Business Software for Splunk Cloud Platform

Complexity is the enemy of security. Simplify and scale fine-grained data access control. Dynamically authorize and audit every query to comply with data security and privacy regulations. Okera integrates seamlessly into your infrastructure – in the cloud, on premise, and with cloud-native and legacy tools. With Okera, data users can use data responsibly, while protecting them from inappropriately accessing data that is confidential, personally identifiable, or regulated. Okera’s robust audit capabilities and data usage intelligence deliver the real-time and historical information that data security, compliance, and data delivery teams need to respond quickly to incidents, optimize processes, and analyze the performance of enterprise data initiatives.

Upon launching CrossLink, users encounter the prompt “Know More,” which embodies the platform's guiding principle. This philosophy drives CrossLink's mission to empower individuals, whether they are SOC analysts, investigators, or incident responders, to effectively narrate a more comprehensive story about their data. With a few clicks, search results from six interconnected categories of network and actor-centric information deliver essential insights that can be easily compiled and disseminated within an organization. Developed by a team of seasoned analysts with extensive practical experience in threat investigation, CrossLink addresses significant gaps present in the existing marketplace. The data categories encompass an extraordinary variety of actor profiles, communication records, historical Internet registration data, IP reputation, digital currency transactions, and passive DNS telemetry, all of which facilitate rapid investigations into various actors and incidents. Additionally, CrossLink equips users with features to generate alerts and lightweight management options through shareable case folders, enhancing collaborative efforts across teams. Ultimately, CrossLink aims to streamline the investigative process and foster a deeper understanding of the digital landscape.

Managing change reporting and access logs for Active Directory (AD) and enterprise applications can be a challenging and lengthy process, often rendering native IT auditing tools inadequate or even unusable. This difficulty frequently leads to potential data breaches and insider threats that may remain unnoticed without proper safeguards. Luckily, Change Auditor provides a solution to these issues. With Change Auditor, organizations benefit from comprehensive, real-time IT auditing, detailed forensic analysis, and vigilant security threat monitoring covering all essential configuration changes, user interactions, and administrator activities across platforms such as Microsoft Active Directory, Azure AD, Exchange, Office 365, and file servers. Additionally, Change Auditor meticulously records user actions related to logins, authentication, and other critical services, thereby improving threat detection and overall security oversight. Furthermore, its centralized console simplifies the auditing process by eliminating the need for multiple disparate IT audit tools, streamlining operations, and enhancing efficiency.

In just two brief years, VAST has achieved remarkable customer adoption, placing it among the top technology companies today. Global leaders are leveraging Universal Storage to eliminate the necessity for storage tiering, allowing them to extract valuable insights from extensive data reserves. Discover how you can seamlessly and securely manage all your data on a massive scale with cost-effective flash storage. By revolutionizing data storage, we are transforming the way organizations engage with their data by dismantling long-standing tradeoffs. Our focus goes beyond mere incremental improvements; we embrace innovative thinking to overcome the limitations set by outdated architectures. Our goal is to eradicate decades of complexity and eliminate application bottlenecks that hinder efficiency. VAST integrates a range of groundbreaking innovations to significantly alter the equation of flash cost versus capacity, making flash technology accessible for all types of data and applications. Consequently, organizations can say goodbye to slow, unreliable hard drives and the complications of layered storage tiers, paving the way for a more efficient future in data management. Ultimately, our approach not only simplifies storage solutions but also enhances operational effectiveness across various sectors.

Proofpoint's Adaptive Email Security delivers sophisticated and unified defense against various email-based risks such as phishing and Business Email Compromise (BEC). Utilizing behavioral AI technology, this solution evolves in response to changing threats, providing immediate protection throughout the email delivery process. By integrating email security into a cohesive platform, businesses can streamline their operations, minimize the complexity of multiple vendors, and realize considerable savings in both time and expenses. Furthermore, it includes advanced functionalities like internal mail protection, real-time coaching, and a comprehensive view of email security, making it a vital resource for safeguarding confidential communications and maintaining regulatory compliance. Organizations that implement this solution not only enhance their security posture but also foster a more efficient workflow across their email systems.

