Hardware security module

A hardware security module, or HSM, is a dedicated, standards-compliant cryptographic appliance designed to protect sensitive data in transit, in use, and at rest through the use of physical security measures, logical security controls, and strong encryption. HSMs also offer a secure way to decrypt data to ensure message confidentiality and authenticity. Encryption is made possible through the use of encryption keys—randomly generated values that must be kept secret in order to protect the encrypted data.

Because knowledge of the encryption key aids in decrypting information, it is vital that these keys are secured in a private environment. Hardware security modules generate and store the keys used for encrypted communication among devices within a Secure Cryptographic Device SCDwhich is a far more secure method than solely using software. When information is sent to the HSM via a trusted connection, the HSM allows for the quick and safe encryption or decryption of that information using the appropriate key.

Protect your sensitive data and transactions with industry-leading security in the Vectera Plus general-purpose HSM. Industry-leading technology for financial and general-purpose transaction processing and data security. Security is the foundation of any HSM, given the importance of protecting the data it holds. Futurex HSMs have physical and logical security features such as a difficult-to-replicate hardware design, tamper wires that instantly zeroize data if triggered, permission-based access controls, enforcement of dual control principles, and the ability to block unused functions.

Regulatory compliance is a nonnegotiable requirement in many environments. In addition to meeting current standards, Futurex is committed to supporting emerging standards and requirements.

How fast an HSM can process requests for data encryption or decryption is often a primary concern for organizations.

Hardware Security Modules

Futurex HSMs have the fastest TPS ratings in the industry, with scalability options that ensure organizations will have the speed they need both now and in the future.

This flexibility ensures that your cryptographic infrastructure will never become a bottleneck as organizational transaction volume grows. The role played by hardware encryption solutions in the data security sector is dramatically increasing. It's important to consider potential future uses for this technology and what types of data may need to be secured by hardware in the future.

What measures are in place to ensure continued performance and security in the event of disaster or loss of connectivity? Multiple, redundant power supplies and Ethernet ports within Futurex HSMs maintain functionality in the event that one of either source should fail.

Futurex HSMs also have the added ability of being spread across multiple locations and managed as a group, synchronizing and load balancing all the units to maintain network functionality even if an entire data center were to lose connectivity. Maintaining redundancy and disaster recovery capabilities by using geographically dispersed backup HSMs can be critical to fulfilling operational goals, but managing this infrastructure can be costly and time-consuming.

Futurex HSMs maintain compatibility with a wide range of host applications. The Futurex API is robust, easy-to-understand, flexible, and can be enhanced and modified over time without making substantial changes to the host application.

Additionally, the Futurex API includes user-centric features to assist programmers and support personnel with development, testing, and debugging. Hardware Security Modules. Vectera Plus Protect your sensitive data and transactions with industry-leading security in the Vectera Plus general-purpose HSM Meets or exceeds industry compliance standards Increases the overall speed and functionality of your HSM network Supports a variety of cryptographic functionality.

Excrypt SSP Enterprise v. Features Security Security is the foundation of any HSM, given the importance of protecting the data it holds.Watch Now. Ultra portable form factor at an affordable price secures a wide range of long-standing and emerging use cases.

See more customers. Set up Find set-up guides. Buy Buy online Contact sales Find resellers. Stay connected Sign up for email. YubiHSM Game changing cryptographic protection for servers, applications and computing devices. Buy now. Enhanced protection for cryptographic keys Secure generation, storage and management of digital keys. Rapid integration with hardware-backed security A comprehensive cryptographic open source toolbox with support for PKCS Simplified deployment for organizations of all sizes Ultra portable form factor at an affordable price secures a wide range of long-standing and emerging use cases.

Enhanced protection for cryptographic keys Prevent poor cryptographic key handling by preventing accidental copying and distribution of cryptographic keys.

hardware security module

Defend against remote attacks and eliminate remote extraction of private keys by storing cryptographic keys securely on hardware Strong hardware-based security ensures highest bar for protection of sensitive information and data. Rapid integration with hardware-backed security Open source SDK enables rapid integration Frees developers to easily build support for hardware-based strong security into a wide array of platforms, applications and services Enables organizations to easily make the YubiHSM 2 features accessible through industry standard PKCS Simplified deployment for organizations of all sizes Ultra-portable and fits easily into a front USB slot on computers and servers Secures modern use cases such as cryptocurrency exchanges, IoT gateways and proxies and cloud services Secures Microsoft Active Directory certificates.

