GITNUXSOFTWARE ADVICE
MediaTop 10 Best Radio Station Streaming Software of 2026
Top 10 Radio Station Streaming Software ranked by features and audio workflows, covering StationPlaylist, SAM Broadcaster, and Icecast.
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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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
StationPlaylist
Webhook-driven event automation tied to playout and schedule changes.
Built for fits when multi-station teams need schema-driven automation with RBAC and an API..
SAM Broadcaster
Editor pickRole-based user permissions tied to station control and streaming operations.
Built for fits when stations need API-driven automation and RBAC governance across multiple roles..
Icecast
Editor pickPer-mount metadata plus HTTP statistics endpoints for listeners and connected sources.
Built for fits when a team needs configuration-driven streaming control for one or few stations..
Related reading
Comparison Table
This comparison table maps radio station streaming software by integration depth, data model, automation and API surface, and admin and governance controls. It highlights how each tool handles stream provisioning, extensibility via API, configuration management, RBAC, and audit log coverage, so tradeoffs in throughput, schema design, and operational governance are visible.
StationPlaylist
radio automationRadio automation software that manages scheduled playlists and live content with streaming output and operational control features for station workflows.
Webhook-driven event automation tied to playout and schedule changes.
StationPlaylist runs station automation by building schedules from a defined schema that covers media assets, rotation rules, and playout logs. It supports streaming configuration per station and ties those outputs to automation runs, so scheduled items map to the correct endpoints. The integration depth centers on an API and event-driven automation via webhooks, which is useful when traffic, promos, or playlists come from other operational systems. Throughput remains practical for daily broadcast workloads because scheduling and run generation happen in the controller rather than ad hoc scripting.
A key tradeoff is that the breadth of automation features increases setup time because the data model and provisioning flow need consistent naming, tags, and ownership across assets and schedules. A common usage situation is multi-station management where centralized admins provision rotation policies and programming logs, while station staff handle approvals and schedule edits under RBAC controls.
- +API and webhook surface supports schedule provisioning and event-driven workflows
- +Structured data model maps media, logs, and playout outputs predictably
- +RBAC and audit log records changes across schedules and automation runs
- +Configuration supports multi-station scaling with consistent automation logic
- –Schema alignment requires disciplined asset naming and metadata setup
- –Automation workflows take longer to configure than basic log-based playout
Broadcast engineers
Automate stream switching from schedules
Fewer manual broadcast adjustments
Programming directors
Maintain day-part rotations with approvals
Controlled schedule governance
Show 2 more scenarios
Station ops teams
Sync traffic and promos into logs
Consistent playlist delivery
Provision media and run data via API so daily logs match external feeds.
Integrations teams
React to playout events in systems
Event-driven operational automation
Webhooks feed downstream systems with timing and schedule transition events.
Best for: Fits when multi-station teams need schema-driven automation with RBAC and an API.
More related reading
SAM Broadcaster
radio automationDesktop radio automation and streaming software that provides live and scheduled broadcasting controls and supports audio streaming pipelines.
Role-based user permissions tied to station control and streaming operations.
SAM Broadcaster fits teams that need tight control over playout, stream outputs, and operational states without relying on manual studio actions. The data model is oriented around station components such as sources, outputs, and schedules so configuration can be reused across sessions and studios. Automation can trigger state changes from schedules and remote control workflows, which helps reduce handoffs between DJs and operators. Governance is supported through admin permissions, user roles, and change visibility through logs.
A tradeoff appears with schema complexity, since station objects and routing rules can require more upfront configuration than simpler tools. SAM Broadcaster works best when multiple roles must manage the same station with predictable outcomes, such as newsroom audio, talk shows, and automated music blocks. It also fits environments where integration work needs an API and event style interfaces for external systems like automation panels or monitoring.
- +Station object data model maps sources, outputs, and schedules
- +Automation and remote control reduce manual playout actions
- +Admin roles and audit-style logging support operational governance
- –Advanced routing rules add upfront configuration overhead
- –External integration setup can require schema and workflow mapping
- –Operational debugging may take time during early deployment
Automation engineers
Programmatic station state control via API
Consistent control across stations
Station operations managers
Shift-based governance with RBAC
Fewer configuration mistakes
Show 2 more scenarios
Sports and event crews
Timed inserts during live broadcasts
Predictable on-air timing
Scheduling and event triggers manage overlays and stream transitions reliably.
