCRYPTION

Tokenization is one of the optimum strategies used in computer science that allows sensitive data to be replaced by an identifying text string. In the concept of tokenization, this string is stored and known as token to help you keep the risk of exposing the original information at bay. No matter what industry we belong to, data plays a starring role everywhere, and helps us bridge the gap between our products and their prospective buyers. But, we can only reap its innumerable benefits, if it is stored per PCI requirements in a secured environment. Hence, the amalgamation of maintaining its secrecy and quick accessibility is one of the building blocks for any venture to stay ahead in today’s cut-throat competition.

The Hardware Security Modules (HSM) catered by Kryptoagile vouch for complete security of your data by helping you convert your sensitive data into secured tokens. Right after conversion, they can be exported or stored in a secured environment for reuse. In order to fetch the data back, the respective token is sent to the token database. Once the token is authenticated, the requested data is returned in a secured environment.

Tokenization has become extremely popular owing to its integration with multiple business verticals to safeguard their sensitive data. And, at times integrating it with any organization’s cryptographic infrastructure may become a daunting task. But, with Kryptoagile’s HSM devices, it becomes as easy as counting 1, 2, 3.

This eminent technology is majorly used in card based payment processing for various financial transactions. According to Payment Card Industry Data Security Standards (PCI DSS), the stored data of any cardholder needs to be in unreadable format. But, at times retailers, traders need the cardholder’s data if any transaction requires to process the request pertaining to refund, additional purchase, etc. Through tokenization, we can reduce the scope as well as cost of PCI compliance since the cardholder’s data gets converted into secured tokens. Let’s understand it through healthcare industry, which includes highly sensitive data pertaining to patient’s treatment, diagnosis, tracking, etc. Compromising data in this field may lead to major health issues, and national/international emergencies as well. Well! Here the significance of tokenization certainly remains on rise due to the criticality of business. The same goes in case of education industry where in managing various educational records including student record, payment details, academic research can be an uphill task in the absence of tokenization.

Kryptoagile’s Vision towards Tokenization

The foundation of tokenization solutions designed by Kryptoagile is based on two core concepts including automation and customization backed by infallible encryption architecture. This fusion enables the user to experience holistic solutions for their business environment.

Customization

Unlike the tokenization technology integrated in the HSM devices by various HSM providers, Kryptoagile’s tokenization integrated products are not merely known for providing black box solution. They are acknowledged as smart boxes that include intuitive user interface to let system administrators define customized parameters for unique tokenization process per their organization. It facilitates the user to set various variables encompassing salt, bytes to output, masking characters and iteration count for every token created.

Automation

The automation mechanism of Kryptoagile’s products brings ease to the tokenization process if it is about integration. In order to integrate these HSM devices for tokenization, you just need to integrate a host application for communicating with HSM.

Hash-Based MACing (HMAC)

This technology is just like tokenization wherein a hashed message authentication code is used to authenticate and verify data. This hashed message authentication code is used in the form of string, which is responsible for producing tokens that need to be verified through host database for data conversion.

Point-To-Point Encryption (P2PE)

Safeguarding data at the time of capturing it can have the finest impact in terms of reducing the issues pertaining to data security and compliance. A point-to-point encryption (P2PE) solution is a fusion of secure devices and processes, which encrypts data right from the point of its interaction until it reaches the recipient for decryption.

Advanced Encryption Standard (AES) Encryption

If you are in the quest of an alternative to tokenization, AES encryption can be the best fit for you. It encrypts data per AES encryption algorithm. This data encryption mechanism is implemented in software as well as hardware for encrypting the data having sensitive nature.

[kryptoagile]

"Best HSM for Aadhaar card Authentication - Aadhar API Supported"

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

[kryptoagile]

"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.

[kryptoagile]

"Best Digital document Signing Solutions online with best HSM solutions- Kryptoagile"

Electronic signing or digital signing is used in different ways to establish authenticity and non-repudiation. It is performed using long-term and short-term signature certificates with the help of hardware security modules. Let’s discuss it in detail.

What Is Long-Term Signature Certificate?

Long term signature certificates are obtained from Controller of Certifying Authorities in India (CCA) - licensed CAs. The user/subscriber needs to provide all the required information (e.g., identity, geographic location, etc.) according to the class of certificate they need. Usually, class-2 and class-3 certificates are obtained for legally valid signatures. And, users have complete control of their private key and certificates.

What Is Short-Term Signature Certificate?

Short term signature certificates are used for instant document signing. These certificates expire in very short period of time. Practically, each document signing requires a new certificate.

eSign architecture is defined by CCA on their website. According to CCA, it is mandatory to use FIPS 140-2 Level 3 hardware security modules when a user’s private key is used unattended. The private keys must be stored in the HSM for its entire lifetime. It is a well-known fact that security of the user keys is paramount. Use of HSMs protects the private keys. In addition, off-load cryptographic functions of application on the HSM improve the performance significantly.

And, HSMs offered by Kryptoagile are best suited to meet the compliance, security and signing performance with an extensive range of valuable features:

Support for various cryptographic algorithms such as 3DES, AES, RSA, ECC, HMAC, SHA-2

Intuitive graphic interface that brings ease to the cryptography process

Offers protected secure environment and ability to load your own software directly into the HSM

Hassle free and secure remote management along with Syslog support

Loaded with world's most advanced encryption mechanism

Compatible with cross industry applications

Here are some of the advantages of hardware security modules associated with electronic signing:

Digital document signing

PDF signing

GST signing

E-receipt signing

API based signing

Automated document signing

[kryptoagile]

Business becomes a lot easier with @kryptoagile ✨✨✨✨ LET'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/

[kryptoagile]

ELECTRONIC SIGNING OR DIGITAL SIGNING THROUGH HARDWARE SECURITY MODULE

Electronic signing or digital signing is used in different ways to establish authenticity and non-repudiation. It is performed using long-term and short-term signature certificates with the help of hardware security modules. Let’s discuss it in detail.

What Is Long-Term Signature Certificate?

Long term signature certificates are obtained from Controller of Certifying Authorities in India (CCA) - licensed CAs. The user/subscriber needs to provide all the required information (e.g., identity, geographic location, etc.) according to the class of certificate they need. Usually, class-2 and class-3 certificates are obtained for legally valid signatures. And, users have complete control of their private key and certificates.

What Is Short-Term Signature Certificate?

Short term signature certificates are used for instant document signing. These certificates expire in very short period of time. Practically, each document signing requires a new certificate.

eSign architecture is defined by CCA on their website. According to CCA, it is mandatory to use FIPS 140-2 Level 3 hardware security modules when a user’s private key is used unattended. The private keys must be stored in the HSM for its entire lifetime. It is a well-known fact that security of the user keys is paramount. Use of HSMs protects the private keys. In addition, off-load cryptographic functions of application on the HSM improve the performance significantly.

And, HSMs offered by Kryptoagile are best suited to meet the compliance, security and signing performance with an extensive range of valuable features:

Support for various cryptographic algorithms such as 3DES, AES, RSA, ECC, HMAC, SHA-2

Intuitive graphic interface that brings ease to the cryptography process

Offers protected secure environment and ability to load your own software directly into the HSM

Hassle free and secure remote management along with Syslog support

Loaded with world's most advanced encryption mechanism

Compatible with cross industry applications

Here are some of the advantages of hardware security modules associated with electronic signing:

Digital document signing

PDF signing

GST signing

E-receipt signing

API based signing

Automated document signing