Data security often operates within isolated environments, yet sensitive information flows through various applications, platforms, storage systems, and devices, complicating the task of scaling security measures and maintaining uniform access controls. Machina offers a flexible and responsive authorization solution designed to tackle the complexities of modern data management. It empowers you to uphold your shared responsibility for securing both data at rest and in transit, whether in cloud settings or on-premises. You can monitor the handling and access of data while also auditing the enforcement of policies throughout your organization. By providing context-aware dynamic authorization for every access request, Machina ensures adherence to the principle of least privilege. It separates access logic from application code, facilitating policy enforcement across diverse environments. Consistent access policies can be implemented and enforced in real-time across various applications, repositories, workloads, and services. Furthermore, you will have the capability to monitor and analyze how data is managed and how policies are enforced within your enterprise, generating audit-ready evidence of compliance and enhancing your overall data governance strategies. This comprehensive approach not only strengthens security but also promotes greater transparency and accountability in data handling practices.

Available in more than 54 countries and utilized by various sectors such as finance, government, healthcare, education, and manufacturing, AuthControl Sentry® offers organizations a robust multi-factor authentication (MFA) solution. This innovative tool effectively safeguards applications and data from unauthorized access. AuthControl Sentry® is designed to accommodate diverse architectural needs while promoting widespread user adoption through its wide array of authentication methods. Featuring patented PINsafe® technology, it guarantees top-tier security. The solution is adaptable to both on-premise and cloud environments, allowing for flexible architecture options. Its single tenancy and single-tiered cloud design facilitate enhanced customization opportunities. With built-in risk-based authentication and single sign-on capabilities, it meets the demands of modern security. Furthermore, AuthControl Sentry® integrates effortlessly with hundreds of applications, ensuring maximum adoption and user-friendliness. Ultimately, this comprehensive approach to security positions organizations to effectively manage their authentication needs.

The Secure Access Hub by Airlock safeguards applications, APIs, and data from identity theft and prevalent web application threats. Blending security with user-friendliness, Airlock ensures a seamless customer experience through features like single sign-on, social registration, extensive user self-service options, and effective consent management. In a market that demands agility, the Airlock Secure Access Hub is designed to deliver crucial security functions, including registration, authentication, and user self-services, allowing businesses to focus their IT resources on core operations. Furthermore, this hub assists in adhering to various international compliance standards, encompassing GDPR, PSD2, PCI-DSS, OWASP, and MAS. By serving as a centralized enforcement point for access policies related to applications and services, it enables compliance with regulations while minimizing the need for modifications in each application. This innovative solution not only enhances security but also streamlines operational efficiency for businesses.

Censys Attack Surface Management (ASM) is dedicated to identifying previously unknown assets, which include everything from Internet services to cloud storage buckets, while thoroughly evaluating all public-facing assets for security and compliance issues, irrespective of their hosting environment. Although cloud services empower organizations to foster innovation and responsiveness, they also introduce a multitude of security vulnerabilities that can proliferate across numerous cloud initiatives and accounts across various providers. This challenge is further intensified by the tendency of non-IT staff to create unmanaged cloud accounts and services, leading to significant blind spots for security teams. With Censys ASM, you gain extensive security oversight of your Internet assets, no matter where they are located or under which account they reside. Censys not only identifies unknown assets, but also compiles a detailed inventory of all your public-facing assets, highlights serious security vulnerabilities, and enhances the value of your existing security investments with targeted insights. Additionally, the platform enables organizations to maintain a proactive security posture by continuously tracking and managing their diverse digital assets.

