10 Zero Trust Solutions for 2025

With enterprises increasingly relying on digital platforms for their day-to-day functioning, they become more exposed to cyberattacks, ranging from malware to phishing attacks, denial of service, and man-in-the-middle attacks. The adoption of modern technologies such as cloud computing, artificial intelligence(AI) have exponentially increased potential attack surfaces, making traditional security models obsolete.

The traditional perimeter-based security model proved inadequate in a digital-first world where cloud-native applications and hybrid work policies are the norm. The limitations of the traditional security model led to the emergence of the Zero Trust security strategy, asserting that no entities—users, devices, apps, and services—inside or outside the organization’s network should be trusted. Zero Trust security solutions emphasize continuous verification and validation of all entities based on their context and security posture for every connection request. 61% of organizations now have a defined Zero Trust security initiative, a dramatic increase from just 24% in 2021.

This guide examines the 10 Zero Trust solutions for 2025, highlighting key features and capabilities to help you choose the right solution. Discover which Zero Trust security solution can best safeguard your organization against cyber attacks and emerging vulnerabilities.

What is Zero Trust?

Zero Trust is not merely a technology, but a comprehensive cybersecurity strategy that operates under the principle of “never trust, always verify”. It can fundamentally transform how organizations approach network security.

Zero Trust requires all entities to be authenticated and continuously validated based on their context and security posture for every new connection request. It fundamentally shifts the network security approach from the traditional perimeter-based model to a modern one, emphasizing continuous verification and strict access controls following the principles of least privileged access.

Key Principles of Zero Trust

Zero Trust is not a product or service but a cybersecurity approach based on the following three core principles:

• Never trust, always verify

Every connection request to connect to your organization’s network or sensitive information is verified, regardless of whether entities are within or outside the network. Methods include multi-factor authentication (MFA), user identity verification, device health checks, and contextual data analysis.

• Least privilege access

Grant entities the minimum level of access required to perform their specific tasks, with continuous monitoring to identify and optimize over-privileged identities.

• Assume breach

Operate under the premise that breaches can occur at any time, focusing on minimizing attack surface area, microsegmenting sensitive resources, continuous anomaly monitoring, and robust incident response management.

The core principles are the foundation on which Zero Trust solutions are built using multiple technologies.

Core Technologies within Zero Trust

Identity and Access Management (IAM) is an integral component of Zero Trust solutions, enabling organizations to control access to data and applications. It also helps them enforce least privilege principles. Additionally, other core technologies driving Zero Trust solutions are Cloud Access Security Brokers (CASB) and Zero Trust Network Access (ZTNA).

• Identity and Access Management

IAM continuously verifies entities’ identities before allowing them access to data and applications. It enforces strict access control policies based on user roles and least privilege access principles to minimize unauthorized access and data breaches.

IAM dynamically adjusts access permissions based on contextual factors like user behavior, device health, and location. It allows you to quickly respond to potential threats and limit their impact.

• Zero Trust Network Access

Gartner defines Zero Trust Network Access(ZTNA) as a product or service creating an identity and context-based, logical access boundary around an application or set of applications. ZTNA enables you to restrict access to a set of named entities through a trusted broker who verifies the specified entities’ identity, context, and policy adherence before granting access. It hides applications from discovery or public visibility, thus reducing the surface area for attack.

• Cloud Access Security Brokers

With CASB, you can implement Zero Trust access control and enforce policies for cloud environments. As traffic to the cloud flows through CASB, you can enforce corporate security policies, helping your organization to comply with regulations.

Need for a Zero Trust solution

Castle-and-moat is the traditional network security model where entities within the network are assumed trustworthy by default, while those outside the network face strict access controls. This model relies on a trusted perimeter, with access governed by approved IP addresses, ports, and devices, as well as protocols for access controls and remote access virtual private network (VPN) for trust validation and authentication.

However, with the rise of cloud computing and remote work policies, this approach is ineffective. Applications and data can now be accessed from any device and any location, making a trusted perimeter irrelevant. Modern IT environments demand a Zero trust security model, which verifies every user and device before granting access. Here are the key factors driving the adoption of Zero Trust solutions:

• Obsolete Perimeter Security

Cloud-hosted applications and data accessible outside corporate firewalls have made traditional perimeter-based security models inadequate. Security teams can no longer rely on fixed boundaries to protect critical assets. Zero Trust addresses this by securing applications and data at the user, device, and application levels, regardless of location or infrastructure.

