Alternatives to Intel Trust Authority

NVIDIA Confidential Computing safeguards data while it is actively being processed, ensuring the protection of AI models and workloads during execution by utilizing hardware-based trusted execution environments integrated within the NVIDIA Hopper and Blackwell architectures, as well as compatible platforms. This innovative solution allows businesses to implement AI training and inference seamlessly, whether on-site, in the cloud, or at edge locations, without requiring modifications to the model code, all while maintaining the confidentiality and integrity of both their data and models. Among its notable features are the zero-trust isolation that keeps workloads separate from the host operating system or hypervisor, device attestation that confirms only authorized NVIDIA hardware is executing the code, and comprehensive compatibility with shared or remote infrastructures, catering to ISVs, enterprises, and multi-tenant setups. By protecting sensitive AI models, inputs, weights, and inference processes, NVIDIA Confidential Computing facilitates the execution of high-performance AI applications without sacrificing security or efficiency. This capability empowers organizations to innovate confidently, knowing their proprietary information remains secure throughout the entire operational lifecycle.

The way we work has changed. People can now work anywhere and not only from their office. Applications are now hosted in the cloud and not on-premise. The company network perimeter is now distributed across the internet. Traditional, network-centric VPNs for remote access are not only difficult to maintain and outdated, but also expose businesses to security risks. It is expensive and time-consuming to purchase, deploy, and maintain VPN infrastructure. Hackers can expose entire networks if they are unable to secure access at the application level. Twingate allows organizations to quickly implement a zero trust network that is more secure than VPNs. Twingate is a cloud-based service that allows IT teams to quickly set up a software-defined perimeter without having to change infrastructure. It also centrally manages user access to internal apps, no matter if they are in the cloud or on-prem.

Tinfoil is a highly secure AI platform designed to ensure privacy by implementing zero-trust and zero-data-retention principles, utilizing open-source or customized models within secure hardware enclaves located in the cloud. This innovative approach offers the same data privacy guarantees typically associated with on-premises systems while also providing the flexibility and scalability of cloud solutions. All user interactions and inference tasks are executed within confidential-computing environments, which means that neither Tinfoil nor its cloud provider have access to or the ability to store your data. Tinfoil facilitates a range of functionalities, including private chat, secure data analysis, user-customized fine-tuning, and an inference API that is compatible with OpenAI. It efficiently handles tasks related to AI agents, private content moderation, and proprietary code models. Moreover, Tinfoil enhances user confidence with features such as public verification of enclave attestation, robust measures for "provable zero data access," and seamless integration with leading open-source models, making it a comprehensive solution for data privacy in AI. Ultimately, Tinfoil positions itself as a trustworthy partner in embracing the power of AI while prioritizing user confidentiality.

Google Cloud's Confidential Computing offers hardware-based Trusted Execution Environments (TEEs) that encrypt data while it is actively being used, thus completing the encryption process for data both at rest and in transit. This suite includes Confidential VMs, which utilize AMD SEV, SEV-SNP, Intel TDX, and NVIDIA confidential GPUs, alongside Confidential Space facilitating secure multi-party data sharing, Google Cloud Attestation, and split-trust encryption tools. Confidential VMs are designed to support workloads within Compute Engine and are applicable across various services such as Dataproc, Dataflow, GKE, and Gemini Enterprise Agent Platform Notebooks. The underlying architecture guarantees that memory is encrypted during runtime, isolates workloads from the host operating system and hypervisor, and includes attestation features that provide customers with proof of operation within a secure enclave. Use cases are diverse, spanning confidential analytics, federated learning in sectors like healthcare and finance, generative AI model deployment, and collaborative data sharing in supply chains. Ultimately, this innovative approach minimizes the trust boundary to only the guest application rather than the entire computing environment, enhancing overall security and privacy for sensitive workloads.

Smallstep is a Device Identity Platform™ designed to close a critical gap in Zero Trust security by authenticating devices, not just users. Using ACME Device Attestation, it creates hardware-bound credentials that prove a device’s authenticity and ownership with cryptographic certainty. These credentials protect access to corporate Wi-Fi, VPNs, SaaS tools, cloud workloads, source code, and sensitive data. Co-developed with Google and standardized at the IETF, ACME DA modernizes legacy approaches like SCEP with stronger guarantees and simpler automation. Smallstep works across macOS, Windows, Linux, iOS, and Android, making it ideal for heterogeneous environments. With deep integrations across enterprise IT and DevOps stacks, it delivers scalable, high-assurance device security without operational complexity.

Maximize your resources. Optimize your cloud, platforms, and software. This is the new definition of application and API network operations management. All your API, application, and network operations are managed in the same place, with the same governance rules, observability and auditing. Zero-trust micro-segmentation and omni-directional traffic splitting, infrastructure agnostic authentication, and traffic management are all available to protect your resources. IT-informed decision making is possible. Massive IT operations data is generated by API, application and network monitoring and control. It is possible to access it in real-time using AI. Grey Matter makes integration easy and standardizes aggregation of all IT Operations data. You can fully leverage your mesh telemetry to secure and flexiblely future-proof your hybrid infrastructure.

