Alternatives to AWS Key Management Service

Password security is the foundation of cybersecurity. Keeper's powerful password security platform will protect your business from cyberthreats and data breaches related to passwords. Research shows that 81% of data breaches can be attributed to weak passwords. Password security platforms are an affordable and easy way for companies to address the root cause of most data breaches. Your business can significantly reduce the risk of data breaches by implementing Keeper. Keeper creates strong passwords for all websites and apps, then secures them on all devices. Each employee receives a private vault to store and manage their passwords, credentials and files, as well as private client data. Employees will save time and frustration by not having to remember, reset, reuse, or remember passwords. Industry compliance is achieved through strict and customizable role-based access controls. This includes 2FA, usage auditing, and event reporting.

SecureDoc is a solution for encryption and security management that protects data at rest. The software consists of two components: client software to encrypt and decrypt data, and server software to configure and manage the organization's laptops and desktops. SecureDoc uses a FIPS140-2 validated AES256-bit cryptographic algorithm to ensure compliance with industry regulations. The software protects sensitive data on multiple platforms (Windows, macOS, and Linux) with features such as pre-boot authentication, central management, and encryption.

Expand your security measures on a global scale by utilizing Google's extensive infrastructure, which alleviates the complexities associated with key management, such as redundancy and latency issues. This approach assists you in meeting compliance mandates while enabling straightforward encryption of your cloud data through software-supported encryption keys, certified FIPS 140-2 Level 3 validated hardware security modules (HSMs), customer-supplied keys, or an External Key Manager. Take advantage of seamless integration with Google Cloud services and employ customer-managed encryption keys (CMEK) to oversee the encryption process across various Google Cloud offerings, all while enhancing your security posture with features like Google Cloud IAM and audit logs. Furthermore, the cloud-based key management service empowers you to handle both symmetric and asymmetric cryptographic keys for your cloud applications in a manner consistent with your on-premises management. You have the capability to generate, utilize, rotate, and destroy a range of cryptographic keys, including AES256, RSA 2048, RSA 3072, RSA 4096, EC P256, and EC P384, ensuring robust data protection tailored to your needs. This comprehensive solution not only enhances data security but also streamlines your operations, allowing your organization to focus on core activities without compromising on safety.

Utilize encryption keys to safeguard your secrets, personal details, and sensitive information stored in the cloud. You can create and remove keys, configure access policies, and execute key rotation through the management console, CLI, or API. Yandex KMS supports both symmetric and asymmetric cryptographic methods. With the REST or RPC API, you can encrypt and decrypt small data sets, including secrets and local encryption keys, in addition to signing data through electronic signature protocols. You have control over who can access the encrypted information, while Yandex KMS guarantees the security and durability of the keys. Additionally, Hardware Security Modules (HSMs) are provided for enhanced security. For small data encryption, you can use the SDKs available in Java or Go, while larger data sets can be encrypted using popular libraries like the AWS Encryption SDK and Google Tink. The service integrates seamlessly with Yandex Lockbox, allowing you to encrypt secrets with your own keys. Furthermore, encryption keys can also be employed to secure secrets and data within the Managed Service for Kubernetes, providing robust protection across various platforms. This comprehensive approach ensures that your sensitive information remains secure from unauthorized access.

Once your data has been encrypted, the security of your personal information relies heavily on advanced key management practices employed at the enterprise level. This solution offers robust, high-availability, and standards-based key management for encryption across a diverse array of applications and databases. Alliance Key Manager serves as a FIPS 140-2 compliant enterprise key management system, assisting organizations in fulfilling compliance mandates while safeguarding sensitive data. The symmetric key management solution is capable of generating, overseeing, and distributing AES encryption keys in 128-bit, 192-bit, and 256-bit formats, suitable for any application or database operating on various enterprise platforms. Moreover, the access to encryption keys can be controlled through multiple criteria. The highest level of access requires a secure and authenticated TLS connection to the key server. Additionally, encryption keys can be tailored to specific users, groups, or designated individuals within those groups, allowing for precise control over who can access the data. Furthermore, organizations have the flexibility to establish enterprise-wide groups, enabling the restriction of keys to designated enterprise users, groups, or particular individuals within those groups, thereby enhancing the overall security and management of sensitive information.

Strengthen your data security and compliance through the use of Key Vault. Effective key management is crucial for safeguarding cloud data. Implement Azure Key Vault to encrypt keys and manage small secrets such as passwords that utilize keys stored in hardware security modules (HSMs). For enhanced security, you have the option to either import or generate keys within HSMs, while Microsoft ensures that your keys are processed in FIPS validated HSMs, adhering to standards like FIPS 140-2 Level 2 for vaults and FIPS 140-2 Level 3 for HSM pools. Importantly, with Key Vault, Microsoft does not have access to or extract your keys. Additionally, you can monitor and audit your key usage through Azure logging, allowing you to channel logs into Azure HDInsight or integrate with your security information and event management (SIEM) solution for deeper analysis and improved threat detection capabilities. This comprehensive approach not only enhances security but also ensures that your data remains compliant with industry standards.