Monitoring and integration teams
Event-driven control and audit visibility
Faster incident resolution
Logs and control events support troubleshooting and external system reconciliation.
Best for: Fits when stations need API-driven automation and RBAC governance across multiple roles.
Icecast
stream serverStreaming server software for live audio over HTTP that supports mount points and administrative management for radio stream delivery.
Per-mount metadata plus HTTP statistics endpoints for listeners and connected sources.
Icecast organizes streams by mountpoint and associates each mount with metadata fields, connected-client counts, and listener statistics exposed via HTTP endpoints. Admin control is primarily file-based configuration plus operational tooling for adding sources and relays, rather than a web console with granular permissions. Automation and API surface exist mainly through HTTP status endpoints and the ability for external scripts to provision or validate running configurations.
The tradeoff is limited governance depth compared with modern multi-tenant streaming stacks, because per-user RBAC and audit logging are not a built-in concept of the core server. Icecast fits when a team needs a predictable streaming pipeline for a single station or a small cluster and is willing to manage configuration through automation and server processes.
- +Mountpoint data model ties metadata, stream state, and listener counts together
- +HTTP status endpoints support external automation and monitoring
- +Relays and source configurations enable multi-server distribution paths
- +Configuration-file driven deployments simplify reproducible provisioning
- –No native RBAC or audit log concept for stream administration
- –Automation surface is mostly operational HTTP status, not full CRUD APIs
- –Admin workflows rely on server configuration and process control
Independent radio operators
Manage live show streams reliably
Stable playback and monitored audience
Broadcast engineering teams
Provision relay chains across servers
Predictable fan-out routing
Show 2 more scenarios
DevOps automation teams
Validate health through scripted checks
Automated alerts and checks
HTTP status endpoints integrate with monitoring jobs and configuration management workflows.
Community station volunteers
Push audio from simple encoders
Repeatable publishing workflow
Standard streaming ingestion to configured mountpoints supports a repeatable publishing setup.
Best for: Fits when a team needs configuration-driven streaming control for one or few stations.
SAM Broadcaster
broadcast automationRadio automation software with live assist, scheduling, studio control, and configurable audio streaming integrations.
Log-based automation that drives playout and schedules while retaining operator control.
SAM Broadcaster is radio station streaming software focused on integrating automation, playout, and distribution around a configurable broadcast data model. It supports schedulers and automation rules for playlist and log-driven programming, with operational controls for real-time playout continuity.
Stream distribution targets common internet radio workflows through configurable outputs and stream settings. Admin workflows emphasize configuration management, role-based access options, and operational logging for governance.
- +Automation and scheduling built around broadcast logs and playlist sequencing
- +Config-driven stream output definitions for consistent distribution setup
- +Admin controls support role-based operations and controlled changes
- +Operational logging supports audit-style tracking during live playout
- –Automation rules can require careful validation to prevent scheduling gaps
- –API surface coverage is limited when compared with broader automation suites
- –Extensibility needs documented integration patterns for custom workflows
- –Throughput tuning requires planning around encoder and output configuration
Best for: Fits when radio teams need controlled automation with configuration-first streaming workflows.
Nicecast
stream serverShoutcast and Icecast compatible streaming server software that supports source input control and stream configuration for radio streams.
Role-based access controls for station administration and operational governance.
Nicecast runs managed radio station streaming with channel configuration, audience delivery, and station branding through a control surface. Broadcast workflows are organized around stations, stream sources, metadata, and listener-facing playback endpoints.
The control layer emphasizes configuration repeatability and operational safety through role-based access and admin boundaries. Extensibility relies on a documented integration surface for automation and provisioning of broadcast settings and schedules.
- +Clear station and stream configuration model for consistent output across endpoints
- +RBAC support with admin separation for station operators and governance roles
- +Extensible integration surface for automation and provisioning workflows
- +Operational controls for monitoring and managing active broadcasts
- –Automation depth depends on integration coverage for each configuration area
- –Complex station sets can require careful configuration management
- –Advanced governance may need extra coordination with external tooling
Best for: Fits when teams need controlled streaming configuration and automation with documented integration interfaces.