The cloud-delivered ColorTokens Xtended ZeroTrust Platform protects the inside with unified visibility, microsegmentation and zero-trust network access. It also protects endpoints, workloads, and endpoints with endpoint protection. Visibility across multiclouds and on-premise. Protection of cloud workloads via micro-segment Stop ransomware taking control of your endpoints. You can see all communications between processes, files and users. With built-in vulnerability and threat assessment, you can identify security gaps. Simpler and quicker time-to-compliance for HIPAA, PCI and GDPR. You can easily create ZeroTrust Zones™ and dramatically reduce the attack surface. Dynamic policies that protect cloud workloads. Without the need for cumbersome firewall rules or VLANs/ACLs, you can block lateral threats. By allowing only whitelisted processes, you can lock down any endpoint. Stop communication to C&C servers and block zero-day exploits.

Clique stands as a groundbreaking infrastructure entity that bolsters on-chain applications by incorporating Trusted Execution Environments (TEEs) to ensure secure, verifiable, and efficient off-chain computations. Functioning similarly to an off-chain AWS Lambda system, their TEE network facilitates confidential and verifiable function calls tailored for smart contracts. Developers are empowered to leverage Clique's SDKs to craft personalized executors, engage with smart contracts, and confirm attested signatures directly on-chain. The platform is versatile, accommodating various TEE models like Intel SGX, TDX, AMD SEV-SNP, and AWS Nitro, which guarantees a high level of security and adaptability. Clique's innovations cater to a range of applications that demand low-latency performance, privacy protection, and integration with external data sources, including off-chain order books, data sharing, and TLS oracles. Remarkably, Clique has enabled over $3.5 billion in on-chain transactions while servicing a user base exceeding 750,000 individuals. This impressive track record underscores Clique's critical role in advancing the capabilities of blockchain technology.

Phala provides a confidential compute cloud that secures AI workloads using TEEs and hardware-level encryption to protect both models and data. The platform makes it possible to run sensitive AI tasks without exposing information to operators, operating systems, or external threats. With a library of ready-to-deploy confidential AI models—including options from OpenAI, Google, Meta, DeepSeek, and Qwen—teams can achieve private, high-performance inference instantly. Phala’s GPU TEE technology delivers nearly native compute speeds across H100, H200, and B200 chips while guaranteeing full isolation and verifiability. Developers can deploy workflows through Phala Cloud using simple Docker or Kubernetes setups, aided by automatic environment encryption and real-time attestation. Phala meets stringent enterprise requirements, offering SOC 2 Type II compliance, HIPAA-ready infrastructure, GDPR-aligned processing, and a 99.9% uptime SLA. Companies across finance, healthcare, legal AI, SaaS, and decentralized AI rely on Phala to enable use cases requiring absolute data confidentiality. With rapid adoption and strong performance, Phala delivers the secure foundation needed for trustworthy AI.

RidgeShield offers essential cloud workload protection by implementing zero-trust micro-segmentation technology, safeguarding cloud workloads no matter if they reside on-premises, in hybrid clouds, or across multiple cloud platforms. This solution empowers organizations to maintain a robust security posture in the face of advanced security threats. Acting as a cutting-edge host-based micro-segmentation platform, RidgeShield is compatible with various operating systems and workloads while perpetually monitoring traffic and applying cohesive security policies throughout any environment. By leveraging RidgeShield, businesses can effectively bolster their defenses and reduce the risk of potential breaches.

Fortify your network and cloud ecosystems by implementing a Zero Trust Architecture utilizing the most advanced security policy automation technology available in the market. Ensure comprehensive network security across your hybrid enterprise setup with a unified solution tailored for both network and cloud security teams. Enhance your understanding of security measures across on-premises, hybrid, and multi-cloud settings, while employing security policies throughout your infrastructure to create a Zero Trust framework that does not impede business agility or hinder developer productivity. Facilitate cloud migration, integrate security seamlessly into DevOps pipelines, and centrally oversee security policies within intricate environments. Relying on manual methods for managing network modifications and enforcing security policies within your DevOps workflows can be tedious, leading to errors and increasing security vulnerabilities. Transitioning to automated processes not only streamlines operations but also enhances overall security resilience.

Secure your workloads, streamline adherence to regulations, and ensure data sovereignty with IBM Cloud Secure Virtualization. A reliable cloud infrastructure must address critical concerns regarding corporate governance, security, and compliance. Customers seek to establish a setting where administration, workload performance, and data accessibility are limited to specific geographic locations while maintaining comprehensive audit capabilities. During the setup process, it is essential to determine the firmware settings that will be permitted and the hypervisor settings that have received approval. Carefully catalog each physical host along with its location, generating a snapshot or fingerprint of the launch configuration for each trusted host. This information is compiled into an allowlist. When the BIOS and hypervisor measurements of a host align with those recorded in the allowlist, the boot environment is verified. Consequently, the host is initiated in a state deemed secure and trusted, ensuring the integrity of the cloud environment throughout its operation. By implementing these protocols, organizations can confidently manage their cloud resources while meeting stringent security standards.