JISA Softech has developed the J-KMS, a comprehensive centralized key management system aimed at optimizing the management of cryptographic keys across multiple business applications. This system automates the processes of key updates and distribution, effectively overseeing the entire lifecycle of both symmetric and asymmetric keys. By assigning specific roles and responsibilities for different key sets, J-KMS minimizes manual tasks, enabling staff to concentrate on making policy-related decisions. Furthermore, it supports various standard key formats and adheres to compliance requirements such as PCI-DSS and GDPR. Key functionalities include not only key generation and backup but also restoration, distribution, import/export, audit logging, and encryption via Key Encryption Keys (KEKs) or Zone Master Keys (ZMKs), alongside certification using X.509 or EMV certificates. The advantages of utilizing J-KMS include a significant reduction in human error through defined user and admin permissions, more efficient workflows, cost savings due to automation, dual control facilitated by asynchronous processes, tamper-evident records aiding compliance efforts, and comprehensive control over all types and formats of keys within the system. As a result, businesses can achieve enhanced security and operational efficiency while managing their cryptographic assets.

CryptAway serves as an HSM Gateway that facilitates the establishment of a hardware security module (HSM) cluster independent of any specific brand, operating at peak efficiency. It features a straightforward and intuitive management interface that simplifies key management and cryptographic tasks, significantly reducing operational burdens. Furthermore, CryptAway ensures that every device within the HSM cluster consistently performs at its maximum capacity, eliminating potential bottlenecks during high-demand periods. The solution allows for the formation of HSM clusters that are both brand and model agnostic, while optimizing performance throughout. Its modular and scalable design adeptly accommodates growing demands for processing power and efficiency without imposing additional operational burdens. Additionally, CryptAway adheres to widely recognized international standards, facilitating seamless integration of applications into the Secure Zone. This enhances security measures while providing users with a reliable and efficient solution for their cryptographic needs.

KMS employs a certified third-party hardware security module (HSM) to securely generate and manage keys while ensuring data transfer is protected through secure protocols, distributed clustered service deployment, and hot backups for continuous availability. The security measures and quality control protocols implemented by KMS have received endorsements from various compliance organizations. With the Key Management Service, users can access comprehensive management features that facilitate key creation, enabling, disabling, rotation, alias settings, and the ability to view and modify key details. The KMS console seamlessly integrates with CAM and Cloud Monitor, allowing for straightforward key creation aimed at enhancing access control. Additionally, all management activities and key usage are recorded for audit purposes. KMS also supports a Bring Your Own Key (BYOK) solution, which empowers users to utilize their own keys for the encryption and decryption of sensitive information, ensuring a tailored approach to data security. This flexibility in key management enhances both security and compliance for organizations handling critical data.

Effectively oversee your own encryption keys with advanced security measures. Box KeySafe grants you total, autonomous oversight of your encryption keys, ensuring that all key actions are immutable and accompanied by comprehensive tracking records, which allows you to monitor the specific reasons behind key access without disrupting user experience. In the event of any questionable activities, your security team has the authority to revoke access to the content immediately. This robust solution is built on top of the exceptional enterprise-level security and compliance standards that come with the premier Content Cloud. To assist in managing your encryption keys, we utilize Key Management Services (KMS) from both Amazon Web Services (AWS) and Google Cloud Platform (GCP). Box KeySafe is compatible with AWS KMS Custom Key Store and GCP Cloud HSM KMS, providing the security and management benefits of a dedicated hardware security module (HSM) while eliminating the need for you to handle any physical hardware. This integration not only enhances your security framework but also streamlines the key management process for your organization.

IBM Cloud Hyper Protect Crypto Services is a comprehensive key management and encryption solution offered as a service, allowing users to maintain complete control over their encryption keys for effective data protection. This service facilitates a hassle-free experience in managing keys across multiple cloud environments, featuring automatic key backups and built-in high availability that ensure business continuity and robust disaster recovery. Users can effortlessly create keys and securely bring their own keys to major hyperscalers such as Microsoft Azure, AWS, and Google Cloud Platform, thereby enhancing their data security posture while retaining key control. Additionally, the service integrates smoothly with various IBM Cloud Services and applications using the Keep Your Own Key (KYOK) method. With a focus on technical assurance, it allows organizations to maintain full oversight of their data encryption keys and provides runtime isolation through confidential computing capabilities. Furthermore, Hyper Protect Crypto Services employs quantum-safe measures, specifically utilizing Dillithium, to safeguard sensitive data against future threats. This innovative approach ensures that organizations can confidently navigate the complexities of modern data security.