• Complex IT Environments

Hybrid IT setups combining public and private clouds with on-premise infrastructure have increased security challenges. Remote work and the use of personal devices further weaken perimeter-based defenses, exposing organizations to cyber risks. The Zero Trust model mitigates these vulnerabilities by verifying every access request, irrespective of the user’s or device’s location or status.

• Escalating Cybersecurity Threats

The traditional perimeter-based security model is inadequate to counter the growing sophistication and scale of cyberattacks such as ransomware, data breaches, and insider threats. Ransomware increased by 84% in 2024 over the previous year, while phishing attacks increased by 1,265%, driven by the growth of Gen AI. 50% of the executives believe GenAI will lead to advances in adversarial capabilities such as phishing, malware, and deepfakes.

• Insider threats

Many cyber threats originate from inside the organization, whether intentional or accidental. 98% of cyberattacks use social engineering, which involves cybercriminals using social skills to compromise an individual or organization’s credentials for malicious purposes. As a result, the human element has emerged as the common root cause of 68% of data breaches.

Zero Trust security solutions continuously verify identities and apply the least privilege access principles limiting the potential damage caused by malicious or compromised insiders.

Advanced persistent threats and proactive risk mitigations are additional drivers for adoption of Zero Trust solutions.

Zero Trust Solutions Landscape for 2025

Zero trust security solutions will pave the path to the future of cloud and cyber security. Learn about leading zero trust security solutions providers in 2025. We will explore their key features, capabilities, and other functions below.

1. SentinelOne for Zero Trust

SentinelOne’s Zero Trust solution integrates best-of-breed solutions and existing infrastructure to address security gaps without requiring major upgrades to an organization’s enterprise security stack. It enables security teams to continuously monitor and manage their entire IT security risk as part of a Zero Trust strategy. It helps them adhere to the principle of “never trust, always verify” for endpoints, user identities, applications, and the corporate networks.

Platform at a glance

SentinelOne Singularity XDR platform powers your organization’s Zero Trust model by extending visibility, analytics, and response capabilities across endpoints, user identity, cloud applications, and networks. The unified detection and response capability across multiple security layers enables the security team to centrally monitor the security of its entire IT estate.

To deliver a best-of-class Zero Trust solution, SentinelOne collaborates with leading providers in Identity and Access Management (IAM), Cloud Application Security Broker (CASB), and Network Detection Response (NDR). These partnerships allow organizations to select preferred vendors while maintaining seamless integration.

Features:

1. Endpoint Security: SentinelOne’s Singularity XDR Platform integrates with Microsoft Azure Active Directory to provide Zero Trust capabilities for endpoints and identities. The autonomous response capabilities allow security professionals to quickly respond to cyber threats.
2. Cloud Workload Solution: SentinelOne’s Singularity Cloud Workload Security monitors the cloud attack surface and protect workloads and applications. It helps improve runtime protection, automated application control, and cloud application access control.
3. Zero Trust Network: SentinelOne’s integrations with Zscaler and Cloudflare use device signals from SentinelOne and contextually relevant information from an identity provider to determine a just-in-time network access decision. SentinelOne’s integration with Guardicore creates detailed network visibility for decision-making, forensics, and micro-segmentation policy creation.

Core problems that SentinelOne Eliminates

• Provides a single consolidated view to quickly understand the progression of attacks across security layers.
• Integrates easily with other ecosystem technologies such as IAM, ZTNA, and NDR.
• Proactive detection, machine-generated context, and granular automated responses
• Immediate threat resolution.

Testimonials

According to John McLeod, Chief Information Security Officer, NOV

“As a Fortune 500 organization, SentinelOne, Cloudflare and Zscaler facilitate our Zero Trust journey to ensure our devices and connections are secure across a highly mobile and dynamic global organization.”

Look at SentinelOne for Zero Trust ratings and review counts on peer-review platforms such as Gartner Peer Insights and PeerSpot.

2. Palo Alto Networks Zero Trust

Palo Alto Networks’ Zero Trust framework leverages the Prisma, Strata, and Cortex solutions with unified management. The platform provides an approach to Zero Trust, covering all aspects, from user authentication to continuous monitoring. Palo Alto’s ZTNA approach focuses on continuous trust verification and fine-grained access control. It offers advanced threat detection capabilities and has robust integration features.

