Alternatives to Akeyless Vault

Stop wasting time attempting to find API keys scattered around, or hacking together configuration tools that you don't know how to use, and stop avoiding access control. Doppler gives your team a single source for truth. The best developers automate all the work. Doppler will make it easy to find frequently-used secrets. You only need to update them once if they change. Your team's single source for truth. Your variables can be organized across projects and environments. You can no longer share secrets via email, Slack, email and git. Your team and their apps will instantly have the secret once you add it. The Doppler CLI, just like git, intelligently determines which secrets to fetch based upon the project directory you're in. No more trying to keep ENV files synchronized! Use granular access controls to ensure that you have the least privilege. Reduce exposure by using read-only tokens for service deployment. Access to only development for contractor? It's easy!

Secrets and confidential information should be shared with care. SharePass is the perfect solution for businesses who want to automate secret management and keep it all in one place securely online or on your phone - no matter where you're at. SharePass enables you to send encrypted links from sender to receiver with various settings. The settings include expiration restrictions, availability and IP restrictions which can be set through our patent-pending platform-independent sharing system. With its cutting-edge encryption and security measures, SharePass is committed to keeping your personal information safe. We cannot see what your secrets are, the only people who know are the ones sharing them. In this era of identity theft, SharePass will protect you and prevent your data from leaking to the dark web by eliminating all evidence that it was ever there. SharePass supports single sign-on with Office365, Google Workspace, MFA & integration for Yubikeys so maximum security is guaranteed.

Onboardbase is a secret management platform that provides a single source of shared truth regarding app secrets and usage. It allows dev teams to securely share and work together with environment-specific configurations at every stage of development, synced across infrastructure and without compromising security. This allows developers to focus on building great apps and not managing secrets. Secrets are dynamically updated across your infrastructure and environments with 50+ integrations. Dev teams can track and audit how long, where, and when secrets are used. They can also revoke any usage with a click. Strong, always-on codebase scanning features prevent developers accidentally leaking secrets into production. This maintains a strong security model.

Securden Password Vault is an enterprise-grade password management solution that allows you to securely store, organize, share, manage, and keep track of all human and machine identities. With a sleek access management system, Securden lets your IT teams share administrator credentials and effectively automate the management of privileged accounts in your organization. Securden seamlessly integrates with industry solutions like SIEM, SAML-based SSO, AD, and Azure AD among others to provide a smooth deployment in any organization. With Securden, organizations can rest easy as all their sensitive data is protected with strong encryption methods and supported by a robust high availability setup. Securden offers drilled-down granular access controls that allow users to grant access to accounts without revealing the underlying credentials in a just-in-time fashion. Securden Password Vault can be deployed both on-premise for self-hosting and on the cloud (SaaS).

Ensure the security of your organization by actively thwarting the harmful exploitation of privileged accounts and credentials, which often serve as gateways to your most critical assets. The CyberArk PAM as a Service offers advanced automation technologies designed to safeguard your business during its expansion. Since cyber adversaries are constantly searching for vulnerabilities, effectively managing privileged access is essential to reduce potential risks. By preventing the exposure of credentials, you can protect vital resources from being compromised. Additionally, uphold compliance through thorough documentation of significant events and secure audits that resist tampering. The Privileged Access Manager seamlessly connects with a variety of applications, platforms, and automation tools, enhancing your overall security framework. This integration not only streamlines operations but also fortifies your defenses against ever-evolving threats.

The ongoing occurrence of significant data breaches highlights the vulnerabilities present in conventional information security methods. Relying solely on network and device defenses is evidently insufficient. Approaches like full-disk or volume encryption address only specific scenarios, leaving data vulnerable at its core. Consequently, the implementation of persistent data-level encryption has become essential, particularly for industries governed by strict regulations. Using PKWARE’s leading technology, file sizes can be compressed by as much as 95%, making storage and transmission more efficient. Authorized users can easily share and decrypt these encrypted files across any enterprise operating system. To safeguard sensitive information, organizations can utilize various techniques, including both password-based and certificate-based encryption. This approach facilitates comprehensive control across the organization and ensures uniform enforcement of security policies, thereby enhancing overall data protection. In today's digital landscape, adopting such robust measures is crucial for maintaining trust and compliance.