Skyflow allows you to run workflows, logic, and analytics on encrypted data. Skyflow uses multiple encryption and tokenization methods to ensure maximum security. With auditable logs, provenance, and data residency, you can manage access to your data and policy enforcement. Compliance is possible in minutes, not weeks. It's easy with our trusted infrastructure and simple REST or SQL APIs. Tokenization is required for compliance. An encrypted data store allows you to search, analyze, and make use of secure data. Skyflow can be run in any virtual private cloud you prefer. It can be used as a secure gateway, zero trust storage, and many other purposes. Replace a difficult-to-maintain patchwork of point solutions with a single cost-effective data vault. You can use your sensitive data in any application or workflow without ever having to decrypt it.

Ensure that your most confidential information is encrypted prior to leaving the application, meaning that only ciphertext is visible to the storage layer and potential attackers. Implementing application-native client-side encryption safeguards data from advanced threats, supply-chain vulnerabilities, and insider risks. Traditional at-rest encryption solutions, such as transparent disk encryption and full disk encryption, fail to protect against contemporary threats, as they provide administrators, key processes, and attackers with implicit access to unencrypted data due to their privileged status. By addressing this security gap, you can unify the efforts of engineering, security, and compliance teams through Ubiq’s developer-centric encryption-as-code platform. This platform offers lightweight, prebuilt code and open-source encryption libraries that seamlessly integrate into any application, enabling native client-side encryption while simplifying key management with a set-and-forget approach. Ultimately, enhancing your security posture requires a proactive strategy that prioritizes confidentiality at the source.

Compress, encrypt, exchange, and back up your files effortlessly with support for more than 60 formats including ZIP, ZIPX, 7z, RAR, TAR, and beyond. Experience the highest possible compression efficiency using the PA format, which is complemented by FIPS 140-2 validated 256-bit AES encryption for robust security. PowerArchiver brings together a variety of essential tools into one comprehensive package, making it the fastest and most feature-rich file management solution available today. The Advanced Codec Pack (.PA) stands out as the leading format on the market, allowing users to encrypt, decrypt, sign, and verify data with various AES and OpenPGP options, all validated under FIPS 140-2 standards. This format not only provides the best compression but also includes data deduplication and highly secure encryption methods. Additionally, the software features a secure FTP client packed with capabilities, ensuring safe file transfers with FIPS certification. Users can also automate the compression and encryption of files created in Microsoft Office versions from XP to 2016. Furthermore, it allows access to six different cloud services without requiring the installation of their respective software, enhancing convenience. The full-featured Enterprise Backup suite includes shadow copy support, detailed logs, network backup capabilities, and much more, making data management seamless. Lastly, users can conveniently mount ISO images on a virtual drive without the hassle of burning them to physical media.

Vaultody is a leading digital security platform, specializing in advanced asset protection and management for businesses and financial institutions. Using Secure Multiparty Computation (MPC) and robust encryption, Vaultody secures digital assets like cryptocurrencies, private keys, certificates, and sensitive information against unauthorized access and cyber threats. Designed for seamless integration in enterprise environments, Vaultody’s comprehensive key management system ensures secure transactions and reliable asset control from anywhere in the world. With global accessibility, multi-signature authentication, and powerful automation, Vaultody delivers unmatched digital security, making it the preferred solution for efficient and secure digital asset management.

Secure Cell serves as a versatile cryptographic container designed for the secure storage of various types of data, ranging from encrypted documents to database entries. It effectively encrypts data that is at rest and utilizes advanced encryption standards such as AES-256-GCM and AES-256-CTR. For encrypted communication, Secure Message offers a straightforward solution that caters to a broad spectrum of applications, enabling users to send encrypted and signed messages securely between individuals or from client to server, thus mitigating the risk of man-in-the-middle (MITM) attacks and preventing the leakage of singular secrets. It employs a combination of ECC with ECDSA and RSA integrated with PSS and PKCS#7 for robust security. Additionally, the Secure Comparator allows users to verify identities through a zero-knowledge proof protocol, facilitating secret comparisons over untrusted channels without exposing sensitive information or risking reuse attacks. Meanwhile, Secure Session provides an encrypted data exchange mechanism that is session-based and incorporates forward secrecy, enhancing security for more sophisticated infrastructures. By integrating these technologies, users can ensure a higher level of safety and confidentiality in their digital communications and data management.

SAV7 utilizes AES-256 to encrypt various file types and creates a secure key necessary for restoring access to those files. Restoration of encrypted files is strictly contingent on the possession of the key file, making it impossible to decrypt the files without it. This mechanism guarantees a high level of security for your data, as the key file is essential for accessing the original content. The AES-256 encryption method employed by SAV7 is based on the highly regarded Advanced Encryption Standard and is recognized for its effectiveness in safeguarding sensitive information. This technology combines symmetric encryption with robust authentication measures, including message authentication codes (MACs), to ensure the integrity and confidentiality of your data. Renowned globally, the AES algorithm is trusted by governments, banks, and organizations to protect critical information. By implementing SAV7, you can defend your data against unauthorized access with a sophisticated encryption and authentication strategy that complies with contemporary security protocols. With increasing concerns around data breaches, the reliance on such advanced encryption methods is more crucial than ever.

