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Cybersecurity Information SecurityTop 10 Best Cloud Delivered Security Services of 2026
Top 10 cloud delivered security services ranking compares BT Managed Security, AT&T Cybersecurity, and Telefonica against Sophos, Netskope, and Zscaler.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Sophos is the strongest pick in this cloud-delivered security field when security teams want coordinated, automation-backed administration across endpoints and cloud, whereas Netskope fits teams needing consistent cloud access enforcement through CASB, SWG, and ZTNA integrations.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Sophos
Sophos centralized alert investigation ties together endpoint and network signals into one operational workflow.
Built for fits when security teams want coordinated controls and automation-backed administration across endpoints and cloud..
Netskope
Editor pickNetskope policy decisions can be enforced in-line for user web and cloud app sessions, then logged for investigation.
Built for fits when security teams need consistent cloud access enforcement and automation-grade integrations..
Zscaler
Editor pickAlways-on policy enforcement centered on traffic steering and inspection within Zscaler’s cloud-delivered edge.
Built for fits when enterprises need consistent inspection and access policy across remote users and private apps..
Comparison Table
Sophos
enterprise_vendorSophos Central delivers cloud-managed endpoint and network security.
Sophos centralized alert investigation ties together endpoint and network signals into one operational workflow.
Sophos combines managed detection logic with policy-driven enforcement across endpoints and supporting infrastructure, so teams can reduce tool sprawl while keeping investigation context. Its administration experience is built around unified console management, role-based access for security operators, and reporting views that map activity to policies and events. The service fit is strongest when the organization already consumes Sophos security controls and wants automation for rule lifecycle and incident workflows.
A practical tradeoff is that deeper orchestration and reporting quality depends on consistent log collection and correct integration coverage across the estate. Sophos works well when an operations team needs repeatable onboarding for managed devices and wants faster triage using shared alert context across controls.
- +Unified console supports consistent policy administration across security controls
- +Detection and response workflows use correlated signals from multiple telemetry sources
- +Role-based access and audit-friendly activity views fit governance workflows
- +Automation supports repeatable onboarding and controlled configuration rollout
- –Higher integration quality requires disciplined log coverage across endpoints and cloud
- –Advanced investigation tuning can take time for teams without prior Sophos usage
Security operations teams
Correlate alerts across the estate
Faster triage and containment
IT operations leads
Automate device onboarding and policy rollout
Lower configuration drift
Show 2 more scenarios
Governance and compliance teams
Produce audit-ready security activity views
Cleaner audit evidence
Admin reporting ties changes and events to roles and policies for evidence collection.
Mid-market security managers
Reduce tool sprawl across controls
Lower operational overhead
Consolidated admin workflows let one team operate multiple protection areas with shared processes.
Best for: Fits when security teams want coordinated controls and automation-backed administration across endpoints and cloud.
Netskope
enterprise_vendorCloud-delivered security platform specializing in CASB, SWG, and ZTNA.
Netskope policy decisions can be enforced in-line for user web and cloud app sessions, then logged for investigation.
Netskope fits organizations that need inline policy enforcement for cloud application access alongside monitoring for risky behavior. Configuration supports granular rules for users, groups, apps, and network conditions, and the platform generates auditable security events for downstream analysis. The integration surface is geared toward automation through APIs and data export hooks, which helps teams standardize access policies across locations and tenants.
A key tradeoff is that meaningful policy coverage depends on disciplined identity and app inventory hygiene, especially when new SaaS apps appear. Netskope works best when teams already centralize identity sources and want enforcement to start with observable signals from cloud and web traffic rather than manual reporting.
- +Inline policy enforcement for cloud app access with contextual conditions
- +Audit-friendly security events designed for investigation and tuning
- +API and integration hooks for automating policy and data workflows
- +Strong governance controls for managing access at scale
- –High policy quality requires ongoing identity and SaaS discovery maintenance
- –Some advanced use cases depend on integration with external security tooling
- –Initial rule tuning can take time in environments with many apps
- –Extensive configuration options increase the chance of mis-scoped policies
Security engineering teams
Automate access policy governance
Faster policy rollout cycles
SOC analysts
Triage cloud app threats
Reduced time to investigate
Show 2 more scenarios
IT identity administrators
Control app access by group
Lower exposure for high-risk apps
Apply identity-scoped access rules and audit results to manage SaaS risk by role.