The misuse of privileges remains a significant cybersecurity threat today, often leading to substantial financial losses and the potential to severely disrupt business operations. This method is particularly favored by hackers, as it grants them unrestricted access to an organization's sensitive areas, frequently without triggering any alerts until after the harm has occurred. To combat this escalating challenge, ManageEngine PAM360 offers a powerful privileged access management (PAM) solution that guarantees every access route to vital assets is adequately managed, recognized, and monitored. Designed for organizations eager to enhance their security framework, PAM360 serves as a holistic tool for integrating PAM into broader security measures. Its advanced contextual integration features enable the creation of a centralized management console, allowing various components of your IT infrastructure to connect, leading to improved analysis of privileged access alongside overall network data, which supports insightful conclusions and expedited solutions. Consequently, organizations can not only mitigate risks but also streamline their security processes to respond to threats more effectively.

The ARCON | Privileged Access Management (PAM) solution offers comprehensive oversight of your entire IT ecosystem, enabling you to create contextual security tailored to your most valuable resource: data. With its detailed access management, you have the flexibility to design your security framework according to your preferences, allowing you to grant or revoke access at your discretion, whenever necessary. Achieve rule- and role-based access control across all target systems while adhering to the principle of 'least privilege', which ensures that access to data is granted solely on a 'need-to-know' basis. This capability empowers your administrators to effectively manage, monitor, and regulate privileged accounts down to each individual user. Establish a cohesive access control and governance structure to keep track of privileged identities, whether they reside on-premises, in the cloud, within a distributed data center, or in a hybrid setting. Additionally, the system automates the randomization and updating of passwords, helping to mitigate risks associated with shared credentials while enhancing overall security. Such features collectively bolster your organization’s resilience against potential security threats.

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.

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.

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.

CyberArk Machine Identity Security delivers a robust solution for managing and securing every type of machine identity, from certificates and secrets to workload identities and SSH keys. The platform provides unified observability across your infrastructure, enabling security teams to monitor all machine identities from a single dashboard. With policy-driven automation, it minimizes manual effort while improving security posture by automating lifecycle management and privilege controls. CyberArk’s comprehensive approach helps organizations safeguard their digital infrastructure and prepare for future challenges like quantum computing and AI-driven workloads.

Keywhiz serves as a robust solution for the management and distribution of sensitive information, making it particularly compatible with service-oriented architectures (SOA). This presentation provides a concise overview of its functionalities. Traditional methods often involve placing secrets within configuration files adjacent to the source code, or transferring files to servers through out-of-band methods; both approaches pose significant risks of exposure and complicate tracking efforts. In contrast, Keywhiz enhances the security and ease of secret management by allowing secrets to be centrally stored in a clustered environment, with all data encrypted in a database. Clients securely access their authorized secrets using mutually authenticated TLS (mTLS), ensuring a high level of security during transmission. Administrators can manage Keywhiz through a command-line interface (CLI), facilitating user-friendly operations. To support various workflows, Keywhiz offers automation APIs that utilize mTLS for secure communication. Every organization invariably has services or systems that necessitate the safeguarding of secrets, including items such as TLS certificates, GPG keys, API tokens, and database credentials. While Keywhiz is dependable and actively used in production environments, it is worth noting that occasional updates may disrupt backward compatibility of the API. As such, organizations should remain vigilant about testing changes before deployment.

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.

Digital certificates provide robust security for encryption, reliable authentication, and the use of digital signatures. Within an enterprise Public Key Infrastructure (PKI), it is essential to have suitable services for managing both certificates and keys. Secardeo TOPKI (Trusted Open PKI) serves as a comprehensive PKI system platform that automates the distribution of X.509 certificates and private keys to all necessary users and devices. To facilitate this, TOPKI includes various components designed for specific tasks related to the management of the certificate lifecycle. Additionally, the software components of the TOPKI platform can be seamlessly integrated with other PKI systems, as well as with Active Directory and Mobile Device Management solutions. This integration ensures a smooth transition to managed PKI services. Users can easily request certificates from reputable public Certification Authorities (CAs) hosted in the cloud, or leverage open-source CAs for automatic enrollment of internal computer certificates. Moreover, TOPKI's PKI offerings can significantly enhance the capabilities of your existing Microsoft PKI infrastructure, providing a flexible and efficient solution for certificate management. Ultimately, this comprehensive approach simplifies the complexities involved in securing digital communications within an organization.