OpenSSH stands out as the leading tool for establishing remote logins using the SSH protocol. By encrypting all communications, it effectively protects against eavesdropping, connection hijacking, and various attacks. Furthermore, OpenSSH boasts a comprehensive range of secure tunneling features, multiple authentication methods, and advanced configuration options. Remote tasks are facilitated with commands like ssh, scp, and sftp, while key management is handled through utilities such as ssh-add, ssh-keysign, ssh-keyscan, and ssh-keygen. On the server side, components include sshd, sftp-server, and ssh-agent. This powerful software is developed by a small group of contributors from the OpenBSD project and is distributed under a BSD-style license. Although OpenSSH is integrated into numerous commercial applications, very few companies contribute financially to its development. Support for OpenSSH can be directed to the OpenBSD Foundation. Given the vulnerabilities of telnet and rlogin, it is essential that all operating systems come with built-in SSH protocol support. The SSH protocol exists in two distinct and incompatible versions, namely SSH 1 and SSH 2, which can lead to compatibility issues in certain environments. As security becomes increasingly critical, the adoption of OpenSSH continues to grow across various sectors.

EncryptRIGHT simplifies the application-level data protection by separating data protection policies and application programming. This allows for a complete separation between information security, application programming, and data security. EncryptRIGHT uses a Data Security Governance approach to define and enforce how data is protected. It also determines who can access the data and what format it will take once access is granted. The unique Data-Centric Security Architecture allows information security professionals to create an EncryptRIGHT Data Protect Policy (DPP) and bind it to data, protecting it no matter where it is stored, used, moved, or stored. Programmers don't need to be experts in cryptography to protect data at the application level. They simply configure authorized applications to call EncryptRIGHT to request that data be appropriately secured or unencrypted according to its policy.

IBM Guardium Quantum Safe, available through the IBM Guardium Data Security Center, is designed to monitor, identify, and prioritize cryptographic vulnerabilities, safeguarding your data against both traditional and quantum-based threats. As the field of quantum computing evolves, encryption methods that would traditionally require centuries to compromise could be infiltrated in mere hours, putting sensitive data secured by current encryption practices at risk. Recognized as a pioneer in the quantum-safe domain, IBM has collaborated with industry leaders to create two recently adopted NIST post-quantum cryptographic standards. Guardium Quantum Safe offers a thorough and unified view of your organization’s cryptographic health, identifying vulnerabilities and tracking remediation efforts effectively. Users have the flexibility to create and execute policies that align with both internal security measures and external regulations, while also integrating seamlessly with enterprise issue-tracking systems to streamline compliance processes. This proactive approach ensures that organizations are not only aware of their cryptographic vulnerabilities but are also equipped to address them in a timely manner.

Thales Data Protection on Demand (DPoD), a renowned cloud-based platform, offers an extensive array of cloud HSM and key management solutions through an intuitive online marketplace. You can easily deploy and oversee both key management and hardware security module services on-demand from the cloud. This streamlining of security processes makes it more affordable and manageable, as there is no need for physical hardware purchases, deployment, or maintenance. With just a few clicks in the Data Protection on Demand marketplace, you can activate the services you require, manage users, connect devices, and generate usage reports within minutes. Moreover, Data Protection on Demand is designed to be cloud agnostic; thus, whether utilizing Microsoft Azure, Google Cloud, IBM, Amazon Web Services, or a mix of cloud and on-premises resources, you maintain complete control over your encryption keys. By eliminating the need for hardware and software purchases, support, and updates, organizations can effectively avoid capital expenditures while ensuring robust data protection. This flexibility empowers businesses to adapt their security measures to their evolving needs without the burden of significant upfront investments.

iSecurity Field Encryption safeguards sensitive information through robust encryption methods, effective key management, and thorough auditing processes. The importance of encryption cannot be overstated, as it plays a crucial role in securing confidential data and facilitating adherence to various compliance standards such as PCI-DSS, GDPR, HIPAA, SOX, and an array of other governmental and state privacy regulations. Ransomware poses a significant threat by targeting any accessible file, including those on connected devices, mapped network drives, local shared networks, and cloud storage that is linked to the compromised system. This type of malware operates indiscriminately, encrypting all data files within reach, including IFS files, thereby putting critical information at risk. To combat this, Anti-Ransomware technology swiftly identifies high-volume cyber threats that originate from external sources, effectively isolates them, and protects valuable data stored on the IBM i system while maintaining optimal performance levels. Thus, the deployment of such security measures is essential in today’s digital landscape to ensure the integrity and availability of sensitive information.