The Hyperport is an integrated solution for secure user access that combines Zero-Trust Network Access (ZTNA), Privileged Access Management (PAM), and Secure Remote Access (SRA) into a single, adaptable framework, facilitating rapid connections for internal personnel, remote workers, vendors, and external partners without sacrificing security. This system upholds the principle of least privilege throughout an organization’s entire infrastructure, encompassing everything from Windows and web applications to industrial control systems, by implementing just-in-time authorization, multi-factor authentication across all security zones, real-time monitoring, session recording, and dynamic entitlement management. Designed to accommodate hybrid, cloud, and on-premises deployments with support for multiple sites, it allows for centralized administration across IT, OT, ICS, and CPS environments; additionally, it provides browser-based access portals (Web, RDP, SSH, VNC), encrypted file transfers, immutable audit logs, micro-segmentation, and stringent policy enforcement to minimize the potential attack surface. Moreover, the platform's robust features ensure that organizations can efficiently manage user access and maintain compliance with security standards, ultimately enhancing overall cybersecurity posture.

Sangfor Athena SASE is a comprehensive, cloud-native Secure Access Service Edge platform designed to deliver secure, fast, and reliable network access for hybrid and distributed workforces. By integrating advanced security capabilities—such as Zero Trust Guard (ZTNA), Secure Web Gateway (SWG), Firewall as a Service (FWaaS), Data Loss Prevention (DLP), and Endpoint Detection and Response (EDR)—Athena SASE ensures consistent protection across on-premises, cloud, and SaaS environments. The platform’s unified management console streamlines network and security operations, cutting down complexity and allowing IT teams to focus on strategic initiatives. Its global backbone and cross-border traffic acceleration capabilities support seamless geographic expansion while ensuring compliance with regulations like GDPR and CCPA. Athena SASE adapts to modern business needs by enabling secure access from any device or location, boosting workforce productivity. The solution helps organizations reduce total cost of ownership by consolidating multiple networking and security tools into one platform. With features like adaptive authentication and continuous device posture assessment, it balances robust security with a seamless user experience. This makes Athena SASE ideal for businesses embracing cloud adoption and hybrid work models.

PrivateCore vCage offers a safeguard for servers operating in untrusted settings against ongoing malware attacks, harmful hardware components, and insider threats. Cloud environments, both private and public like OpenStack, can consist of thousands of computing nodes dispersed across various geographic locations, making them vulnerable. Breaching a single compute node puts the security of the entire computing framework at risk. By utilizing PrivateCore vCage, this framework is shielded from continuous threats, ensuring the protection of servers that host sensitive applications on cloud infrastructures. The technology behind PrivateCore vCage establishes a robust secure foundation for cloud computing by safeguarding both the servers and the virtual machines hosted on them. The vCage software not only verifies the integrity of the servers but also fortifies the environment to reduce potential attack surfaces, and it employs encryption to protect sensitive data in use, such as that held in memory. Moreover, this comprehensive approach to security helps organizations maintain trust while operating in complex cloud ecosystems.

Xcitium stands out as the sole comprehensive zero-trust cybersecurity solution, extending its zero-trust approach seamlessly from endpoints to the cloud within a unified interface. It employs a unique detection-less innovation through its patented Kernel-level API virtualization, which significantly diminishes the time threats can operate undetected in your system, effectively bringing that window down to zero. While attacks may unfold in mere minutes or seconds, their effects often take longer to manifest, as intruders require some time to establish a presence and execute their malicious plans. Xcitium proactively interrupts and contains these attacks before they can inflict any harm or achieve their objectives. By providing each endpoint, network, and workload with cutting-edge threat intelligence aimed at identifying cyber threat signatures and payloads, it fortifies defenses against emerging or zero-day threats through its robust static, dynamic, and proprietary behavioral AI technology. This ensures that organizations are not only prepared for existing threats but are also equipped to anticipate and neutralize new ones effectively.

Privatemode offers an AI service similar to ChatGPT, distinguished by its commitment to user data privacy. By utilizing confidential computing techniques, Privatemode ensures that your data is encrypted right from your device, maintaining its protection throughout the AI processing stages. This guarantees that your sensitive information is safeguarded at every step. Key features include: Complete encryption: Thanks to confidential computing, your data is continuously encrypted, whether it is being transferred, stored, or processed in memory. Comprehensive attestation: The Privatemode application and proxy confirm the integrity of the service using cryptographic certificates issued by hardware, ensuring trustworthiness. Robust zero-trust architecture: The design of the Privatemode service actively prevents any unauthorized access to your data, including from Edgeless Systems. EU-based hosting: The Privatemode infrastructure is located in premier data centers within the European Union, with plans for additional locations in the near future. This commitment to privacy and security sets Privatemode apart in the landscape of AI services.