Features:

• Users Validation: It focuses on validating users, verifying user device integrity, enforcing least-privilege access for workloads accessing other workloads and scanning all content for malicious activity and data theft.
• Zero Trust for applications: It validates developers, devops, and admins with strong authentication. It verifies workload integrity and enforces least privilege user access to data and applications.
• Zero Trust for infrastructure: It focuses on validating all users with access to infrastructure and identifies all devices including Internet of Things (IoT). It enforces least-privilege access segmentation for native and third-party infrastructure.

Find out what Palo Alto Networks Prisma can do for your zero trust security by reading its Gartner Peer Insights and PeerSpot ratings and reviews.

3. Zscaler

The Zscaler Zero Trust Exchange security platform combines its secure web gateway (SWG), data loss prevention (DLP), ZTNA, and CASB offerings. Zscaler client connector controls and manages Zscaler Internet Access (ZIA) and Zscaler Private Access (ZPA) via a single agent, even though ZIA and ZPA are considered separate components rather than a single solution. The connector enables you to receive service from your device, even when you are off your corporate network. Zero Trust Exchange is a cloud-first solution with no real on-premises deployment options outside its Branch Connector.

Features:

• Zero Trust networking: It connects users and devices directly to apps rather than networks, preventing lateral movement within the ZTNA.
• Data protection: Its transport layer security (TLS)/secure socket layer (SSL) inspection at scale helps with overall data protection across the secure service edge (SSE) platform.
• Cyberthreat protection: The platform’s holistic approach, which maps to the MITRE Adversarial Tactics, Techniques, and Common Knowledge (ATT&CK) framework, helps minimize the attack surface, prevent compromise, eliminate lateral movement, and stop data loss.
• AI/ML services: AI-powered segmentation, phishing detection, command-and-control (C2) detection, and ML-based automatic data classification help improve organizational defences.

You can evaluate how Zscaler performs as an zero trust solutions vendor by reading its ratings and reviews on TrustRadius.

4. Okta

Okta’s customer and workforce identity and access management solution integrate across a technology ecosystem. The company partners with other security leaders to offer a unified approach to Zero Trust. Okta Device Access, launched in 2023, allows organizations to extend their IAM capabilities for a hybrid workforce. The solution ensures that only authenticated users can unlock a digital device, aligning with the principles of Zero Trust. It allows for contextual or conditional MFA to be set, triggered by the detection of new devices, IPs, or other specified conditions.

Features:

• Unified identity and access management: Okta Access Gateway extends single sign-on (SSO) to on-prem apps and enables security teams to manage and secure on-premises and cloud apps from a single Identity platform.
• Built-in integrations: It offers more than 125 secure identity integrations with some prominent SaaS applications. It partners with other cyber security platforms to facilitate Zero Trust implementation across the enterprise IT infrastructure.

See what Okta can do for zero trust security by going through its reviews and ratings on Software Advice.

5. Cisco Zero Trust

Cisco’s Zero Trust platform includes Duo Security, Identity Services Engine (ISE), Secure Client, Secure Workload, Umbrella, and other Cisco solutions integrated by its pxGrid and product APIs. Duo Security effectively enforces the least privilege on all entities through contextual policies. It integrates with the Identity Service Engine without a proxy, which enables cohesive SSO with passwordless MFA support for local and remote workforces. It enables secure access to applications and environments from any user, device, or location.

Features:

• Risk-based authentication: Duo authenticates users and verifies devices to establish trust. It offers a continuous trust assessment with risk-based authentication that adjusts security requirements in real-time, ensuring secure access.
• Adaptive policies: It applies robust and granular adaptive policies to enforce trust-based access. It sends alerts, provides logs, and detects anomalous logins to detect and respond to changes in trust.
• Integrated solution: Cisco Duo’s all-in-one Zero Trust solution, which includes MFA, passwordless, single sign-on, VPN-less remote access, trusted endpoint verification, and more, can be quickly deployed and optimize costs.

Know more about customer and technical reviews along with ratings of Cisco Systems Zero Trust platform on Gartner and G2.

6. Microsoft Azure Conditional Access

Microsoft Azure Active Directory is an identity-as-a-service (IDaaS) and access management solution that allows organizations single-sign-on (SSO) capabilities for on-premises and cloud apps for all users of its exosystem. It also acts as a security policy management solution, allowing the implementation of adaptive controls, automated monitoring, and visibility for different user groups.

Microsoft uses conditional access as a policy engine for a Zero Trust architecture covering policy definition and enforcement. To apply access control, you can configure a conditional access policy with the required conditions, such as device type, user attribute, network login location, and more. Azure AD collects and assesses security signals based on which conditional access can block or give limited resource access.