IBM Guardium Key Lifecycle Manager streamlines the encryption key management process, enhancing security for encrypted data while making key management more straightforward and automated. This solution provides a secure and powerful means of key storage, serving, and lifecycle management tailored for self-encrypting applications, utilizing interoperability protocols such as KMIP, IPP, and REST. By implementing Guardium Key Lifecycle Manager, organizations can more effectively comply with various regulations like PCI DSS, Sarbanes-Oxley, and HIPAA, as it includes essential features such as access control and automated key rotation. The system ensures centralized, transparent, and simplified key management through the secure handling of key material and on-demand key serving. It facilitates seamless integration with supported protocols, which enhances its functionality significantly. Additionally, the automation of key assignment and rotation not only increases security but also helps in minimizing the overall costs associated with key management. Overall, Guardium Key Lifecycle Manager represents a comprehensive solution for organizations looking to enhance their encryption practices while maintaining regulatory compliance.

Safeguard your file and database information from potential abuse while ensuring compliance with both industry standards and governmental regulations by utilizing this comprehensive suite of integrated encryption solutions. IBM Guardium Data Encryption offers a cohesive set of products that share a unified infrastructure. These scalable solutions incorporate encryption, tokenization, data masking, and key management features, essential for protecting and regulating access to databases, files, and containers across hybrid multicloud environments, thereby securing assets located in cloud, virtual, big data, and on-premises settings. By effectively encrypting file and database data through functionalities like tokenization, data masking, and key rotation, organizations can successfully navigate compliance with various regulations, including GDPR, CCPA, PCI DSS, and HIPAA. Moreover, the extensive capabilities of Guardium Data Encryption—including data access audit logging and comprehensive key management—further assist organizations in meeting critical compliance requirements, ensuring that sensitive data remains protected at all times. Ultimately, implementing such robust encryption measures not only enhances security but also builds trust among stakeholders.

IBM Cloudant® is a robust distributed database tailored for managing the demanding workloads commonly associated with large, rapidly expanding web and mobile applications. Offered as a fully managed service on IBM Cloud™, backed by an SLA, Cloudant allows for the independent scaling of both throughput and storage. You can quickly deploy an instance, set up databases, and adjust throughput capacity and data storage as needed to align with your application’s demands. Furthermore, it ensures data security through encryption, providing optional user-defined key management via IBM Key Protect, while also allowing integration with IBM Identity and Access Management. With a focus on performance and disaster recovery, Cloudant guarantees continuous availability by distributing data across multiple availability zones and six regions, making it an ideal choice for critical applications. This distribution not only enhances app performance but also safeguards against potential data loss, ensuring your applications run smoothly and reliably.

We are convinced that organizations merit a comprehensive solution for managing their encryption keys. SvKMS offers a unified platform that facilitates the management of all encryption keys, regardless of location. Clients can access an enterprise-level key management system suitable for various encryption workflows, whether they operate at the edge, within a data center, in the cloud, or across multiple clouds. With its enterprise-grade functionalities, SvKMS presents a user-friendly interface at an unexpectedly affordable price. It can be deployed anywhere, ensuring high availability without limitations, and supports integration with any operational workflow. The advanced key management capabilities, coupled with robust reporting and authorization features, come at the most competitive price for extensive scaling. Centralized oversight, straightforward configuration, and seamless administration are at the core of the system. By consolidating all encryption key management activities into a unified virtual appliance, SvKMS enhances risk mitigation through a graphical user interface, incorporates REST API-driven workflows, and adheres to KMIP standards, enabling swift customization, comprehensive logging, and effective dashboard auditing and monitoring for various deployment scenarios. This holistic approach ensures that enterprises can efficiently manage their encryption needs while minimizing risks and maximizing operational efficiency.

A data-first approach in cybersecurity can minimize costly data breaches and speed up regulatory compliance. Fortanix DSM SaaS is designed for modern data security deployments to simplify and scale. It is protected by FIPS 140-2 level 3 confidential computing hardware, and delivers the highest standards of security and performance. The DSM accelerator can be added to achieve the best performance for applications that are latency-sensitive. A scalable SaaS solution that makes data security a breeze, with a single system of record and pane of glass for crypto policy, key lifecycle management, and auditing.

Effortlessly manage access to crucial information that moves in and out of your organization through email, file-sharing platforms, and various other applications. This is made possible by the Trusted Data Format and Virtru’s top-tier Zero Trust Data Control platform. Virtru seamlessly integrates within the tools your teams rely on, securing operations in Google, Microsoft 365, Salesforce, Zendesk, and beyond. We democratize military-grade encryption, making it available to all. You can implement Virtru throughout your organization in under a day, helping you achieve your compliance objectives. With precise access controls, we protect your most important asset — your data — at every stage of its lifecycle, no matter where it goes. Collaborate securely within Docs, Sheets, and Slides, share and store files in Drive, communicate through Gmail and Google Meet, and ensure the security of messages sent via enterprise and custom applications. Additionally, you can effortlessly safeguard emails and documents shared through Outlook, reinforcing the protection of your sensitive information. This holistic approach not only enhances security but also streamlines your workflow across different platforms.