Anyscale is a configurable AI platform that unifies tools and infrastructure to accelerate the development, deployment, and scaling of AI and Python applications using Ray. At its core is RayTurbo, an enhanced version of the open-source Ray framework, optimized for faster, more reliable, and cost-effective AI workloads, including large language model inference. The platform integrates smoothly with popular developer environments like VSCode and Jupyter notebooks, allowing seamless code editing, job monitoring, and dependency management. Users can choose from flexible deployment models, including hosted cloud services, on-premises machine pools, or existing Kubernetes clusters, maintaining full control over their infrastructure. Anyscale supports production-grade batch workloads and HTTP services with features such as job queues, automatic retries, Grafana observability dashboards, and high availability. It also emphasizes robust security with user access controls, private data environments, audit logs, and compliance certifications like SOC 2 Type II. Leading companies report faster time-to-market and significant cost savings with Anyscale’s optimized scaling and management capabilities. The platform offers expert support from the original Ray creators, making it a trusted choice for organizations building complex AI systems.

Cisco Zero Trust presents an all-encompassing solution designed to secure access to your applications and environment, accommodating any user, device, and location. This holistic zero trust security framework enables organizations to effectively identify, address, and respond to various risks within their environments. Discover how you can enhance your security posture with Cisco Secure today. By analyzing data from millions of authentications, Duo sheds light on how companies facilitate remote work across diverse devices while implementing measures to guarantee secure access to their applications. The zero trust philosophy is a strategic security approach that emphasizes the necessity of removing inherent trust from an organization’s network design. Trust is not a straightforward concept; it is neither entirely granted nor permanently established. We can no longer take for granted that internal users are reliable, that they can be effectively governed to minimize security threats, or that a single verification suffices. With the zero-trust model, organizations are encouraged to continuously reevaluate their trust assumptions with each access request, thereby fostering a more secure and resilient digital landscape. This proactive stance significantly enhances overall security by ensuring that every access attempt is scrutinized, which is crucial in today's evolving threat environment.

Implementing a default-deny, Zero Trust policy for users accessing applications across any on-premises private network, public cloud, or SaaS setting enhances security. This approach connects users more efficiently and securely than traditional VPNs while offering seamless integration with your existing identity providers and endpoint protection solutions. You can try our Free plan indefinitely for up to 50 users, allowing for specific application access control that prevents lateral movement. Users can easily access the resources they require while being restricted from those they should not reach. Cloudflare remains neutral regarding identity and application types, ensuring the safety of any application, whether SaaS, cloud-based, or on-premises, through your chosen identity provider. Furthermore, prior to access approval, it assesses device posture by checking signals such as Gateway client presence, serial numbers, and mTLS certificates, guaranteeing that only recognized and secure devices can connect to your vital resources. This comprehensive security framework not only streamlines connectivity but also fortifies your organization's defenses against unauthorized access.

InstaSafe is redefining the challenge of secure access to modern networks by leveraging Zero Trust principles with its security solutions, that ensure seamless access to cloud applications, SAP applications, on-premise data, IoT devices, and multiple other neoteric use cases. InstaSafe discards traditional VPN based conceptions of a network perimeter, instead moving the perimeter to the individual users and the devices they access. The Zero Trust approach followed by InstaSafe mandates a “never trust, always verify' approach to privileged access, without focusing on network locality.

The Symantec Integrated Cyber Defense (ICD) Platform offers a comprehensive suite of security solutions, including Endpoint Security, Identity Security, Information Security, and Network Security, effectively safeguarding both on-premises and cloud environments. As the pioneering company to unify and synchronize security functions across these diverse systems, Symantec empowers organizations to adopt cloud technologies at their own pace while preserving prior investments in critical infrastructure. Understanding that organizations often utilize multiple vendors, Symantec has developed the Integrated Cyber Defense Exchange (ICDx), facilitating seamless integration of third-party solutions and intelligence sharing throughout the platform. Unique in the cyber defense landscape, Symantec provides robust solutions that cater to all types of infrastructures, whether they are fully on-premises, exclusively cloud-based, or a hybrid of both, ensuring adaptable protection for every enterprise. This commitment to flexibility and integration underscores Symantec's position as an industry leader in comprehensive cyber defense.

The Teleport Infrastructure Identity Platform is a modernization of identity, access and policy for infrastructure for both human and not-human identities. It improves engineering velocity and resilience of critical infrastructure to human factors or compromise. Teleport is designed for infrastructure use cases. It implements trusted computing with unified cryptographic identity for humans, machines, and workloads. Endpoints, infrastructure assets and AI agents can all be identified. Our identity-everywhere solution vertically integrates identity governance, zero trust networking and access management into a single platform. This eliminates overhead and operational silos.