Compliance and risk teams
Track and prove policy enforcement
Clearer audit trails
Use audit-oriented reporting to evidence enforcement decisions for cloud access policies.
Best for: Fits when security teams need consistent cloud access enforcement and automation-grade integrations.
Zscaler
enterprise_vendorPioneer of cloud-delivered security with ZIA and ZPA platforms.
Always-on policy enforcement centered on traffic steering and inspection within Zscaler’s cloud-delivered edge.
Zscaler’s core differentiation is its centralized traffic handling model that applies consistent policy to users and applications across the network edge. Admin workflows focus on defining access rules tied to users, destinations, and app profiles, then enforcing those rules through the service. The service also provides visibility outputs that can feed SIEM and security operations workflows through standard export and integration patterns. Integration depth is strongest when access policies and enforcement states must align with identity systems and enterprise logging pipelines.
A key tradeoff is that deep policy precision requires ongoing governance because small changes to identity attributes, categories, or app definitions can alter access outcomes. A common usage situation is onboarding new branches or remote users where web and app traffic must be inspected consistently without deploying new hardware. Zscaler also fits teams that want automation-driven changes to access and inspection behavior rather than manual rule edits.
- +Centralized enforcement model reduces perimeter appliance sprawl
- +Policy controls can align access decisions with identity attributes
- +Operational integration supports SIEM and security workflow pipelines
- +Automation hooks support repeatable provisioning and change management
- –Fine-grained policy governance takes sustained administration discipline
- –Migration from existing web and app routing can require phased cutovers
- –Some advanced use cases depend on integrating adjacent security modules
- –Testing policy impacts across user groups can be time-consuming
Security engineering teams
Centralize access and inspection policies
More consistent policy outcomes
Enterprise IT operations
Onboard remote workforce securely
Faster remote access rollout
Show 2 more scenarios
SOC analysts
Feed enforcement and event telemetry
Improved incident investigation speed
Export security-relevant logs to correlate access decisions with incident timelines.
Platform automation teams
Automate policy provisioning
Reduced manual configuration work
Use API-driven workflows to apply configuration changes and manage rollout states.
Best for: Fits when enterprises need consistent inspection and access policy across remote users and private apps.
Menlo Security
enterprise_vendorCloud-delivered isolation and zero trust browsing security.
Remote browser isolation for suspicious sessions with policy-driven capture and deterministic enforcement outcomes.
Menlo Security delivers cloud-delivered security centered on an inline service edge for web and application traffic control.
Core capabilities include remote browser isolation for suspicious sessions, policy-based access control, and inspection of user traffic with configurable enforcement paths.
Integration depth is strongest when organizations need tight routing and identity-linked policies across browsing, app access, and API-adjacent flows.
Admin governance emphasizes centralized policy management with audit-friendly visibility into allowed, inspected, and blocked events.
- +Remote browser isolation reduces payload execution risk during suspicious browsing
- +Granular policy controls for session handling across user, app, and destination contexts
- +Centralized enforcement configuration supports consistent behavior across locations
- +Strong visibility into inspected sessions for faster incident reconstruction
- –Policy tuning requires governance discipline to avoid over-blocking
- –Automation surface is thinner than security orchestration-first competitors
- –Some advanced integrations depend on external identity and telemetry plumbing
- –Operational workflows can be complex when multiple enforcement modes coexist
Best for: Fits when security teams need inline session control with browser isolation and centralized policy governance.
Barracuda Networks
enterprise_vendorCloud-delivered email and web security services for SMBs and mid-market.
Barracuda cloud management coordinates security policy changes across email and web protection with consistent tenant administration controls.
Barracuda Networks delivers cloud-managed security services centered on email and web threat protection plus firewall and secure access controls. Barracuda’s cloud delivery model supports policy-driven inspection for inbound and outbound traffic patterns, with management workflows designed around tenant administration.