Peer Mountain not only empowers users with ownership and authority over their secure digital identities but also establishes a comprehensive application ecosystem designed for secure transactions and the exchange of both digital and tangible services. Users can benefit from trustworthy, independent audits and verification of claims, ensuring peace of mind. Data sharing and validation occur strictly in accordance with the needs of each transaction, enhancing privacy and security. Additionally, services can be segmented across various Peer Mountain implementations, maintaining both security and transparency. This innovative platform allows individuals to manage their data within a decentralized framework that significantly reduces the risk of hacking. Peer Mountain caters to consumers seeking self-sovereign identities, service providers requiring ongoing and dependable compliance, and trust providers who demand interoperability and portability in their validation services, creating a robust environment for digital identity management. By bridging these diverse needs, Peer Mountain fosters a more secure and efficient digital landscape.

Safeguard your most crucial data at rest across all Salesforce applications by implementing platform encryption. Utilize AES 256-bit encryption to maintain data confidentiality effectively. You have the option to bring your own encryption keys, allowing you to oversee the entire key lifecycle. This approach ensures that sensitive information is protected from any Salesforce users, including administrators. Furthermore, you can satisfy regulatory compliance requirements with ease. Gain insights into who is accessing vital business information, along with the time and location of access, through robust event monitoring. You can actively track significant events in real-time or refer to log files as needed. To mitigate data loss, establish transaction security policies that provide an additional layer of protection. Identify potential insider threats and generate reports on any anomalies detected. Conduct thorough audits of user behavior and evaluate the performance of custom applications. Create a comprehensive forensic data-level audit trail that can retain information for up to a decade, and set alerts for instances of data deletion. Enhance your tracking capabilities for both standard and custom objects, while also benefiting from extended data retention options for purposes such as audit, analysis, or machine learning applications. Lastly, automate archiving processes to ensure compliance with regulatory requirements seamlessly. This multifaceted approach not only strengthens your data security but also bolsters your overall compliance strategy.

Ensure the protection, storage, and stringent management of tokens, passwords, certificates, and encryption keys that are essential for safeguarding sensitive information, utilizing options like a user interface, command-line interface, or HTTP API. Strengthen applications and systems through machine identity while automating the processes of credential issuance, rotation, and additional tasks. Facilitate the attestation of application and workload identities by using Vault as a reliable authority. Numerous organizations often find credentials embedded within source code, dispersed across configuration files and management tools, or kept in plaintext within version control systems, wikis, and shared storage. It is crucial to protect these credentials from being exposed, and in the event of a leak, to ensure that the organization can swiftly revoke access and remedy the situation, making it a multifaceted challenge that requires careful consideration and strategy. Addressing this issue not only enhances security but also builds trust in the overall system integrity.

As the number of cryptographic keys in business applications continues to grow, the task of managing them is increasingly complex, with manual and decentralized approaches proving to be both expensive and prone to mistakes, while compliance efforts require significant time and resources. Cryptomathic's CKMS offers a centralized solution for key management, providing automated updates and distribution across various applications. This system oversees the complete lifecycle of both symmetric and asymmetric keys, enhances business processes, and ensures that organizations can confidently meet compliance standards during internal and external audits. The primary challenges in key management often include unclear ownership of processes, a shortage of skilled personnel, and the presence of disjointed systems. CKMS effectively tackles these issues by establishing defined roles and responsibilities for key management, relieving staff from monotonous manual tasks, and enabling them to focus on strategic policy-making. Furthermore, implementing CKMS can lead to improved operational efficiency and reduced risk of non-compliance, ultimately strengthening an organization’s security posture.

Post-Quantum has developed a comprehensive Quantum-Safe Platform, which serves as a modular cybersecurity suite aimed at shielding organizations from the potential threats posed by quantum computing advancements. This platform includes interoperable, backward-compatible, and crypto-agile solutions that facilitate a smooth transition to next-generation encryption methods. Additionally, it features a quantum-ready, multi-factor biometric authentication system that supports secure passwordless logins. A quantum-safe VPN is also part of the suite, ensuring that data in transit remains secure against both conventional and quantum attacks. Furthermore, the platform introduces the world's first quantum-safe, end-to-end encrypted messaging application tailored for secure communication within enterprises. To enhance governance, stakeholders are empowered to cast cryptographically verifiable votes to approve various actions. With these innovative solutions, Post-Quantum is currently assisting organizations in sectors such as defense, critical national infrastructure, and financial services to adopt quantum-safe encryption effectively, thereby safeguarding their digital assets for the future. This proactive approach highlights the importance of preparing for a post-quantum world.