Features:

• Conditional-based access: It helps define and enforce policies based on user identity, device compliance, location, and app type. The solution offers the option to restrict or grant access to users or devices based on their geographic location or trusted IP ranges.

• Device compliance: The solution ensures access to only compliant devices through integration with Intune and other endpoint management tools. It helps to manage devices, including visibility of the number and security strength of devices accessing an application.

• Real-time monitoring and analytics: The platform analyzes real-time logging data to offer insights into access patterns and security risks.

CloudKnox was acquired by Microsoft and is now a part of the Microsoft Azure Active Directory. You can read its ratings and reviews on GetApp and PeerSpot for more details about its conditional acess capabilities.

7. Symantec Zero Trust

Symantec Integrated Cyber Defense delivers endpoint, network, information, and identity security across on-premises and cloud infrastructures. The platform helps secure their workforce, data, and workloads, enhancing visibility and control. Symantec ZTNA uses software-defined perimeter technology to hide organization resources on the network and isolate data centers from end users and the internet. It reduces network surface area and ensures no lateral movement or network threats.

Features:

• Identity and access management: The solution centralized identity verification and multi-factor authentication (MFA), ensuring that only authenticated users and devices can access critical applications and data. It also protects users from malicious content with web isolation.
• Information security: It protects organizational data by giving users access to information at the application level and also secures all the connections between applications.
• Data loss prevention: It includes advanced DLP to enforce control over data access and movements, which helps protect sensitive information even when accessed remotely.

Find out more about Symantec’s zero trust security capabilities by going through its Gartner and TrustRadius ratings and reviews.

8. Google BeyondCorp

BeyondCorp is Google Cloud’s implementation of a Zero Trust access model that shifts access control from traditional network perimeters to individual devices. The solution relies on the Chrome browser as its source of endpoint data instead of using agents on end-user devices. It also secures applications and data by eliminating the need for a VPN. It limits Google’s ability to extend it to on-premise as the solution depends on the presence of Chrome or the ability to deploy an app connector to route traffic to its cloud enterprise.

System administrators can use a single console to monitor various solutions and conduct investigative actions.

Features:

• Identity and context-based access: The solution offers granular access control based on user identity, device health, and other contextual factors. The users are granted access at the application level, limiting users to specific resources.
• Device security: It continuously assesses device security posture and enforces policies based on device compliance.
• Continuous monitoring and analytics: It continuously monitors users’ and devices’ behavior for anomalies, enabling quick detection and mitigation of threats.

Evaluate how Google performs as a zero-trust security solutions provider by reading its ratings and reviews on PeerSpot.

9. IBM Zero Trust

An IBM Zero Trust security strategy uses context to securely connect the verified users to sensitive data at the right time. The strategy includes measures to mitigate cyber threats and secure sensitive data. It enables you to create Zero Trust policies, supporting secure implementations for remote, hybrid, and on-premises work environments. IBM brings together a set of cloud-based technologies and partnerships. The solution provides a Zero Trust architecture with features designed to maintain usability for end users.

Features:

• Threat detection and response solutions: IBM Security Radar, IBM Cloud Pak for Security and other threat detection and response solutions offer insights into threats and risks, allowing for quicker response.
• Identity and privileged access management: IBM Security Verify centralizes workforce and consumer identity and access management and reduces the risk of cyberattack with privileged access management (PAM) solutions and access control.
• Endpoint and data protection: IBM’s AI-driven unified endpoint management (UEM) SaaS solutions like IBM Security MaaS360 secure mobile workforce and protect sensitive data across multiple environments, including for remote users.

See more on what users have to say about IBM on Gartner Peer Insights.

10. Cloudflare Zero Trust

Cloudflare Zero Trust replaces their legacy security perimeters with a global network enabling Zero Trust access for an organization’s applications. It enables authentication of users on their global network, onboard third-party users, and logs every event and request. Its internet browsing solutions, including Secure Web Gateway (SWG), browser isolation and email security and cloud access security broker help prevent data loss, malware and phishing.

Features:

• Secure web gateway: It filters and monitors web traffic, blocking threats like malware and phishing and enforcing the acceptable use policy (AUP).
• Device safety: It protects users by executing web content remotely in isolated environments, which helps prevent threats from invading user devices. Before allowing access to sensitive resources, it verifies device compliance, such as operating system updates, security, and more.
• Data protection: Cloud Access Security Broker protects users and sensitive data at rest in SaaS applications and helps detect insider threats and unsanctioned application usage.