The service portfolio also includes security monitoring integrations so administrators can correlate detections with existing logging and incident processes. For organizations that need vendor-managed security operations tied to core edge and app access controls, Barracuda offers a practical deployment path.
- +Centralized cloud admin workflows for mail, web, and edge policies
- +Policy inspection for common ingress and egress threat patterns
- +Integrates security telemetry into external monitoring stacks
- +Clear separation between administrative roles and enforcement settings
- –Coverage across cloud app and workload use cases is narrower than CNAPP-first stacks
- –Deep automation depends on planning around policy objects and change governance
Best for: Fits when managed email and web protection are paired with cloud edge enforcement under centralized tenant admin.
Akamai Technologies
enterprise_vendorCloud-delivered zero trust, web app protection, and DNS security services.
Akamai’s bot detection integrates into edge policy decisions to block automation before it reaches applications.
Akamai Technologies delivers cloud-delivered security services through its global edge network, with enforcement and telemetry positioned close to users and origins.
Its offerings center on Web Application Firewall capabilities, API protection, and bot detection tied to managed threat intelligence workflows.
Integration and automation are supported through configuration workflows and log export patterns that suit security operations monitoring.
For enterprises already using Akamai for traffic delivery, security policy rollout and change control stay consistent across services.
- +Global edge enforcement reduces exposure window for north-south web traffic
- +Granular WAF controls with rule tuning for high-volume applications
- +API protection designed for abuse patterns against documented endpoints
- +Threat intelligence-driven bot controls reduce false positives versus generic filters
- –Policy tuning requires governance discipline across environments and teams
- –Advanced use cases often depend on add-on modules and integrations
- –Out-of-the-box reporting can feel less direct than pure-play security dashboards
- –Complex deployments need clear ownership for exception and allowlisting workflows
Best for: Fits when large organizations need edge-enforced web and API protection with consistent policy governance.
iboss
enterprise_vendorCloud-delivered cybersecurity platform focused on government and education.
Policy-driven traffic steering with enforcement at the security service edge using configurable inspection rules.
iboss is a cloud security service edge offering that combines secure web gateway behavior with inline policy enforcement for enterprise traffic. Its core strength is policy control that can be applied to users and apps with central governance features that fit modern zero trust and branch connectivity models.
The service also integrates with security ecosystems through APIs and event data so network, identity, and detection tooling can align on the same enforcement and telemetry signals. Deployment is built around steering traffic to iboss-managed inspection points rather than requiring host-based scanning as the primary control path.
- +Centralized policy management for user and application traffic routing
- +Inline enforcement model reduces time-to-block for web and proxy-borne threats
- +API and log exports support integration with SIEM and workflow tooling
- +Granular governance options support role-scoped admin operations
- –Complex policy ordering can require careful governance and testing
- –Advanced security workflows rely on external integrations for full automation
Best for: Fits when enterprises need policy-driven web and app inspection with centralized governance for branch and remote access.
Check Point Software Technologies
enterprise_vendorHarmony SASE provides cloud-delivered zero trust and remote access.
Unified management for publishing and monitoring consistent enforcement policies across Check Point cloud-delivered security components.
Check Point Software Technologies delivers cloud security services built around its unified security management and policy enforcement, with strong coverage across network and threat-control use cases. The cloud-delivered portfolio integrates gateways and security management so teams can centralize rule publishing, monitoring, and incident workflows.
Check Point’s strengths show up most in policy-driven enforcement and operational integration with existing security stacks, rather than in narrowly focused CNAPP-only workflows. For enterprises that already run multiple Check Point capabilities, the integration depth reduces the number of disconnected consoles and handoffs.
- +Centralized policy management reduces drift across multiple enforcement points
- +Consistent threat-management workflow across gateway and monitoring use cases
- +Strong operational telemetry for audit trails and security event review
- +Integration patterns fit established enterprise security operations teams
- –Admin setup requires governance discipline to keep policy and exceptions consistent
- –Some cloud-native protection workflows depend on additional modules
- –Automation coverage can be deeper inside Check Point workflows than external-only use cases
- –Operational tuning takes effort when traffic patterns change frequently
Best for: Fits when enterprises need centralized policy governance for cloud edge and threat enforcement across multiple networks.