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.

KeyScaler® serves as a specialized identity and access management platform, designed specifically for IoT and Blockchain applications. It enables users to securely onboard, provision, and link devices to various IoT platforms, applications, and services. The platform streamlines the creation of a comprehensive security framework within the IoT ecosystem, enhancing operational efficiency through automation and eliminating the need for human oversight. Given the vast and constantly evolving nature of IoT, where new devices are incessantly added, managing this process without automation quickly becomes overwhelming. There is a pressing need for a device identification strategy that focuses on individual devices, ensuring they are authenticated in an automatic and dynamic manner without any manual input. Device Authority has introduced a versatile device interface protocol that works in tandem with KeyScaler® to facilitate automated public key infrastructure (PKI) for IoT devices, offering two distinct options for device authentication and enhancing overall security measures. This innovation not only supports scalability but also addresses the critical need for secure device management in modern IoT environments.

Become part of the foremost businesses utilizing the most comprehensive and scalable managed PKI as-a-Service. Experience the benefits of PKI without the associated complications. Whether your focus is on protecting your network, safeguarding sensitive information, or ensuring the security of connected devices, PKI serves as the reliable solution for establishing trust. However, developing and maintaining your own PKI can be intricate and costly. Achieving success in this area is essential, though it presents numerous challenges. Locating and keeping skilled professionals, complying with industry regulations, and managing the financial burden of the necessary hardware and software for a solid PKI infrastructure are significant hurdles, particularly when considering the risks involved if something fails. Streamline your inventory management and set up proactive alerts to inform users about upcoming expirations or compliance issues with certificates before they escalate into major problems. Additionally, leveraging managed PKI services allows you to focus on your core business objectives while reducing the operational burden associated with securing your digital assets.

Safeguard your essential accounts using our advanced Privileged Access Management (PAM) solution, which can be deployed either on-premise or in the cloud. Experience rapid implementation with our offerings that include privileged account discovery, easy installation, and comprehensive auditing and reporting features. Effectively oversee numerous databases, software solutions, hypervisors, network devices, and security systems, even in extensive, distributed settings. Benefit from unlimited customizations with direct management capabilities for both on-premise and cloud PAM environments. Collaborate with our professional services team or utilize your in-house experts for optimal results. Protect privileges for service, application, root, and admin accounts throughout your organization to maintain robust security. Keep privileged credentials securely stored in an encrypted, centralized vault and identify all relevant accounts to mitigate sprawl while achieving complete visibility into your privileged access landscape. Ensure efficient provisioning and deprovisioning, maintain password complexity standards, and regularly rotate credentials to enhance security measures. Additionally, our solution offers seamless integration with existing systems, allowing for a more cohesive security strategy across your enterprise.

AWS Certificate Manager is a service designed to simplify the provisioning, management, and deployment of both public and private Secure Sockets Layer/Transport Layer Security (SSL/TLS) certificates for various AWS services and your internal connected systems. These SSL/TLS certificates play a critical role in securing network communications and verifying the identity of websites on the Internet, as well as resources within private networks. By using AWS Certificate Manager, you can eliminate the cumbersome manual tasks associated with purchasing, uploading, and renewing SSL/TLS certificates. As industry-standard protocols, SSL and its successor TLS are essential for encrypting data transmitted over networks and validating the identity of websites online. Additionally, SSL/TLS ensures that sensitive information remains encrypted during transit and provides authentication through the use of SSL/TLS certificates, which help establish a secure connection between browsers, applications, and your site. This service not only enhances security but also streamlines the certificate management process, allowing you to focus on your core business activities.

According to a report by IBM in 2020, organizations with fewer than 500 employees experienced an average financial loss of $2.35 million due to credential compromise. To mitigate this risk, consider implementing x.509 certificates across various platforms such as Wi-Fi, VPN, web applications, and endpoint logins. You can take advantage of your existing infrastructure, including Wi-Fi, web services, firewalls, and VPNs, without the need for costly technology upgrades. With SecureW2, you can ensure that only authorized users and devices gain access to your network and applications. Activating 802.1x in a cloud environment has become incredibly straightforward. SecureW2 equips you with all the necessary tools to enroll and manage certificates for secure Wi-Fi authentication using Azure, Okta, or Google. Additionally, it features the world's first Dynamic Cloud RADIUS server, providing a comprehensive solution for secure WPA2-Enterprise network authentication. Effortlessly onboard all major operating systems while ensuring secure connections that place minimal demands on your IT resources. By utilizing advanced technology for certificate generation, delivery, authentication, and renewal, you can significantly enhance the security of your network. Ultimately, taking these steps creates a safer digital environment for your organization.