Organizations often adopt a variety of cyber security measures in their quest for enhanced protection, which can lead to a fragmented security framework that tends to incur a high total cost of ownership (TCO). By transitioning to a unified security strategy utilizing Check Point Infinity architecture, companies can secure proactive defenses against advanced fifth-generation threats, while simultaneously achieving a 50% boost in operational efficiency and slashing security expenses by 20%. This architecture represents the first integrated security solution that spans networks, cloud environments, mobile devices, and the Internet of Things (IoT), delivering top-tier threat prevention against both established and emerging cyber threats. Featuring 64 distinct threat prevention engines, it effectively combats known and unknown dangers, leveraging cutting-edge threat intelligence to enhance its protective capabilities. Infinity-Vision serves as the centralized management platform for Check Point Infinity, offering a cohesive approach to cyber security that is designed to thwart the most complex attacks across various domains, including networks and endpoints. The comprehensive nature of this solution ensures businesses can remain resilient in the face of evolving cyber threats while maintaining streamlined operations.

Intrusion Prevention Systems play a crucial role in identifying and thwarting attempts to exploit vulnerabilities in systems or applications, ensuring that your organization remains safeguarded against emerging threats. With Check Point's IPS integrated into our Next Generation Firewall, updates occur automatically, ensuring protection against both long-standing and newly discovered vulnerabilities. This technology offers a vast array of signature and behavioral preemptive defenses, enhancing your security posture. Our advanced acceleration technologies enable you to activate IPS safely, while a minimal false positive rate allows your team to focus on critical tasks without unnecessary interruptions. By enabling IPS on any Check Point security gateway, you can effectively lower your overall ownership costs. In addition, our on-demand hyperscale threat prevention capabilities provide enterprises with the ability to expand and maintain resilience on-site. Furthermore, we ensure that users can access corporate networks and resources securely and seamlessly, whether they are traveling or working from home. This comprehensive approach not only fortifies your defenses but also enhances overall productivity and operational efficiency.

WatchGuard DNSWatch is a cloud-based solution that enhances security through DNS-level filtering, which helps identify and prevent potentially harmful connections while safeguarding both networks and employees from destructive attacks. Critical alerts are analyzed by WatchGuard experts, who provide clear summaries that include in-depth information regarding any potential threats. In instances where phishing is involved and an employee inadvertently clicks a malicious link, DNSWatch swiftly redirects them away from the harmful site and supplies educational resources to bolster their understanding of phishing risks. Since hackers often exploit DNS to launch attacks on unaware targets, monitoring DNS requests proves to be an effective strategy for detecting and thwarting such threats. By incorporating DNS-level filtering into the Total Security Suite, DNSWatch adds an essential layer of protection against malware infections. Additionally, attempts made by users to connect to recognized malicious DNS addresses are automatically blocked, ensuring they are redirected to a secure landing page without any disruption to their experience. This proactive approach not only defends against immediate threats but also educates users, contributing to a more security-conscious workplace.

Are you exhausted from the complexities of high-level malware analysis? Engage in one of the most comprehensive analyses available, whether fully automated or manual, covering static, dynamic, hybrid, and graph analysis techniques. Instead of limiting yourself to a single approach, leverage the strengths of various technologies such as hybrid analysis, instrumentation, hooking, hardware virtualization, emulation, and artificial intelligence. Explore our detailed reports to witness the distinctive advantages we offer. Conduct in-depth URL analyses to identify threats like phishing, drive-by downloads, and tech scams. Joe Sandbox employs a sophisticated AI-driven algorithm that utilizes template matching, perceptual hashing, ORB feature detection, and more to uncover the malicious exploitation of legitimate brands on websites. You can even upload your own logos and templates to enhance detection capabilities further. Experience the sandbox's features through Live Interaction directly in your browser, allowing you to navigate intricate phishing campaigns or malware installers. Evaluate your software against vulnerabilities such as backdoors, information leaks, and exploits through both Static Application Security Testing (SAST) and Dynamic Application Security Testing (DAST). With these tools at your disposal, you can ensure a robust defense against ever-evolving cyber threats.