Cisco
enterprise_vendorCisco Secure Access combines Umbrella, Duo, and ZTNA in cloud delivery.
Cisco security analytics and enforcement work together through enterprise telemetry pipelines that support repeatable incident workflows.
Cisco delivers cloud-delivered security services through Secure Access capabilities and security analytics that support policy-based enforcement and monitoring.
Administration and integration work best when identity, network, and telemetry sources are already standardized for Cisco ecosystems and downstream SIEM ingestion.
The services align to practical security workflows such as access control, inspection, and operational triage using consistent event outputs.
- +Policy-driven access controls align with Cisco identity and network operations
- +Security telemetry can feed SIEM and operational workflows for investigations
- +Consistent administration paths across Cisco security and network components
- +Enterprise-grade enforcement options support both user and web traffic controls
- –Cross-domain governance requires disciplined policy design across teams
- –Some capabilities depend on add-on components for full coverage workflows
- –Initial onboarding can be slower when inventory and identity mapping are incomplete
- –Operational tuning effort increases with complex traffic patterns
Best for: Fits when enterprises need Cisco-aligned cloud security operations with strong policy governance.
Cato Networks
enterprise_vendorSingle-vendor SASE platform with converged networking and security.
Network overlay plus security enforcement from one control plane, enabling consistent policy application across distributed sites.
Cato Networks delivers a cloud-delivered security service edge designed around built-in secure connectivity plus policy-driven inspection. The service combines a managed network overlay with centralized security policy, which reduces the need to stitch together separate WAN and security controls.
Teams can apply identity-aware access decisions and route traffic through inspection points for consistent north-south and branch-to-cloud traffic handling. Governance is handled through centralized configuration controls that support distributed deployment without requiring per-site appliance management.
- +Centralized policy and connectivity reduce branch appliance sprawl
- +Identity-aware access decisions integrate with enforcement at the edge
- +Traffic can be steered through inspection points for consistent control
- +Granular admin controls help keep multi-site changes auditable
- –Requires disciplined policy design to avoid unintended traffic paths
- –Deep CNAPP-style scanning workflows are narrower than specialized platforms
Best for: Fits when enterprises want a unified edge connectivity and security enforcement model across sites.
Conclusion
After evaluating 10 cybersecurity information security, Sophos stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right cloud delivered security
Cloud-delivered security consolidates inspection and access enforcement into a service edge that can steer user traffic, enforce policy in line, and feed security operations with investigation-ready events. This guide focuses on Sophos, Netskope, Zscaler, Menlo Security, Barracuda Networks, Akamai Technologies, iboss, Check Point Software Technologies, Cisco, and Cato Networks.
Provider capabilities differ most in how enforcement ties to investigation workflows, how consistently policies govern across multiple enforcement points, and how much automation and configuration surface exists for administrators. Sophos pairs endpoint and network signals into a single alert investigation workflow, while Netskope emphasizes in-line policy decisions for cloud app and user sessions with audit-friendly event outputs.
Cloud delivered security: service-edge policy enforcement and security operations integration
Cloud delivered security uses a provider-run security service edge to apply identity-aware access decisions and inspection controls to north-south and user-to-app traffic without relying on a per-site appliance rollout for every use case. Zscaler centers always-on policy enforcement on traffic steering and inspection within its cloud-delivered edge, while iboss focuses on policy-driven traffic steering with configurable inspection rules enforced at the service edge.
The category also distinguishes how enforcement results land in security operations and how administrators govern changes across enforcement points. Sophos connects endpoint and network telemetry into coordinated alert investigation workflows, while Check Point Software Technologies emphasizes unified management for publishing and monitoring consistent enforcement policies across multiple cloud-delivered security components.
Cloud-delivered security decision points that change enforcement and operations
The core capability that separates providers is how the service edge turns identity and session context into enforceable decisions, then converts those decisions into security events teams can investigate. The strongest options also reduce policy drift across enforcement points, either by unifying policy publishing and monitoring or by aligning inspection outcomes into repeatable incident workflows.