Constellation stands out as a Kubernetes distribution certified by the CNCF, utilizing confidential computing to ensure the encryption and isolation of entire clusters, thus safeguarding data at rest, in transit, and during processing by executing control and worker planes within hardware-enforced trusted execution environments. The platform guarantees workload integrity through the use of cryptographic certificates and robust supply-chain security practices, including SLSA Level 3 and sigstore-based signing, while successfully meeting the benchmarks set by the Center for Internet Security for Kubernetes. Additionally, it employs Cilium alongside WireGuard to facilitate precise eBPF traffic management and comprehensive end-to-end encryption. Engineered for high availability and automatic scaling, Constellation enables near-native performance across all leading cloud providers and simplifies the deployment process with an intuitive CLI and kubeadm interface. It ensures the implementation of Kubernetes security updates within a 24-hour timeframe, features hardware-backed attestation, and offers reproducible builds, making it a reliable choice for organizations. Furthermore, it integrates effortlessly with existing DevOps tools through standard APIs, streamlining workflows and enhancing overall productivity.

Utilize Azure ExpressRoute to establish secure private links between Azure data centers and your local infrastructure or colocation setups. Unlike standard internet connections, ExpressRoute pathways do not traverse the public internet, providing enhanced reliability, quicker speeds, and reduced latencies. This approach can lead to considerable cost savings when transferring data between your on-site systems and Azure. Moreover, ExpressRoute enables you to seamlessly connect and expand the compute and storage capabilities of your current data centers. With its high throughput and rapid response times, Azure will integrate seamlessly as an extension of your existing environments, allowing you to leverage the scalability and economic advantages of the public cloud while maintaining optimal network performance. This combination ensures that you can efficiently manage workloads and data transfer without compromising on speed or reliability.

Remote Safely provides an additional layer of Zero-Trust security to mitigate residual risks that can be associated with remote work. Remote Safely is a combination of multiple security controls, such as AI-based risk detection, VDI, and SOC workforce capabilities, to provide effective protection against data breaches caused either by low- or high-tech attacks. This includes visual hacking. Remote Safely is a better alternative to the current zero-trust approach. It only allows access to critical data and continuously verifies identity via biometric screening of remote work environments. The solution verifies the identity and detects suspicious events to prevent data being accessed or viewed by anyone other than the person who is located in the camera view area. Remote Safely allows businesses to offer greater flexibility for their workforce. This allows them to allow their teams to concentrate on what they do best, and their data to be secure.

Trellix offers an industry-leading, AI-powered security platform that enables businesses to protect against cyber threats and mitigate risks across multiple sectors, including endpoint, email, network, data, and cloud security. With generative and predictive AI integrated into the platform, Trellix provides enhanced detection capabilities, guided investigations, and real-time contextualization of the threat landscape. This advanced technology ensures high efficacy in threat response and enables organizations to triage and assess alerts faster than ever. Trellix’s resilient design allows seamless operations in on-premises, hybrid, and cloud environments, making it a versatile solution for modern businesses. The platform’s open architecture also connects with thousands of integrations, making it adaptable to various security tools. Businesses using Trellix save hours of Security Operations Center (SOC) time per 100 alerts, increasing overall security efficiency.

Xage Security specializes in cybersecurity, focusing on zero trust asset protection specifically designed for critical infrastructure, industrial IoT, and operational technology (OT) settings. At the heart of its offerings is the Xage Fabric Platform, which supports various products and use cases, providing robust defense against cyber threats across OT, IIoT, IT, and cloud environments. Adopting a zero trust security model, Xage operates on the guideline of "never trust, always verify," ensuring that every user and device undergoes authentication before being granted access to any asset. Additionally, Xage implements detailed access policies that take into account user identity, situational context, and the risk associated with each asset. The portfolio of Xage includes solutions like Zero Trust Remote Access, Identity-Based Access Management, and Zero Trust Data Exchange, which cater to diverse operational needs. Various organizations, spanning government entities, utility services, and industrial manufacturers, utilize Xage’s products, relying on the company to safeguard their vital infrastructure, OT resources, and industrial data from potential cyber threats. This commitment to security empowers organizations to operate with greater confidence in an increasingly complex digital landscape.

Implementing a least-privileged access model ensures robust security for every user, regardless of their location. Transient authentication allows for precise, limited access to essential infrastructure. Zentry Trusted Access offers a seamless, clientless, browser-oriented zero-trust application access solution tailored for small to medium-sized enterprises. Organizations benefit from improved security measures, enhanced compliance, a diminished attack surface, and better oversight of users and applications. As a cloud-native platform, Zentry Trusted Access is both easy to set up and intuitive to navigate. Users—including employees, contractors, and third parties—only require an HTML5 browser to securely access applications in both the cloud and data centers, eliminating the need for additional client installations. By utilizing zero trust principles such as multi-factor authentication and single sign-on, only authenticated users can gain entry to applications and resources. Additionally, all sessions are protected with end-to-end encryption via TLS, with each session regulated by detailed access policies. This approach not only enhances security but also fosters a more flexible working environment.