It is essential to ensure that your customers are indeed who they claim to be, while also recognizing that they prefer not to face cumbersome processes for verification, expecting you to prioritize the security of their credentials. Striking a harmonious balance between robust security measures and a seamless, enjoyable customer interaction is crucial for maintaining trust. Implementing real-time, ongoing identity verification and monitoring after authorization can effectively prevent account takeover (ATO) through intelligent multi-factor authentication. By utilizing risk-based policies in continuous authentication, organizations can enhance their security protocols. Acceptto is revolutionizing the cybersecurity landscape by redefining identity access management, viewing authentication as an ongoing process rather than a one-time event. Their innovative Passwordless Continuous AuthenticationTM technology, powered by AI and machine learning, scrutinizes and validates user identities, utilizing behavioral insights to identify unusual patterns and reducing reliance on susceptible binary authentication methods. In doing so, they provide an exceptionally intelligent, resilient, and nearly impregnable identity validation solution that meets the demands of modern security challenges. Ultimately, this approach not only enhances security but also fosters customer loyalty and satisfaction.

Companies that develop security products face a significant demand to create integrations with various third-party applications. This necessity arises from several factors, including customer expectations and the desire to enhance the functionality of their offerings. The target systems for these integrations can exist in diverse environments such as cloud, on-premise, or hybrid setups. The complexity increases due to the wide array of integration options provided by these target systems, including various interfaces like REST API, SOAP, SFTP, Message Queue, and SDKs. Additionally, the different data formats, such as JSON, XML, and Syslog, further complicate matters. Authentication and authorization methods also vary, with options including OAuth, API Tokens, and multi-factor authentication. Furthermore, challenges like rate limits, pagination options, latency issues, concurrency control, and data volume requirements must be addressed. As a result, security product companies frequently resort to developing customized, non-standard connectors for these target systems. This practice not only escalates development and support costs but also results in connectors that may underperform in terms of scalability, efficiency, and adaptability to future needs. Ultimately, the lack of standardization can hinder the overall integration process and impact customer satisfaction negatively.

Excelero offers a low-latency distributed block storage solution tailored for web-scale applications. With NVMesh, users can access shared NVMe technology over any network while maintaining compatibility with both local and distributed file systems. The platform includes a sophisticated management layer that abstracts the underlying hardware, supports CPU offload, and facilitates the creation of logical volumes with built-in redundancy, all while providing centralized management and monitoring capabilities. This allows applications to leverage the speed, throughput, and IOPS of local NVMe devices combined with the benefits of centralized storage, all without being tied to proprietary hardware, ultimately lowering the total cost of ownership for storage. Additionally, NVMesh's distributed block layer empowers unmodified applications to tap into pooled NVMe storage resources, achieving performance levels comparable to local access. Moreover, users can dynamically create arbitrary block volumes that can be accessed by any host equipped with the NVMesh block client, enhancing flexibility and scalability in storage deployments. This innovative approach not only optimizes resource utilization but also simplifies management across diverse infrastructures.

Improved full-lifecycle cloud native development capabilities empower customers to create future-ready applications. By harnessing the full power of the cloud today, businesses can develop applications designed for tomorrow's needs. Historically, cloud adoption strategies have concentrated on infrastructure and application migration, often neglecting the essential updates needed in the underlying code. Although the cloud has consistently provided advantages like elasticity and scalability, its complete potential can only be realized when the application code is modernized. Embracing cloud native technologies and contemporary architectures enables the development of modern applications that tap into the cloud's full capabilities, enhance agility, and expedite innovation. Create self-healing and auto-scaling applications that are free from server constraints. Serverless architectures not only optimize efficiency and cost but also delegate the majority of infrastructure and software management tasks to the platform, resulting in a more streamlined development process. This shift allows organizations to focus on innovation rather than infrastructure, paving the way for groundbreaking advancements.