Investigation workflow correlation across endpoint and network signals
Sophos stands out because centralized alert investigation ties endpoint and network signals into one operational workflow. This design supports faster triage because the investigation UI reflects correlated telemetry rather than separate alerts per enforcement domain.
Inline enforcement for cloud app and user web sessions with audit-friendly events
Netskope enforces policy in line for user web and cloud app sessions and logs those decisions for investigation. This approach makes enforcement outcomes reviewable when teams tune conditions or troubleshoot false positives.
Always-on traffic steering and inspection inside the cloud-delivered edge
Zscaler centers enforcement on traffic steering and inspection within its cloud-delivered edge. This model reduces reliance on per-site appliance routing by moving consistent policy enforcement into the service architecture.
Deterministic session outcomes via remote browser isolation
Menlo Security provides remote browser isolation for suspicious sessions with policy-driven capture and deterministic enforcement outcomes. This capability changes remediation by limiting payload execution risk during risky browsing sessions.
Centralized cloud admin workflows across mail, web, and edge policies
Barracuda Networks coordinates security policy changes across email and web protection while keeping centralized tenant administration controls. This matters when governance needs consistent change management across multiple entry points.
Edge bot detection integrated into enforcement decisions for web and API traffic
Akamai Technologies integrates bot detection into edge policy decisions to block automation before it reaches applications. This pairing shifts bot mitigation earlier in the north-south path where request volume is highest.
Policy-driven traffic steering with enforcement at the service edge
iboss uses configurable inspection rules to steer traffic and enforce at the security service edge. This supports centralized governance for branch and remote access where routing policy order can determine outcomes.
How to choose cloud-delivered security based on enforcement control depth
Choosing the right provider depends on where enforcement is anchored and how the platform hands results to security operations for investigation and tuning. Teams should also compare governance models for policy publishing and monitoring because centralized management can reduce drift but still requires disciplined exception and policy lifecycle control.
Start with the enforcement-to-investigation linkage model
If incident handling requires correlation across multiple telemetry sources in the same workflow, Sophos is built around centralized alert investigation that ties endpoint and network signals together. If enforcement outcomes must be auditable per session decision, Netskope logs inline policy enforcement for cloud app and user web sessions.
Pick the policy architecture philosophy for governance
If the program needs consistent inspection and access policy across remote users and private apps with centralized enforcement, Zscaler aligns access decisions with identity attributes inside its service edge. If unified publishing and monitoring across cloud-delivered components is the governance priority, Check Point Software Technologies provides centralized policy management for publishing and monitoring consistent enforcement policies.
Validate how the service edge handles risky browsing sessions
For teams that want session-level containment instead of block lists, Menlo Security isolates suspicious remote browser sessions with policy-driven capture and deterministic enforcement outcomes. For teams focused on edge decisions that stop automation before it hits applications, Akamai Technologies relies on bot detection integrated into edge policy enforcement.
Stress test centralized administration workflows across multiple protection domains
When security operations needs coordinated change control across mail and web plus the service edge, Barracuda Networks coordinates security policy changes with consistent tenant administration controls. When cross-domain operations rely on enterprise telemetry pipelines, Cisco connects security analytics and enforcement through telemetry that can feed SIEM and operational workflows.
Measure automation and integration surface required for advanced workflows
If teams require automation-grade integrations for ongoing policy enforcement and tuning, Netskope highlights that advanced use cases can depend on integration with external security tooling. If the requirement is broad CNAPP-style scanning workflows, Cato Networks reports narrower deep CNAPP-style scanning workflows than specialized platforms.
Confirm how the platform handles routing policy ordering and connectivity paths
If traffic steering depends on configurable inspection rules with careful ordering, iboss requires governance discipline because complex policy ordering can determine outcomes. If branch connectivity and edge enforcement must share one control plane, Cato Networks uses a network overlay plus security enforcement from one control plane, which still requires disciplined policy design to avoid unintended traffic paths.
Who benefits from cloud-delivered security that couples enforcement and security operations
Cloud-delivered security fits teams that want inspection and access enforcement delivered from a provider-run service edge without rolling enforcement appliances site by site. It also fits teams that need evidence-rich outcomes for investigation and policy tuning, not just blocked or allowed decisions.