In the modern digital landscape, conventional security measures fall short in defending against cyber threats, which necessitates that organizations embrace a Zero Trust Network approach. This model operates on straightforward principles: no user or device is trusted, whether they are within the internal network or external to it, and access is minimized based on verified identity. While these principles are easy to understand, the process of implementation can pose significant challenges, particularly when it involves costly and lengthy upgrades to current network systems that may deter organizations from transitioning to Zero Trust. However, Unisys Stealth offers a versatile cybersecurity solution that leverages identity-based encrypted microsegmentation to seamlessly convert your existing infrastructure—whether on-premises or cloud-based—into a Zero Trust Network. With Unisys Stealth, businesses gain access to a suite of products and services designed to enhance their security posture, ensure regulatory adherence, and safeguard their operations. This innovative approach empowers organizations to proactively address vulnerabilities while fostering a more resilient security framework.

IBM Hyper Protect Virtual Servers utilize IBM Secure Execution for Linux to create a confidential computing landscape that safeguards sensitive information within virtual servers and container environments. By leveraging a hardware-based, trusted execution environment (TEE), this solution ensures secure computations, available both on-premise and as a managed service through IBM Cloud. Organizations can confidently develop, deploy, and oversee critical applications across hybrid multi-cloud infrastructures while benefiting from the confidential computing capabilities on IBM Z and LinuxONE. Developers are empowered to construct their applications within a secure framework that guarantees integrity, while administrators can confirm that applications come from a reliable source through their auditing practices. Moreover, operations teams are granted the capability to manage systems without needing direct access to applications or their sensitive information. This approach offers robust protection for digital assets on a secure and tamper-resistant Linux platform, ensuring peace of mind for businesses navigating complex security landscapes. In this way, IBM Hyper Protect Virtual Servers play a crucial role in enhancing the overall security posture of organizations.

OPAQUE Systems delivers a cutting-edge confidential AI platform designed to unlock the full potential of AI on sensitive enterprise data while maintaining strict security and compliance. By combining confidential computing with hardware root of trust and cryptographic attestation, OPAQUE ensures AI workflows on encrypted data are secure, auditable, and policy-compliant. The platform supports popular AI frameworks such as Python and Spark, enabling seamless integration into existing environments with no disruption or retraining required. Its turnkey retrieval-augmented generation (RAG) workflows allow teams to accelerate time-to-value by 4-5x and reduce costs by over 60%. OPAQUE’s confidential agents enable secure, scalable AI and machine learning on encrypted datasets, allowing businesses to leverage data that was previously off-limits due to privacy restrictions. Extensive audit logs and attestation provide verifiable trust and governance throughout AI lifecycle management. Leading financial firms like Ant Financial have enhanced their models using OPAQUE’s confidential computing capabilities. This platform transforms AI adoption by balancing innovation with rigorous data protection.

ThinScale offers a comprehensive platform for endpoint security and management, designed to assist organizations in safeguarding and overseeing Windows devices across remote, hybrid, and on-site environments by implementing zero-trust security protocols, thwarting malware, and mitigating data loss while enabling large-scale unified endpoint management. This solution consolidates the lockdown of devices, ensures process security, and reduces the risk of data loss, accommodating corporate, third-party, and personal devices to establish secure and compliant workspaces without compromising on usability, enhanced by detailed allowlisting and session isolation to avert threats and unauthorized access. Furthermore, it caters to virtual desktop and desktop-as-a-service settings, empowering IT teams to efficiently manage and update endpoints, policies, and applications through a single, user-friendly console, while also incorporating device analytics and telemetry to provide real-time insights into performance metrics. This integrated approach not only streamlines endpoint management but also enhances overall security posture across diverse organizational environments.

Prevent ransomware and contain cyber threats effectively. Implement segmentation in any cloud environment, data center, or endpoint swiftly within minutes. Enhance your Zero Trust initiative while safeguarding your organization through automated security measures, advanced visibility, and unmatched scalability. Illumio Core effectively halts the spread of attacks and ransomware by leveraging intelligent insights and micro-segmentation. Obtain a comprehensive overview of workload communications, rapidly develop policies, and automate the implementation of micro-segmentation that seamlessly integrates across all applications, clouds, containers, data centers, and endpoints. Moreover, Illumio Edge broadens the Zero Trust framework to the edge, ensuring that malware and ransomware are confined to individual laptops rather than proliferating to countless devices. By transforming laptops into Zero Trust endpoints, you can restrict an infection to a single device, thus providing endpoint security solutions such as EDR with additional time to identify and mitigate threats efficiently. This strategy not only fortifies the security posture of your organization but also streamlines response times to potential breaches.