The ARIA Key Management Server (KMS) application efficiently oversees the creation and distribution of encryption keys necessary for all aspects of key management throughout their lifecycle. With its capacity to generate thousands of keys each minute, ARIA KMS provides a highly scalable solution that is perfect for various data or application-specific transactions. It offers the adaptability required to cater to unique encryption needs, including those of software applications, robust high availability appliances, or compact PCIe adapters. By automating configuration and management processes, it mitigates risks associated with key management. Additionally, it allows for the deployment of encryption key management in one hour or less, requiring no specialized expertise. The system effectively secures environments whether on-premises, in the cloud, or integrated within cloud infrastructures. Furthermore, it supports bring your own key (BYOK) models for enhanced security options, ensuring that organizations can maintain control over their encryption keys. This comprehensive approach makes ARIA KMS a valuable asset for modern data protection strategies.

WinMagic’s SecureDoc CloudVM solution stands out as the most comprehensive option for full disk encryption and sophisticated management of encryption keys tailored for virtual machines. It safeguards data across public, private, and hybrid cloud infrastructures, ensuring that your organization retains exclusive control over volume and full disk encryption keys. With extensive compatibility across various virtualized servers and multiple cloud environments, SecureDoc CloudVM facilitates a cohesive encryption strategy that can be applied seamlessly to any endpoint, whether in a virtualized setting or within a cloud IaaS framework. By offering a unified platform and a centralized view, SecureDoc CloudVM enhances organizational security, guarantees compliance with encryption regulations, simplifies processes, and eliminates encryption silos within the business. Moreover, WinMagic’s SecureDoc provides the benefit of a single, intuitive platform for the intelligent management of encryption and key requirements, empowering you to oversee every facet of your data protection strategy with confidence. This integrated approach not only streamlines security management but also helps in aligning with best practices for data governance.

Enigma Vault serves as your easy solution for payment card data and file tokenization and encryption, boasting PCI level 1 compliance and ISO 27001 certification. Handling the encryption and tokenization of data at the field level can be incredibly challenging, but Enigma Vault simplifies this process significantly. By effectively managing the heavy lifting, it allows you to transform an extensive and expensive PCI audit into a straightforward SAQ. By utilizing token storage instead of keeping sensitive card data, your security risks and PCI scope are substantially reduced. With the implementation of cutting-edge technologies, searching through millions of encrypted entries is accomplished in mere milliseconds. Our fully managed service is designed to grow alongside your requirements, ensuring that Enigma Vault accommodates data of all types and sizes seamlessly. You receive authentic field-level protection, as it enables you to substitute sensitive information with a token. Enigma Vault not only provides a range of services but also alleviates the burdens associated with cryptography and PCI compliance. You can finally put aside the hassle of managing and rotating private keys while avoiding the complications of intricate cryptographic processes, allowing you to focus on your core business operations.

Powertech Encryption for IBM i safeguards sensitive information through robust encryption, tokenization, key management, and auditing features. This solution enables organizations to swiftly and efficiently encrypt database fields, backups, and IFS files, thanks to its user-friendly interfaces and reliable technology. Companies across the globe rely on Powertech Encryption to protect confidential data on IBM i (iSeries, AS/400) and information from distributed systems, defending against threats posed by external hackers and unauthorized internal access. With its comprehensive approach to data security, Powertech Encryption ensures that organizations can maintain compliance and protect their valuable assets.

ManageEngine Key Manager Plus, a web-based solution for key management, helps you to consolidate, control and manage SSH (Secure Shell), SSL (Secure Sockets Layer), and other certificates throughout their entire lifecycle. It gives administrators visibility into SSH and SSL environments, and helps them take control of their keys to prevent breaches and compliance issues. It can be difficult to manage a Secure Socket Layer environment when there are many SSL certificates from different vendors, each with a different validity period. SSL certificates that are not monitored and managed could expire or invalid certificates could be used. Both scenarios can lead to service outages or error messages, which could destroy customer confidence in data security. In extreme cases, this may even result in a security breach.

IBM Cloud Databases serve as open source data repositories tailored for the development of enterprise applications. Leveraging a Kubernetes-based architecture, these databases support serverless application development. They are engineered to enhance storage and computing capabilities effortlessly, free from the restrictions typically imposed by single server environments. Fully integrated within the IBM Cloud console, they offer a unified approach to consumption, pricing, and user interaction. The goal is to deliver a streamlined experience for developers, encompassing features such as access control, backup orchestration, encryption key management, and comprehensive auditing, monitoring, and logging functionalities. This cohesive framework not only enhances usability but also ensures that developers can focus on building innovative solutions without worrying about underlying infrastructure constraints.

Safeguard sensitive information such as IAM tokens, database and SSH credentials, and cryptographic keys within dynamic environments. Access to sensitive data can be granted or revoked conditionally to any number of users as needed. Encrypted data can be processed while maintaining the confidentiality of both the inputs and the outputs. The NuCypher PRE network offers robust cryptographic access controls for decentralized applications and protocols. Additionally, NuCypher's NuFHE library facilitates secure, private computations on encrypted data by third-party nodes. Fully Homomorphic Encryption (FHE) represents a type of encryption that enables secure and arbitrary computation on encrypted data, allowing for processing without the necessity of decryption. Consequently, operations conducted on encrypted data behave as though they are executed on the original plaintext data, ensuring both security and functionality in diverse environments. This capability significantly enhances data privacy and security while enabling innovative applications across various sectors.