Find out what Cloudflare can do for your zero trust security posture and check out its reviews on Gartner and TrustRadius.

How to Choose the Right Zero Trust Solution?

You must evaluate many characteristics and features from different disciplines to select an ideal Zero Trust solution.

• Assess Current Security Posture 

Assess your existing security architecture to identify weaknesses and areas where Zero Trust could help improve security and reduce the attack surface area, such as network segmentation, endpoint security, user access, etc.

Identify your objectives for implementing Zero Trust solutions, such as reducing insider threats and enhancing remote access security, to enable you to shortlist solutions that meet your technical and business requirements.

• Solution Core Capabilities

Evaluate core capabilities of Zero Trust security solutions, such as robust IAM features, including multi-factor authentication (MFA), single sign-on (SSO), adaptive access control, and micro-segmentation. The solution should use artificial intelligence and machine learning for real-time monitoring and threat detection. Additionally, the solution should support device health checks, endpoint security, and Data Loss Prevention (DLP) capabilities.

• Integration With the Existing Security System

Select a solution that can integrate seamlessly with your existing security system and IT infrastructure, such as cloud providers, identity management systems, and other point security solutions within the stack.

• User Experience and Operational Efficiency

A good Zero Trust solution should be easy to implement without requiring extensive resources or specialized skills. It should also offer a seamless user experience without hindering employee productivity.

Additionally, evaluate the flexibility, interoperability, and ongoing support provided by the Zero Trust solutions vendor. The solution must comply with data regulations and offer reporting and auditing features to enable you to track compliance. You must conduct a cost analysis and factor in both short-term initial upfront investments and long-term ongoing maintenance expenses associated with the solution.

Conclusion

The shift to multi-cloud environments and remote works has exposed the limitations of traditional perimeter-based security. Implicit trust no longer works in a world where users, devices, and services constantly interact across networks. What you need is Zero Trust security that follows the principle of “never trust, always verify.”

Adopting Zero Trust is not a complex process. Start with solutions that secure essential layers like endpoints, networks, applications, and data. Tools like SentinelOne offer comprehensive protection and real-time insights. Learn more about Zero Trust strategies here, and when you are ready, book a demo to see how SentinelOne can help your organization stay ahead of evolving threats. Small steps now can lead to big improvements in your cybersecurity posture.

FAQs

1. What are Zero Trust security solutions?

Zero Trust security solutions follow the principle of “never trust, always verify,” ensuring no implicit trust for users or devices, regardless of whether they are inside or outside the network. The solution enforces strict identity verification, least-privilege access, and continuous monitoring.

2. How long does it take to implement a Zero Trust strategy?

Implementing a Zero Trust strategy can take many months to a few years, depending on the organization’s security objective, scope, infrastructure status, and vendor support. The phased approach for Zero Trust implementation focuses on a specific security segment, starting with identity management, which an organization can roll out in 6-12 months, and gradually implementing other components of Zero Trust solutions. An organization with advanced IT infrastructure and a mature security system can follow a comprehensive implementation plan they can complete in 1 to 3 years.

3. Can Zero Trust solutions integrate with existing security infrastructure?

Zero Trust solutions can integrate with existing security infrastructure, including Identity and Access Management (IAM), endpoint protection, and security information and event management (SIEM) systems.

4. Is Zero Trust suitable for small and medium-sized businesses (SMBs)?

Zero Trust security solution suits SMBs who can gradually implement components to get advanced security without straining their finances. They can begin with implementing essential components like identity verification, multi-factor authentication, and endpoint protection, significantly reducing cyber threat risks. They can then scale Zero Trust solutions by implementing additional modules based on their requirements and finances. Zero Trust solutions offer flexible pricing options, enabling SMBs to access advanced security systems within their budget.

5. What are some best practices for adopting Zero Trust?

Some best practices for adopting Zero Trust solutions include setting clear goals, implementing IAM including implementing multi-factor authentication (MFA) for strong identity verification for secure user access. The organization must follow least privilege principles to attack surface risk, reducing the risk of malware or unauthorized users accessing sensitive information. The security team must continuously monitor users and devices for unusual activities, and analyze user behavior to detect abnormal patterns and take corrective action in real time.

6. What are the challenges in implementing Zero Trust?

Organizations deploying Zero Trust security solutions face integration and interoperability challenges. Implementing the solution may require costly upgrades or replacements of existing infrastructure and policies, requiring significant resources and time. Additionally, enforcing strict access controls may impact user experiences, affecting their productivity.