Take the next step. Find Take product finder quiz Set up Find set-up guides. Why Yubico For personal use For businesses For developers. All Rights Reserved. We use cookies to ensure that you get the best experience on our site and to present relevant content and advertising. By browsing this site without restricting the use of cookies, you consent to our and third party use of cookies as set out in our Cookie Notice.

Yubico Privacy and Cookies Policy. Necessary Always Enabled.Some time ago, I consulted a bank about their cryptography and security processing system, which was painstakingly slow.

The server processed digitally-signed data and its cryptographic library calls were mixed with XML processing, database access and other code.

This left the machine with absolutely no CPU time to make cryptographic computations. Their processing farm had 10 servers and they were preparing to add two more. I was surprised by his response.

This question could take place inbut not in Taking a deep breath, I began my lecture about HSMs. This story had a happy ending. The programming team rewrote the code, offloaded crypto to HSMs and the processing server processed as it should. It seems to be obvious that cryptographic operations must be performed in a trusted environment. An ordinary, run-of-the-mill program writer mixes the database access code, business-logic and cryptographic calls in one big application.

This is a dangerous approach as an attacker can use crafted data and vulnerabilities to access cryptographic material, steal keys, install an arbitrary X. To prevent scenarios like this, we need to separate the operations into two different areas.

One for the business logic and one for cryptography. You then need to entrust the cryptographic operation to a trusted computer aka an HSM. A cryptographic key must be truly random. A computer by design, is unable to generate a really random value because it is a finite-state machine. Therefore, we need a special physical process to generate random numbers and keys.

hardware security module

HSMs have outstanding and incomparable performance. HSMs are built to protect cryptographic keys. Large-sized banks or corporate offices often operate a variety of HSMs concurrently. Key management systems control and update these keys according to internal security policies and external standards.Download our nShield brochure to learn more. Only nShield HSMs feature Security World, a specialized architecture that provides unmatched capabilities in several crucial areas:. Download our Security World whitepaper to dig deeper.

All nShield hardware security modules integrate with the unique Security World architecture from nCipher which creates a unique flexible hsm key management environment. With this proven technology, you can combine different nShield HSM models to build a unified ecosystem that delivers scalability, seamless failover and load balancing. With nShield hardware security modules, you only buy what you need to meet your specific performance requirements.

The CodeSafe option lets you execute code within nShield boundaries, protecting your applications and the data they process. The nCipher Security World architecture supports a specialized key management framework that spans the entire nShield family of general purpose hardware security modules HSMs. Whether deploying high performance, shareable, network-attached HSM appliances, host-embedded HSM cards or USB-attached portable HSMs, the Security World architecture provides a unified administrator and user experience and guaranteed interoperability whether the customer deploys one or hundreds of devices.

It is vital for any business that relies on cryptographic keys to have assurances and enforceable policies around key usage. This paper demonstrates how it is possible to easily configure Security World to define a framework which permits both partitioning and multi-tenancy cryptographic key isolation strategies. CodeSafe is a set of software tools that enables you to run applications in a secure execution environment inside nShield HSMs.

Reduce integration and gain simplicity using this API, providing a simple interface between cloud, data center or on-premises applications and nShield crypto services. Networked appliances that deliver cryptographic key services to applications distributed across servers and virtual machines.

PCI-Express card-based HSMs that deliver cryptographic key services to applications hosted on individual servers and appliances. USB-connected desktop HSMs that provide convenience and economy for environments requiring low-volume cryptographic key services.

The nShield Family of General Purpose HSMs nShield hardware security modules HSMs provide a secure solution for generating encryption and signing keys, creating digital signatures, encrypting data and more.

Benefits Product Uses Related Resources Powerful architecture All nShield hardware security modules integrate with the unique Security World architecture from nCipher which creates a unique flexible hsm key management environment.