Utilize a single platform to ensure that your asset, operational, and business data can seamlessly interact. We enable organizations across diverse sectors to simplify processes, eliminate obstacles, and enhance the speed of value realization through integrated solutions that effectively merge Physical (IoT/IIoT/OT) and Application (IT) data. With our platform, you can securely handle the ingestion of OT, IoT, IIoT, and business application data from a variety of disconnected systems, protocols, networks, and formats. Moreover, you can enrich contextual information, manage metadata, conduct transformations, and employ data mapping to work with standardized data models and schemas. This integration allows for the flow of data to various endpoints, supporting application and process logic, storage, data analysis, and both physical and digital automation efforts. Reekoh Accelerate™ stands out as a hybrid integration platform that treats data from both physical and digital assets with utmost importance. It equips users with a robust and flexible toolset for managing devices and data, as well as streamlining business workflows and automation processes to drive efficiency. By leveraging these capabilities, organizations can unlock the full potential of their data assets.

Incorporating mainframe and IBM i systems into top IT analytics and operations platforms is essential for gaining a comprehensive, enterprise-wide perspective that can bolster your digital business. In our constantly connected digital era, the IT department has become the backbone of organizational success, as even a single security incident or service disruption can halt operations entirely. Effectively tracking the myriad of applications and infrastructure components within this increasingly intricate environment and addressing problems proactively is no small feat. Fortunately, a variety of platforms exist that allow for real-time monitoring of IT security and operations across the enterprise, enabling swift action when needed. However, the challenge arises because these contemporary tools often do not provide native support for mainframe or IBM i systems. Consequently, if your business relies on these vital servers while managing them independently, you may be exposing yourself to significant risks due to a critical information gap. Therefore, integrating these systems with modern analytics tools could not only enhance visibility but also strengthen your overall operational resilience.

Marketers today are under immense pressure to deliver tangible results in an ever-evolving landscape filled with high expectations; CMOs seek significant victories while sales teams require enhanced support and quality leads, all while customers demand personalized experiences. As organizational dynamics change and budgets become increasingly constrained, we equip sales teams with valuable insights concerning target stakeholders, unique messaging that stands out from competitors, and engaging content that resonates with customers. Our support enables sales to successfully win, retain, and grow accounts. Additionally, we empower marketers to execute account-based marketing (ABM) programs at scale, featuring innovative campaigns that can be customized for one-on-one, small group, or broader audiences, coupled with optimization strategies that yield successful outcomes. We assist marketing teams in building, scaling, and refining their ABM initiatives effectively. Every two weeks, we share our latest findings and research crafted by our ABM experts, ensuring that our clients benefit from cutting-edge knowledge. Ultimately, we create impactful, comprehensive account-based marketing programs that deliver measurable results, driving success for our clients.

Hyperledger Sawtooth features a flexible and modular structure that distinctly separates the core functions from the application layer, enabling smart contracts to articulate the business rules for applications without needing to understand the details of the core architecture. Additionally, Hyperledger Sawtooth accommodates various consensus algorithms, such as Practical Byzantine Fault Tolerance (PBFT) and Proof of Elapsed Time (PoET), to enhance its functionality. Initially developed by Intel, Sawtooth serves as a blockchain framework that prioritizes adaptability and scalability. The potential of Distributed Ledger Technology spans numerous industries, with applications ranging from the Internet of Things (IoT) to financial services, thereby acknowledging the diverse needs across these sectors. Furthermore, Sawtooth can be deployed in both permissioned and permissionless environments, catering to a broad audience of users. Its innovative consensus mechanism, Proof of Elapsed Time (PoET), is particularly designed to accommodate large networks of validators while minimizing resource usage, highlighting the efficiency that Sawtooth aims to deliver in blockchain solutions. This versatility in deployment and consensus options positions Sawtooth as a compelling choice for organizations looking to implement blockchain technology.