Efficiently manage the entire lifecycle of certificates within your network, whether for on-premise or cloud-based Public Key Infrastructure (PKI) setups. Transition seamlessly from your current certificate authority through policy-driven automated processes for issuance, renewal, and revocation, effectively removing manual tasks and their associated mistakes. As enterprises increasingly depend on PKI to safeguard machines, devices, and user access via keys and digital certificates, HID IdenTrust, in collaboration with Keyfactor, provides a streamlined approach to PKI and large-scale automation of certificate lifecycle management. HID IdenTrust offers a managed PKI solution in the cloud that can issue public, private, and U.S. Government interoperable (FBCA) digital certificates, thereby enhancing the security of websites, network infrastructures, IoT devices, and workforce identities. Moreover, you can uncover all certificates throughout both network and cloud infrastructures with real-time inventories of public and private Certificate Authorities (CAs), along with distributed SSL/TLS discovery tools and direct linkages to key and certificate repositories, ensuring comprehensive visibility and management. This holistic approach not only improves security but also boosts operational efficiency across the organization.

AVX ONE stands out as a cutting-edge SaaS platform for managing the lifecycle of certificates within enterprise environments, specifically catering to PKI, IAM, security, DevOps, cloud, and application development teams. By offering enhanced visibility, automation, and control over certificates and keys, AVX ONE fosters crypto-agility, allowing organizations to swiftly adapt to cryptographic shifts, counteract potential threats, avert service interruptions, and gear up for the era of Post-Quantum Cryptography. Through a single, cohesive platform, AppViewX delivers immediate benefits with comprehensive CLM across enterprises, facilitating automation for Kubernetes and container TLS, providing scalable PKI-as-a-Service, simplifying the modernization of Microsoft PKI, ensuring secure code signing, bolstering IoT identity security, managing SSH, and preparing for Post-Quantum Cryptography (PQC) while leveraging AI and ML capabilities to mitigate risks in intricate hybrid, multi-cloud, and edge scenarios. Furthermore, the integration of these features allows organizations to maintain a robust security posture while seamlessly navigating the complexities of modern technological landscapes.

The Certificate Authority Service provided by Google Cloud is a robust solution designed for high availability and scalability, allowing you to efficiently simplify, automate, and tailor the management and security of private certificate authorities (CA). By leveraging this cloud service, you can streamline the deployment and oversight of your enterprise PKI, effectively automating labor-intensive and error-prone infrastructure tasks, which allows you to dedicate more resources to strategic initiatives. You have the flexibility to customize the Certificate Authority Service according to your specific requirements by setting up tailored CAs and certificates, implementing detailed access controls, automating routine tasks through APIs, and seamlessly integrating with your current systems. You can rest assured knowing that this CA service guarantees high availability and scalability, comes with a service level agreement (SLA), is auditable, and is designed to assist you in maintaining compliance with sophisticated security measures. Additionally, you can establish a private CA in just a matter of minutes, a stark contrast to the extensive time frame—often measured in days or weeks—needed to set up and manage your own CA. This efficiency not only accelerates your operations but also enhances your organization's overall security posture.

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.

In addition to Payment Card Information (PCI), hackers often seek out Personally Identifiable Information (PII), which is also referred to as personal data, as well as Protected Health Information (PHI). TokenEx has the capability to tokenize various forms of data, allowing for the secure storage of PII, PHI, PCI, ACH and more by substituting them with tokens that are mathematically disconnected from the original information, rendering them ineffective for malicious actors. This tokenization process provides immense versatility in how organizations manage, retrieve, and protect their sensitive information. Moreover, it enhances compliance with data protection regulations while minimizing the risk of data breaches.

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 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 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.

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.