Performance and versatility With nShield hardware security modules, you only buy what you need to meet your specific performance requirements. Code Signing nShield HSMs sign your application code so you can ensure that your software remains secure, unaltered and authentic.

Digital Certificates nShield HSMs create digital certificates for credentialing and authenticating proprietary electronic devices for IoT applications and other network deployments. White Paper : Key Isolation for Enterprises and Managed Service Providers It is vital for any business that relies on cryptographic keys to have assurances and enforceable policies around key usage.

Data Sheet : Web Services Option Pack Reduce integration and gain simplicity using this API, providing a simple interface between cloud, data center or on-premises applications and nShield crypto services.

Learn More. As the eCurrency technology helps central banks transform from paper-based to digital currencies, nCipher is playing an essential role in ensuring our technology provides the necessary security at scale. Integrating industrial-strength security into an embedded system is a real game-changer for the whole IoT marketplace Anand Rangarajan, Product Marketing Manager for Microchip Technology. Marek Dutkiewicz, Polycom. We selected nCipher HSMs to provide robust security, unmatched performance and superior scalability across our payment security platforms, protecting encryption keys from virtually any attack.

We have used nCipher HSMs for five years and they have always been exceptionally reliable. We have found nCipher nShield Connectto be far more secure and friendly to usethan competing solutions. It perfectly meets our needs. The unit cost and performance of nShield enable us to offer a commodity-priced device that is simple enough for even the most technically-adverse merchant to understand and operate.

Trust, integrity and security are the foundations of our company, and nCipher helps us to achieve those goals. The nCipher Time Stamp Server provides the secure time stamping that enables our business and government customers to protect their processes from fraudand manipulation Leonardo Maldonado, Certicamara. The PRC is very experienced in delivering online government services through PKI deployment and the issuing and use of digital certificates.

The nShield Family of General Purpose HSMs

In our opinion, nCipher HSMs are an excellent solution to protect private keys. Gavin Gregson, Technical Director of Veridocx. Our nCipher HSMs protect our encryption keys, safeguarding customer data from breaches.Hardware Security Modules HSMs are hardened, tamper-resistant hardware devices that strengthen encryption practices by generating keys, encrypting and decrypting data, and creating and verifying digital signatures. Hardware security modules HSMs are frequently used to:.

Centralized encryption key management for greater control over your keys with increased data security. HSMs excel at securing cryptographic keys and provisioning encryption, decryption, authentication, and digital signing services for a wide range of applications. Encryption What is Storage Encryption?

What is Network Encryption? What is Transparent Encryption? What is End-to-End Encryption? What is Point-to-Point Encryption? What is Application Encryption? What is Tokenization? What is Dynamic Masking? What is Data at Rest? What is data center interconnect DCI layer 2 encryption? What is a Centralized Key Management System? What is the Encryption Key Management Lifecycle?

What is FIPS ? What is a Credentials Management System? What is a Symmetric Key? What is Root of Trust? What is a Certificate Authority? What is Code Signing? What is a Digital Signature?

What is Time Stamping? What is certification authority or root private key theft? What is inadequate separation segregation of duties for PKIs? What is insufficient scalability in a PKI? What is subversion of online certificate validation? What is lack of trust and non-repudiation in a PKI? What Is Pseudonymisation? What is the Shared Security Model? What is the Cloud Security Alliance? What is the Cloud Controls Matrix? What is the Consensus Assessment Initiative Questionnaire?

What is Multi-Cloud Key Management? What is the Thales Data Threat Report? What are Data Breach Notification Requirements?A hardware security module HSM is a dedicated crypto processor that is specifically designed for the protection of the crypto key lifecycle.

Hardware security modules act as trust anchors that protect the cryptographic infrastructure of some of the most security-conscious organizations in the world by securely managing, processing, and storing cryptographic keys inside a hardened, tamper-resistant device.

Enterprises buy hardware security modules to protect transactions, identities, and applications, as HSMs excel at securing cryptographic keys and provisioning encryption, decryption, authentication, and digital signing services for a wide range of applications.