Hyperledger Iroha is crafted to be straightforward and seamlessly integrated into infrastructure or IoT initiatives that demand distributed ledger technology. It showcases an uncomplicated framework, a modular design driven by domain specificity in C++, a focus on developing client applications, and introduces a novel consensus algorithm known as YAC, which is fault-tolerant. As a user-friendly blockchain platform, Hyperledger Iroha enables the creation of reliable, secure, and efficient applications, leveraging the advantages of a permissioned blockchain coupled with its crash fault-tolerant consensus mechanism. The platform is open-source and free to use, compatible with both Linux and Mac OS, and supports a variety of libraries for mobile and desktop environments. Hyperledger Iroha serves as a versatile permissioned blockchain solution, capable of managing digital assets, identities, and serialized data efficiently. Its potential applications span across multiple sectors, including interbank settlements, central bank digital currencies, payment solutions, national identification systems, and logistics management, making it a valuable asset in the evolving tech landscape. Notably, its design allows for scalability and adaptability, ensuring that it can meet the diverse needs of modern applications.

Hyperledger Indy offers a suite of tools, libraries, and reusable components that facilitate digital identities based on blockchains or distributed ledgers, ensuring their compatibility across various administrative domains, applications, and isolated systems. This technology not only works seamlessly with other blockchain solutions but can also function independently, thus enhancing the decentralization of identity management. It is a distributed ledger specifically designed for decentralized identity, with built-in resistance to correlation. The platform supports Decentralized Identifiers (DIDs) that are unique and can be resolved through a ledger without any need for centralized authorities. Additionally, Indy features Pairwise Identifiers, which establish secure one-to-one relationships between two entities. The verifiable claims it utilizes are formatted for efficient exchange of digital identity attributes and are currently being standardized by the W3C. Moreover, it incorporates Zero Knowledge Proofs, which allow for the validation of certain claims without disclosing any extraneous information, further enhancing user privacy and security. This multifaceted approach positions Hyperledger Indy as a robust framework for the future of identity management in a digital landscape.

Hyperledger Besu is an Ethereum client tailored for enterprise applications that cater to both public and private permissioned networks. It is capable of running on various test networks, including Rinkeby, Ropsten, and Görli. The client supports multiple consensus mechanisms such as Proof of Work (PoW) and Proof of Authority (PoA), featuring options like IBFT, IBFT 2.0, Ethash, and Clique. Its robust permissioning frameworks are specifically crafted for consortium settings. Additionally, Hyperledger Besu adheres to the Enterprise Ethereum Alliance (EEA) specifications, which aim to establish uniform interfaces among various Ethereum projects, whether open-source or proprietary. This ensures that users remain free from vendor lock-in while fostering standardized interfaces for application development. By aligning its enterprise capabilities with the EEA client standards, Hyperledger Besu effectively contributes to the Ethereum ecosystem. Furthermore, the client’s implementation of diverse consensus algorithms is crucial for processes such as transaction validation, block validation, and the production of new blocks, enhancing its overall reliability and performance.

Modern enterprises rely on countless partners and third party solutions to enhance online services, improve their operations, grow the business, and serve their customers. Each of these resources, in turn, connects with countless others to create a dynamic and growing ecosystem of assets that are mostly unmonitored. These hyperconnected eco-systems represent a vastly new attack surface, which falls outside the traditional security perimeters and enterprise risk management strategy. IONIX secures and protects enterprises against this new attack vector. IONIX, the only External Attack Surface Management Platform, allows organizations to identify and eliminate risks throughout their digital supply chain. Enterprises gain visibility and control over hidden risks arising from Web, Cloud PKI, DNS vulnerabilities or misconfigurations. Integrates natively or via API with Microsoft Azure Sentinel (including Atlassian JIRA), Splunk, Cortex XSOAR and more.