Security operations teams managing correlated incidents across endpoints and network
Sophos supports coordinated control via centralized alert investigation that ties endpoint and network signals into a single workflow. Teams that run repeatable incident playbooks benefit from that operational integration into alert investigation.
Enterprise IT and security teams standardizing cloud access enforcement across remote users
Zscaler provides always-on policy enforcement centered on traffic steering and inspection in its cloud-delivered edge. This helps teams keep consistent access policy across remote users and private apps without appliance sprawl.
Cloud app and web security teams that need inline enforcement with auditable session events
Netskope enforces policy in line for user web and cloud app sessions and logs decisions for investigation. Teams can tune conditions using events that reflect enforcement outcomes.
Programs that prioritize session containment over block-based mitigation for suspicious browsing
Menlo Security uses remote browser isolation with policy-driven capture and deterministic enforcement outcomes. Teams that need to reduce payload execution risk during suspicious browsing find this model more directly aligned to containment.
Organizations that require centralized admin workflows across multiple security domains
Barracuda Networks emphasizes centralized cloud admin workflows that coordinate security policy changes across email and web protection with tenant administration controls. This reduces drift risk when governance spans multiple protection surfaces.
Common cloud-delivered security pitfalls that break enforcement quality
The most frequent failure mode is assuming that centralized policy features remove the need for governance discipline. Several providers still require consistent log coverage, disciplined exception handling, and careful policy ordering to produce reliable outcomes.
Treating enforcement success as independent from log and telemetry coverage
Sophos delivers strong correlated investigation only when log coverage across endpoints and cloud is disciplined. Teams that lack consistent telemetry will see investigation workflows degrade into isolated signals.
Launching high-quality inline policy without ongoing identity and SaaS discovery maintenance
Netskope can require ongoing identity and SaaS discovery maintenance because policy quality depends on accurate context. Teams that skip that operational step often experience unnecessary blocks or missed detections.
Underestimating governance work required for fine-grained policy governance
Zscaler fine-grained policy governance takes sustained administration discipline to avoid inconsistent access decisions. Check Point Software Technologies also requires admin setup discipline to keep policy and exceptions consistent.
Assuming session isolation policies will stay safe without tuning
Menlo Security policy tuning requires governance discipline to avoid over-blocking and usability breakage. Teams that copy policies without testing session handling behavior can increase false containment.
Deploying policy ordering or connectivity policies without testing for unintended paths
iboss complex policy ordering requires careful governance and testing because ordering can change inspection and steering outcomes. Cato Networks also requires disciplined policy design to avoid unintended traffic paths even with centralized policy and connectivity.
How We Selected and Ranked These Providers
We evaluated Sophos, Netskope, Zscaler, Menlo Security, Barracuda Networks, Akamai Technologies, iboss, Check Point Software Technologies, Cisco, and Cato Networks using feature coverage at 40%, ease of administration and day-to-day operations at 30%, and value at 30%. Sophos earned the top position because centralized alert investigation ties endpoint and network signals into one operational workflow, which compresses investigation steps compared with separated enforcement outcomes.
The ranking also favored models with consistent policy administration controls and correlated signals in the investigation workflow, because these directly affect how teams tune and govern enforcement over time. We treated advanced workflows that depend on external integrations or add-on modules as integration and automation friction, which lowered scores for providers where that dependency was explicit.
Frequently Asked Questions About cloud delivered security
How do Sophos and Netskope differ in integrating detections with enforcement across environments?
Which platforms provide inline enforcement at the security service edge for user web sessions?
What breaks if a team expects cloud-delivered controls to replace SSO and identity governance?
How does data migration work when moving from on-prem gateway logging to cloud-delivered audit and event collection?
How do API and event exports affect security orchestration integration with SOAR and automation?
When does configuration and RBAC matter most for cloud-delivered security administration?
Where does cloud-delivered security fall short compared to agent-based workload controls?
Which onboarding paths fit enterprises already running vendor-controlled infrastructure and operational processes?
What tradeoff appears when switching from distributed perimeter appliances to a centralized security service edge overlay?
Tools reviewed
Primary sources checked during evaluation.
akamai.comReferenced in the comparison table and product reviews above.
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