An attacker will always find a way to get in. You can protect your environment from lateral movement by creating a positive security model that limits lateral movement. TrueFort provides security teams with the scalable workload protection platform they require to protect hybrid environments. Modern infrastructure is not suitable for next-generation firewalls or IP address-based controls. TrueFort protects against advanced attacks, regardless of whether your workloads are executed in the cloud, on virtual infrastructure, or on physical servers. It provides workload hardening and integrity monitoring, detection, response, and identity-based segmentation. TrueFort combines security observability across the entire environment with real-time response, service accounts behavior analytics, file integrity monitoring and file integrity monitoring. This highlights differences between binary and file versions.

Fortanix Confidential AI presents a comprehensive platform that allows data teams to handle sensitive datasets and deploy AI/ML models exclusively within secure computing environments, integrating managed infrastructure, software, and workflow orchestration to uphold privacy compliance across organizations. This service features on-demand infrastructure driven by the high-performance Intel Ice Lake third-generation scalable Xeon processors, enabling the execution of AI frameworks within Intel SGX and other enclave technologies while ensuring no external visibility. Moreover, it offers hardware-backed execution proofs and comprehensive audit logs to meet rigorous regulatory standards, safeguarding every aspect of the MLOps pipeline, from data ingestion through Amazon S3 connectors or local uploads to model training, inference, and fine-tuning, while also ensuring compatibility across a wide range of models. By leveraging this platform, organizations can significantly enhance their ability to manage sensitive information responsibly while advancing their AI initiatives.

BlastShield represents a cutting-edge zero-trust, software-defined perimeter solution meticulously crafted to safeguard essential IT and OT assets by making them invisible and inaccessible to unauthorized entities. By creating an encrypted, peer-to-peer overlay network, it effectively conceals protected devices and sensitive data from network scanning and traffic analysis tools, which helps avert credential theft, reconnaissance efforts, and lateral movements within the network. The solution integrates phishing-resistant, passwordless multi-factor authentication methods—including mobile authenticators and FIDO2 keys—with microsegmentation, encryption of data in motion, and policy-driven access controls, thereby ensuring that only explicitly authorized devices and users are allowed to connect. Furthermore, BlastShield is versatile enough to be deployed in a variety of network environments, such as TCP/IP, SCADA, SD-WAN, or even raw Ethernet, making it capable of safeguarding a diverse range of assets from legacy OT/ICS equipment and sensors to PLCs, HMIs, cloud virtual machines, and virtual infrastructures. Its robust security framework not only enhances protection but also streamlines operational efficiency across different technological landscapes.

Azure Confidential Computing enhances the privacy and security of data by safeguarding it during processing, rather than merely when it is stored or transmitted. It achieves this by encrypting data in memory through hardware-based trusted execution environments, enabling computations to occur only after the cloud platform has authenticated the environment. This method effectively blocks access from cloud service providers, administrators, and other privileged users. Additionally, it facilitates scenarios like multi-party analytics, where various organizations can collaboratively use encrypted datasets for joint machine learning efforts without disclosing their respective data. Users maintain complete control over their data and code, dictating which hardware and software can access them, and they can transition existing workloads using familiar tools, SDKs, and cloud infrastructures. Ultimately, this approach not only fosters collaboration but also significantly bolsters trust in cloud computing environments.

Featuring robust computing power, integrated accelerators, and exceptional I/O and memory bandwidth, the Intel® Server System M50FCP Family stands out as a prime option for handling demanding mainstream workloads. This family of servers has gained validation and certification from top-tier OEM partners such as Nutanix Enterprise Cloud and Microsoft Azure Stack HCI, and is marketed as Intel® Data Center Systems. These systems significantly streamline and expedite the deployment of private and hybrid cloud infrastructures, minimizing both effort and risk. As data-intensive applications transition from niche markets to mainstream usage, the Intel® Server M50FCP Family provides the necessary compute, memory, and I/O capabilities essential for optimizing performance across these demanding workloads. Overall, the M50FCP Family is designed not only to meet but to exceed the expectations of modern computing demands.

Preventing data loss, malware attacks, and phishing threats can be achieved with a high-performance Zero Trust application access and internet browsing solution. Relying on conventional tools to connect staff to corporate applications often results in granting too much trust, which can lead to significant data vulnerabilities. The complexity of managing the corporate perimeter has increased due to conflicting configurations among your VPNs, firewalls, proxies, and identity providers. Nowadays, interpreting logs and understanding user access to sensitive information has become more challenging than ever. It is crucial that your employees, partners, and customers have access to a network that is not only secure but also fast and dependable for their tasks. By utilizing Cloudflare Zero Trust, traditional security boundaries are replaced with our expansive global edge, enhancing both speed and safety for teams worldwide. This approach ensures that uniform access controls are applied across cloud-based, on-premise, and SaaS applications, promoting a seamless and secure user experience. As the landscape of cybersecurity continues to evolve, adapting to these changes is essential for maintaining robust protection against emerging threats.