Enhance your projects by incorporating powerful PDF editing, parsing, and rendering capabilities using a sophisticated PDF library SDK. This versatile multi-platform shared library (available as dll, so, and dylib) features a C-compatible interface that supports various programming languages, including C#.Net, Python, Java 8, and C++ 11. With APIs designed for Linux, Windows, and Mac, this SDK includes numerous interface functions that allow for the transformation and creation of new PDF content, offering extensive options and flexibility tailored to the unique requirements of your project. It efficiently leverages multi-core CPUs for stream decoding and content rendering, adhering closely to the guidelines of the portable document format specification. Users can also apply electronic signatures, with the choice of including or excluding a cryptographic security layer. Additionally, the SDK provides robust PDF encryption and decryption capabilities, featuring a password-based encryption handler, along with comprehensive document structure manipulation tools for creating, deleting, moving, inserting, extracting, resizing, and rotating pages. This ensures that all aspects of PDF management are covered effectively, making it an invaluable resource for developers.

Test functional, performance, and security aspects of APIs. Provides Pass/Fail criteria rules to enable regression testing of API behavior. Tests can be run on-demand or automated from the command-line. Supports latest OpenAPI standards for parsing OpenAPI documents and building test cases for the defined operations. Authentication schemes including SAML, OAuth, Basic Auth, Amazon Auth, PKI, and Kerberos. Create behavior baselines and run regression tests to determine breakage or change of behavior. Includes JSON and XML Diff capability. Generate performance load across multiple virtual clients to measure and validate the performance criteria of the target APIs. Security and identity are processed for each request to ensure real world simulated inputs and not replays. Built-in support for AWSv4 signatures enables authentication to test Amazon AWS APIs.

PAN-OS is the advanced operating system for next-generation firewalls developed by Palo Alto Networks, utilizing machine learning to offer essential network security functions within a unified, high-performance framework. Among its key features is App-ID, a unique traffic classification engine that automatically identifies and manages both new and evasive applications, alongside Content-ID, which efficiently scans all incoming and outgoing network traffic in a single pass to ensure thorough threat protection while maintaining optimal throughput. Additionally, the Cloud Identity Engine consolidates and synchronizes user identities from various identity providers, facilitating seamless zero-trust authentication and authorization with minimal effort. Device-ID ensures the continuous enforcement of security policies for devices, irrespective of changes in IP addresses or geographical location, thereby providing a comprehensive context for security, decryption, quality of service (QoS), and authentication measures. Furthermore, the operating system incorporates post-quantum cryptographic methods and Quantum-resistant VPN technologies to protect against potential future decryption vulnerabilities, illustrating its commitment to proactive security strategies. Ultimately, PAN-OS represents a forward-thinking solution designed to adapt to the evolving landscape of cybersecurity threats.

TrueZero offers a vaultless data privacy API that substitutes sensitive personally identifiable information (PII) with tokens, enabling organizations to lessen the effects of data breaches, facilitate safer data sharing, and reduce compliance burdens. Our tokenization technology is utilized by top financial institutions. No matter where or how PII is utilized, TrueZero Tokenization effectively secures and replaces that information. This allows for more secure user authentication, information validation, and profile enhancement without disclosing sensitive data such as Social Security Numbers to partners, internal teams, or external services. By minimizing your environments that require compliance, TrueZero can significantly expedite your compliance timeline, potentially saving you millions in development or partnership expenses. With data breaches averaging $164 per compromised record, tokenizing PII is crucial for safeguarding your organization against penalties related to data loss and damage to your brand’s reputation. You can store tokens and perform analytics just as you would with unaltered data, ensuring both functionality and security. In today’s data-driven world, this approach not only enhances privacy but also fosters trust with clients and stakeholders alike.

The iCrypto SDK is meticulously crafted to work seamlessly with the complete range of iCrypto's cloud services, allowing for integration into current Enterprise Applications or functioning independently as a password-less verification solution through the iCrypto App. Utilizing cutting-edge cryptographic technologies alongside robust device-level security and management, the iCrypto SDK stands out as a premier software token capable of serving as a biometric identification method across diverse sectors. It offers authenticator PKI signatures and supports an array of cryptographic protocols, including TOTP, HOTP, OCRA, and MTP, as well as push-based authentication methods. Additionally, the SDK encompasses both on-device and network-based biometric capabilities such as fingerprint scanning, iris recognition, and voice or face identification, along with features for third-party authorization, secure data storage, context collection, and numerous other security enhancements. This comprehensive approach ensures that organizations can maintain high levels of security while providing convenient access solutions for users.