StreamGuys SAM
stream deliveryBroadcast streaming software stack for audio distribution with channel provisioning concepts and station-level operational controls.
Provisioning and automation workflows with an API-driven configuration and change management model.
StreamGuys SAM fits radio stations that need tight control over stream endpoints, automation workflows, and engineering governance. StreamGuys SAM centers on an automation and configuration model for streaming operations, with an API surface designed for provisioning and operational integration.
It supports playlist and schedule-driven workflows alongside operational telemetry so station teams can coordinate changes across endpoints without manual edits. Admin features focus on controlled access, repeatable configuration, and traceability during operational updates.
- +Automation-first configuration for repeatable streaming changes across endpoints
- +API and provisioning surface for integrating schedules and operational workflows
- +Operational telemetry supports monitoring and faster incident triage
- +Configuration model supports structured management of stations and streams
- –Deep schema and workflow setup requires clear internal ownership
- –Automation changes can increase operational complexity without guardrails
- –Role separation and RBAC behaviors need careful mapping to station roles
- –Extensibility depends on documented API coverage for niche workflows
Best for: Fits when station teams need automated streaming configuration with a documented API and governance controls.
RadioDJ
community radio automationCross-platform radio automation software for playing from the local music database and generating live streams with studio controls.
RadioDJ’s DJ workflow and scheduled playback use a consistent schedule data model for live automation.
RadioDJ targets station streaming with tight control of playlist playback, metadata, and live output routing. It supports multi-user operation through station roles, with configuration stored in a consistent data model for schedules, songs, and automation rules.
Integration depth is driven through its stream and DJ workflow settings, with automation defined by track timing and command-like actions rather than external orchestration. Administration focuses on provisioning radios, managing connected clients, and applying governance via access control and activity visibility.
- +Playlist playback control with predictable scheduling and live queue handling
- +Structured data model for songs, schedules, and station settings
- +Multi-user station control with role-based permissions and scoped access
- +Automation is driven by DJ workflow actions and timed playback events
- –Automation surface is limited versus API-first orchestration tools
- –Extensibility depends on station workflow configuration, not custom schemas
- –API access and integration breadth for external systems are constrained
- –Admin audit visibility is limited compared to platforms with dedicated audit logs
Best for: Fits when radio teams need in-studio control and repeatable scheduling without heavy external orchestration.
Radio.co
hosted streamingWeb-based radio platform that provides stream ingest, scheduling, and station management features for internet broadcasting.
Radio.co API for station and stream configuration automation with audit-tracked admin changes.
Radio.co provides radio station streaming with stream hosting, station pages, and an admin console for managing streams, metadata, and audience endpoints. The distinct angle is its documented API and extensibility hooks for automation around stations, streaming settings, and delivery configuration.
Radio.co also supports multi-user administration with RBAC-style access controls and governance features like audit trails for configuration changes. Operational fit comes from how the data model connects stream identity, listeners, and content metadata rather than only playing audio.
- +Documented API supports provisioning and configuration automation for streams and stations.
- +Centralized admin console manages stream settings, metadata, and endpoints in one place.
- +RBAC-style access limits who can change streaming configuration and publishing details.
- +Audit logs capture administrative changes for configuration governance and troubleshooting.
- +Listener and stream metrics tie into the same station identity model.
- –Automation depth depends on exposed endpoints for every configuration field.
- –Complex multi-studio setups can require careful schema mapping for metadata fields.
- –Moderation and content governance features are limited compared with enterprise CMS workflows.
- –Advanced routing and multi-destination rules require custom integration effort.
Best for: Fits when streaming operations need API-driven provisioning and controlled admin governance.
Spreaker Studio
broadcast studioStudio and publishing software for live audio and streaming workflows with show scheduling and output configuration.
Show and episode publishing workflow with scheduling for live and on-demand streaming.
Spreaker Studio provides a web-based workflow for creating and scheduling radio content for live and on-demand streaming. It supports show and episode publishing with metadata, audio hosting, and playback delivery to listeners.