Eagle Zero Trust Core delivers a comprehensive Integrated Cloud AI Infrastructure Cyber Defense Platform, ensuring seamless visibility and interoperability across systems. This platform features a Remote Office Cyber Defense solution that is closely integrated with a suite of security tools including Firewall, CASB, UEBA, DLP for both network and endpoint, VPN, EDR, and cloud monitoring capabilities. Additionally, the Integrated Cloud AI Endpoint Cyber Defense is designed with flexibility and extensibility, adeptly addressing various endpoint security requirements. The Integrated Cloud AI Threat Management system offers a cohesive and less complex approach to visibility and interoperability within cybersecurity. Moreover, the Integrated Cloud AI Cyber Risk Management Platform, known as Vulcanor, serves as a robust enterprise-grade predictive tool that assesses risks across IT, OT, business operations, and applications. Finally, the Integrated Cloud AI Identity Access Management software empowers organizations to effectively oversee user authentication processes for applications, while also equipping developers with the necessary tools to embed identity controls into their applications, enhancing overall security.

In an era where technology evolves rapidly and security often lags behind, organizations grapple with the formidable task of bridging gaps and ensuring consistent policy enforcement and compliance with regulations in a multi-cloud landscape. HyTrust CloudControl offers sophisticated privileged user access management, policy enforcement, and automated compliance capabilities specifically designed for private cloud environments. Meanwhile, HyTrust DataControl delivers robust encryption for data at rest and a unified key management system that supports workloads across various cloud platforms. By encrypting workloads, businesses can safeguard their sensitive information effectively. However, a significant hurdle in implementing workload encryption is the challenge of efficiently managing encryption keys at scale. HyTrust aims to enhance the trustworthiness of private, public, and hybrid cloud infrastructures for enterprises, service providers, and government entities alike. Their solutions are tailored to automate the security measures necessary for software-defined computing, networking, and storage, thereby streamlining the overall security management process. As organizations continue to adapt to the complexities of cloud environments, the importance of reliable security solutions becomes increasingly paramount.

Sarvam AI is a comprehensive sovereign AI platform built to empower organizations in India with advanced artificial intelligence capabilities. It provides a full-stack solution that includes cutting-edge models, scalable infrastructure, and developer tools for building and deploying AI applications. Designed with sovereignty in mind, the platform ensures data control and compliance by operating entirely within India. Sarvam AI offers state-of-the-art models specifically trained for Indian languages and cultural contexts, enabling more accurate and relevant outputs. The platform supports a wide range of applications, including conversational AI, speech processing, vision systems, and enterprise workflow automation. It features efficient infrastructure that simplifies model deployment and reduces the complexity of managing AI systems. Organizations can choose from multiple deployment options, including cloud, private cloud, and on-premises setups. The platform emphasizes security and enterprise-grade reliability from the ground up. It also provides tools like Sarvam Samvaad and Studio to accelerate development and experimentation. With a focus on scalability, it enables population-scale AI applications across industries. Ultimately, Sarvam AI helps businesses and institutions leverage AI to drive innovation and operational efficiency.

Achieve flexible resource management through the implementation of automation guided by standardized policies for data center operations. By ensuring consistent policy administration across various on-premises and cloud environments, you can enhance security, governance, and compliance. This approach guarantees business continuity, effective disaster recovery, and secure networking under a zero-trust security framework. Moreover, it transforms Day 2 operations into a proactive model that automates troubleshooting, root-cause analysis, and remediation tasks. This not only optimizes performance but also allows for single-click access to facilitate automation and centralized control. Extend your on-premises ACI networks seamlessly to remote sites, bare-metal clouds, and colocation facilities without the need for additional hardware. Cisco's Multi-Site Orchestrator plays a crucial role by offering provisioning, health monitoring, and management of Cisco ACI networking policies, among other functionalities. This comprehensive solution streamlines network connectivity, maintains uniform policy management, and simplifies operations across various multicloud settings, ultimately enhancing operational efficiency and scalability for enterprises.

vp.net is a VPN service that prioritizes user privacy through a zero-knowledge framework and robust, hardware-enforced security measures, providing verifiable and end-to-end encrypted connections where even the provider cannot track user actions. Utilizing Intel SGX enclaves along with attestation services, it guarantees that the execution of its code is both authentic and subject to audit, providing users with undeniable evidence that no logs are kept and that user data remains isolated from their secure sessions. The service enhances performance with cutting-edge packet-routing technology, boasting significantly higher speeds than its competitors, while ensuring that users maintain complete control over their devices, which keeps network traffic anonymous and renders any metadata collection cryptographically unfeasible. Aimed at empowering users, vp.net ensures that only the individual user can see their session details, fostering a transparent, verifiable operation that goes beyond mere promises, thus reinforcing trust in its service. Consequently, vp.net stands out as a vigilant guardian of online privacy, making it a compelling choice for those looking to safeguard their digital footprint.