SafeNet Hardware Security Modules provide the highest level of security by always storing cryptographic keys in hardware. Since all cryptographic operations occur within the HSM, strong access controls prevent unauthorized users from accessing sensitive cryptographic material. Additionally, Gemalto also implements operations that make the deployment of secure HSMs as easy as possible, and our HSMs are integrated with SafeNet Crypto Command Center for quick and easy crypto resource partitioning, reporting and monitoring.

HSM 101: What is a Hardware Security Module?

SafeNet HSMs adhere to rigorous design requirements and must pass through stringent product verification testing, followed by real-world application testing to verify the security and integrity of every device. Available in a wide range of form factors and performance options, SafeNet Luna General Purpose HSMs safeguard the cryptographic keys used to secure transactions, applications, and sensitive data.

Increase your return on investment by allowing multiple applications or business units to share a common HSM platform.

hardware security module

The ideal solution for dedicated performance or application security use cases. Easy implementation for proof of concepts. Maintaining keys in hardware throughout their life-cycle is a best practice mandated by system security auditors and certification bodies responsible for attesting to the security status of cryptographic systems.

The SafeNet Luna Backup HSM ensures your sensitive cryptographic material remains strongly protected in hardware even when not being used. You can easily backup and duplicate keys securely to the SafeNet Luna Backup HSM for safekeeping in case of emergency, failure or disaster.

SafeNet Payment Hardware Security Modules support the security needs of retail payment processing environments, internet payment applications, and web-based PIN delivery. SafeNet Luna Payment Hardware Security Modules HSMs are network-attached HSMs designed for retail payment system processing environments for credit, debit, e-purse and chip cards, as well as internet payment applications.

Available in network attached and PCIe form factors, SafeNet ProtectServer Hardware Security Modules HSMs are designed to protect cryptographic keys against compromise while providing encryption, signing and authentication services to secure Java and sensitive web applications.

SafeNet ProtectServer HSMs offer a unique level of flexibility for application developers to create their own firmware and execute it within the secure confines of the HSM. Known as functionality modules, the toolkits provide a comprehensive facility to develop and deploy custom firmware. SafeNet Java HSM allows developers to securely deploy Web applications, Web services and other Java applications in a protected hardened security appliance.

Managing hardware security modules virtually is now not only possible, but easy for administrators. A cloud-based platform that provides a wide range of on-demand HSM, key management and encryption services through a simple online marketplace.

In just 5 minutes you will gain a better understanding of your organization's post-quantum breach risk. A broad range of innovative technology partners utilize SafeNet Hardware Security Modules as roots of trust, relied upon to secure sensitive data, transactions, applications, and more around the world.

Reduce risk and create competitive advantage using HSMs. Address compliance mandates, as well as the devastating security breaches, business and governmental entities employ HSMs. To deliver a cloud solution that is viable for the financial services market, NASDAQ OMX needed to ensure a host of stringent security policies and compliance mandates would be addressedHardware security module systems come in different flavors and form factors, and are less susceptible to corruption and system failures.

This is because they do not have an operating system and are externally attached to the device they are serving. Examples of hardware security module systems include physically shielded LAN appliances, smart cards and PCI plugin cards.

Hardware security modules provide protection against internal and external intruders using two-factor authentication. The software and hardware present in the modules are specifically dedicated for security functions and thus provide faster and superior results. Toggle navigation Menu. Home Dictionary Tags Security. A hardware security module is a secure crypto processor focused on providing cryptographic keys and also provides accelerated cryptographic operations by means of these keys.

The module acts as a trust anchor and provides protection for identities, applications and transactions by ensuring tight encryption, decryption and authentication for a variety of applications. The hardware security module includes protection features such as physical tamper resistance and strong authentication.

Although the module is physically isolated like smart cards and back tapes, it provides a greater level of security as it does not have an operating system and is thus virtually invulnerable to attacks over a network. Techopedia explains Hardware Security Module HSM Hardware security module systems come in different flavors and form factors, and are less susceptible to corruption and system failures.

Hardware security modules provide many distinct benefits, including: Providing certifications that conform to security standards Dual control access protection Load distribution and reliability Support for all standard cryptographic algorithms Several transactions per second Greater availability of keys with just one hardware security module The software and hardware present in the modules are specifically dedicated for security functions and thus provide faster and superior results.

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