Integration depth centers on its publication workflow rather than deep systems integration into third-party ingest, automation, or analytics pipelines. Governance and automation depend on role-based access around studio publishing actions and editorial operations.
- +Studio browser workflow covers recording preparation, episode metadata, and publishing
- +Scheduling supports planning for recurring shows and timed releases
- +Live and on-demand distribution uses one authoring model
- +Listener delivery is driven from published show and episode records
- –Automation and API surface details are limited for external workflow orchestration
- –Data model is oriented to shows and episodes, not broadcaster device telemetry
- –Extensibility for external playout, routing, or logging integrations is constrained
- –Admin governance depth for audit exports and granular RBAC is not clearly documented
Best for: Fits when a team needs controlled show publishing with light automation and limited external system integration.
Live365 Studio
hosted stationBroadcast studio tooling for station production and audio streaming with scheduled programming controls.
Station and stream configuration driven by a structured schema and exposed automation endpoints.
Live365 Studio fits radio teams that need streaming operations controlled through an in-product configuration and a documented integration surface. The software focuses on station setup, automation-style workflows, and continuous broadcast delivery for live and scheduled content.
It supports an explicit data model for station assets and stream configuration so changes can be governed through roles and administrative controls. Extensibility is centered on its API and automation touchpoints that feed station provisioning and operational updates.
- +Station configuration and stream settings managed within a consistent schema
- +API surface supports automation for station and content operational updates
- +Role-based administration supports separated responsibilities for broadcast operations
- –Automation and provisioning workflows depend on a narrow set of integration paths
- –Operational audit history depth is limited for fine-grained change tracking
- –Extensibility requires schema alignment with the platform data model
Best for: Fits when teams need controlled streaming operations with an API-driven automation surface.
How to Choose the Right Radio Station Streaming Software
This guide covers StationPlaylist, SAM Broadcaster, Icecast, Nicecast, StreamGuys SAM, RadioDJ, Radio.co, Spreaker Studio, and Live365 Studio for radio station streaming, automation, and distribution control.
It also frames evaluation around integration depth, data model design, automation and API surface, plus admin and governance controls across these tools.
Each tool is treated as a concrete system with named capabilities like webhooks in StationPlaylist and per-mount metadata plus HTTP stats in Icecast.
Radio streaming and playout systems that combine automation, metadata, and controlled delivery
Radio Station Streaming Software connects scheduled content and live playout actions to one or more listener-facing streams while keeping metadata and station settings consistent. It handles scheduling and playlist sequencing, stream configuration, and operational control so stations can run without manual intervention during day-part programming.
This category typically includes a device or studio control layer, a streaming output model, and a governance layer that tracks changes and permissions. StationPlaylist represents this model with a structured data model plus API access and webhooks, while Icecast represents it with a server-first mountpoint model plus HTTP status endpoints.
Evaluation criteria for integration, data governance, and automation control
The best fit depends less on whether audio can be streamed and more on how station metadata, schedules, and control events are represented. Tools like StationPlaylist, SAM Broadcaster, and StreamGuys SAM provide schema-driven planning that stays consistent across schedules and endpoints.
Integration depth also determines how much external automation can provision station assets. Icecast focuses on HTTP streaming with mountpoint metadata and stats, while Radio.co and Live365 Studio emphasize API-driven station and stream configuration with audit-tracked admin changes.
Webhook and API event surfaces for schedule and playout automation
StationPlaylist supports webhook-driven event automation tied to playout and schedule changes, which makes event-driven workflows practical for external systems. Radio.co and Live365 Studio also expose API touchpoints for station and content operational updates, while SAM Broadcaster adds an automation and remote control pattern around station objects.
Structured data model for schedules, playlists, and station objects
StationPlaylist uses a structured data model for songs, logs, and runlists so playout outputs map predictably from schedule inputs. SAM Broadcaster and RadioDJ also model station control around sources, outputs, schedules, and station settings so multi-user operation stays consistent.
RBAC permissions tied to station control and streaming operations
SAM Broadcaster uses role-based user permissions tied to station control and streaming operations so teams can separate studio actions from governance tasks. Nicecast also provides RBAC for station administration and operational governance, while StationPlaylist adds RBAC plus an operational audit trail.