Non-Human Identity & Secrets Security Platform. Entro is a pioneer in nonhuman identity management. It allows organizations to use nonhuman identities and secrets securely, while automating the lifecycle of their creation to rotation. Cyber attacks based on secrets are becoming more destructive as R&D teams create more secrets and spread them across different vaults and repositories without any real secret management, monitoring or security oversight. Streamline your non-human lifecycle management. Entro allows security teams to manage and protect non-human identities through automated lifecycle management, seamless integration and a unified interface.

AWS Secrets Manager is designed to safeguard the secrets necessary for accessing your applications, services, and IT resources. This service simplifies the processes of rotating, managing, and retrieving database credentials, API keys, and other sensitive information throughout their entire lifecycle. Through calls to the Secrets Manager APIs, users and applications can access secrets, which prevents the necessity of embedding sensitive data in plain text. Moreover, Secrets Manager features secret rotation with native integration for services like Amazon RDS, Amazon Redshift, and Amazon DocumentDB. The extensibility of the service also allows for the management of various other types of secrets, such as API keys and OAuth tokens. Additionally, it provides fine-grained permissions to control access to these secrets and facilitates centralized auditing of secret rotation across AWS Cloud resources, third-party services, and on-premises systems. By enabling safe rotation of secrets without requiring code deployments, AWS Secrets Manager effectively helps organizations fulfill their security and compliance mandates. Overall, this service enhances the management of sensitive information, making it an essential tool for modern application security.

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.

Utilize the management console or API to generate secrets, ensuring that they are securely stored in a centralized location that seamlessly integrates with your cloud services and can be accessed by external systems through gRPC or REST APIs. To enhance security, encrypt your secrets with keys from the Yandex Key Management Service, as all stored secrets are maintained in an encrypted state. You have the option to select from pre-defined service roles that offer fine-grained access control to your secrets, allowing you to establish specific permissions for reading or managing both the secrets themselves and their associated metadata. When creating a secret, you can choose a KMS key to securely store sensitive information such as login-password pairs. A secret can encompass various types of confidential data, including but not limited to login-password pairs, server certificate keys, or keys for cloud service accounts. The service also supports multiple versions of each secret, ensuring that all data remains securely stored in an encrypted format. To further ensure availability, all secrets are replicated across three different availability zones, providing robust data redundancy and reliability in case of any failures.

An open-source interface that ensures secure authentication, management, and auditing of non-human access across various tools, applications, containers, and cloud environments is essential for robust secrets management. These secrets are vital for accessing applications, critical infrastructure, and other sensitive information. Conjur enhances this security by implementing precise Role-Based Access Control (RBAC) to manage secrets tightly. When an application seeks access to a resource, Conjur first authenticates the application, then conducts an authorization assessment based on the established security policy, and subsequently delivers the necessary secret securely. The framework of Conjur is built on the principle of security policy as code, where security directives are documented in .yml files, integrated into source control, and uploaded to the Conjur server. This approach treats security policy with the same importance as other source control elements, fostering increased transparency and collaboration regarding the organization's security standards. Additionally, the ability to version control security policies allows for easier updates and reviews, ultimately enhancing the security posture of the entire organization.

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.

Infrastructure as Code has evolved to allow for the creation, deployment, and management of cloud infrastructure using well-known programming languages and tools. With a unified workflow across multiple cloud platforms, you can utilize the same language and tools no matter where your resources are hosted. Collaboration between developers and operators is streamlined, fostering a harmonious engineering environment. Continuous delivery becomes simple, as you can deploy from the command line or integrate with your preferred CI/CD systems, while also having the ability to review all changes prior to implementation. Navigating through complexity is made easier with enhanced visibility across all environments, allowing for more effective management. You can maintain security and audit trails by tracking who made changes, when alterations occurred, and the reasons behind them, all while enforcing deployment policies through your chosen identity provider. Secrets management is simplified with built-in encrypted configurations to keep sensitive information secure. Define your infrastructure in various familiar programming languages such as JavaScript, TypeScript, Python, Go, or any .NET language like C#, F#, and VB. Utilize your preferred development tools, IDEs, and testing frameworks to enhance productivity. Furthermore, you can codify and share best practices and policies, fostering a culture of reuse and efficiency within your team. This approach not only increases operational effectiveness but also empowers teams to innovate continuously.

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.

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.

In the realm of business security, prioritizing safety is crucial to avoid potential risks. Not every device can be relied upon, and the same goes for users accessing your network. By utilizing Managed Certificate Services (MCS), you can swiftly authenticate users while safeguarding essential data throughout your infrastructure, devices, and applications, all via a centralized and reliable source of digital certificates. Given our extensive IP network that serves numerous Fortune 1000 companies, we recognize the critical need for strong security measures in today’s digital landscape. MCS enables you to achieve an optimal balance between effective security and operational efficiency. Acting as an automated authentication service for your certificate chain, MCS delivers comprehensive lifecycle management for all digital credentials across corporate entities, users, applications, services, devices, and machines throughout your organization. In essence, MCS not only fortifies your security posture but also streamlines the management of your digital assets.

For nearly two decades, StrongKey has been a key player in the PKI sector, with installations around the world in a variety of fields. The StrongKey Tellaro platform delivers a complete public key infrastructure (PKI) solution for overseeing keys and digital certificates. Equipped with an integrated hardware security module (HSM) and EJBCA server, clients can issue digital certificates using our Tellaro E-Series, which is based on securely produced public keys. The generation and storage of private keys occur within the HSM for enhanced security. Our PKI management system seamlessly integrates with TLS/SSL protocols, identity access management (IAM), digital signatures, secrets management, and device management frameworks. In addition to being a robust software suite that facilitates strong authentication, encryption, tokenization, PKI management, and digital signature oversight, StrongKey Tellaro also features open-source components, including a FIDO® Certified FIDO2 server. Furthermore, we offer adaptable deployment options that cater to both data center and cloud environments, ensuring that our customers have the flexibility they need.

WALLIX Bastion's PAM solution is easy to use and deploy. It provides robust security and oversight of privileged access to critical IT infrastructure. With simplified Privileged Access Management, you can reduce the attack surface, protect remote access, and comply with regulatory compliance requirements. WALLIX Bastion provides top session management, secrets management and access management features to secure IT environments and enable Zero Trust policies. It also protects internal and external access of sensitive data, servers and networks in industries that range from healthcare to finance to industry, manufacturing, and even finance. Adapt to the digital transformation with secure DevOps thanks to AAPM (Application-to-Application Password Management). WALLIX Bastion can be used both on-premise or in the cloud for maximum flexibility, scalability and the lowest total cost of ownership. WALLIX Bastion PAM natively integrates to a full suite security solutions

Our Certificate Engine includes a variety of certificates such as Server Certs, IP Certs, User Certs, and Device Certs, ensuring comprehensive coverage for all your needs. Additionally, by connecting to eMudhra's CertiNext, you can effortlessly implement a fully automated certificate management system. With just three clicks required for nearly any task, along with a user-friendly interface and robust configuration options, the emCA Certificate Engine offers an unmatched level of intuitiveness in the market. This platform empowers users to establish hierarchies, manage certificate profiles, and adjust administrative settings, making PKI accessible for those without extensive expertise. Moreover, emCA seamlessly integrates with various HSMs, databases, and operating systems, enabling you to optimize your costs while maintaining compliance and security. It also adapts to your organization’s evolving security needs and cloud strategies, ensuring a future-proof solution for certificate management. By choosing emCA, you can simplify complex processes and enhance your overall security posture.

Manage and issue advanced certificates with ease through a comprehensive lifecycle management system. This platform allows for the automatic oversight of all your SSL Digital Certificates, offering a secure, reliable, and centralized solution. It empowers users to self-manage, provision, and maintain full control over their SSL/PKI needs. The risk of expired SSL certificates can lead to system failures, service interruptions, and a decline in customer trust. As the complexity of tracking digital certificates and their renewal timelines increases, the importance of an effective administration mechanism becomes evident. This flexible and dependable system streamlines the issuance and management of digital certificates throughout their lifecycle. By centralizing and automating the oversight of cryptographic keys and certificates, it prevents unexpected expirations. The platform features a secure, tiered cloud administration model, along with integration into Microsoft Active Directory. Additionally, the Certificate Discovery Tool can identify all certificates regardless of their issuer, while robust administrative safeguards like two-factor authentication and IP address validation enhance security measures. With such comprehensive tools at your disposal, managing digital certificates has never been more efficient.

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.