Audit log and change traceability for admin governance
StationPlaylist records changes across schedules and automation runs using an RBAC-backed audit trail. Radio.co captures audit logs for configuration changes so administrative edits tied to stream settings and endpoints remain traceable during troubleshooting.
HTTP statistics and mountpoint metadata for operational monitoring
Icecast ties per-mount metadata to live stream state and listener counts, and it exposes HTTP statistics endpoints for monitoring connected sources and audience activity. This makes Icecast useful when monitoring needs are operational and server configuration driven rather than CRUD-style API control.
Automation workflow depth with validation against scheduling gaps
SAM Broadcaster’s log-based automation drives playout and schedules while retaining operator control, but advanced routing rules can require configuration validation to avoid scheduling gaps. StreamGuys SAM and StationPlaylist emphasize repeatable automation workflows tied to a structured configuration model, which reduces ad hoc operator edits.
Pick the tool that matches the integration and governance model
Selection should start with the required control plane for station operations, not with listener endpoints alone. StationPlaylist fits teams that need schema-driven schedule provisioning plus webhook-based event reactions, while Icecast fits teams that need configuration-file driven streaming with mountpoint-level monitoring.
Then the automation and admin model should be mapped to roles, change traceability, and external provisioning requirements. Tools like SAM Broadcaster, Nicecast, Radio.co, and StreamGuys SAM all include governance elements, but they differ in how much of the streaming and automation surface they expose to API-driven workflows.
Map required automation triggers to the available API or webhook events
If external systems must react to schedule and playout changes, choose StationPlaylist for webhook-driven event automation tied to playout and schedule updates. If orchestration needs center on station object control and remote command patterns, choose SAM Broadcaster for its automation and remote control approach around station control events.
Validate the data model matches the station’s scheduling and metadata workflow
If station workflow relies on songs, logs, and runlists with predictable mapping, choose StationPlaylist for its structured data model and disciplined asset naming requirements. If the workflow is show and episode oriented, choose Spreaker Studio because its data model centers on show and episode records with publishing workflow scheduling for live and on-demand.
Assign governance responsibilities using RBAC and audit coverage
For multi-role teams that need permissions tied to streaming operations, choose SAM Broadcaster for role-based user permissions tied to station control and streaming operations. For audit-tracked administrative change history, choose StationPlaylist for audit trails across schedules and automation runs or Radio.co for audit logs capturing configuration changes.
Design the monitoring strategy around the tool’s operational endpoints
If operational monitoring must be mountpoint-centric and HTTP driven, choose Icecast because it exposes HTTP statistics endpoints and connects per-mount metadata with listener counts. If monitoring depends on platform admin console telemetry and operational telemetry, choose StreamGuys SAM because it emphasizes operational telemetry during endpoint changes.
Check extensibility boundaries for advanced routing and configuration edges
If advanced routing rules are required, plan for upfront configuration overhead with SAM Broadcaster because routing rule configuration adds complexity and can slow initial deployment. If station configuration must support documented integration interfaces, choose Nicecast because it emphasizes controlled streaming configuration with an extensible integration surface.
Who benefits from specific radio streaming automation and governance models
Different teams need different control planes, and each tool in this set prioritizes a different mix of integration, schema structure, and admin governance. The best match aligns the tool’s data model with how station staff author schedules and how engineering staff needs to provision endpoints.
The audience segments below map directly to each tool’s best-fit scenario.
Multi-station teams needing schema-driven schedule provisioning with RBAC
StationPlaylist fits this audience because it supports API and webhook-driven schedule provisioning with RBAC and an operational audit trail across automation runs. StreamGuys SAM is also built for engineering governance since it centers on API-driven provisioning plus controlled access and traceability during operational updates.
Stations that need API-driven automation tied to station control and streaming roles
SAM Broadcaster fits stations that require an API-oriented automation model around station objects and control events with role-based access controls. Live365 Studio fits teams that need structured station and stream schema plus exposed automation endpoints for controlled streaming operations.
Teams focused on streaming server control with mountpoint metadata and HTTP monitoring
Icecast fits teams that need configuration-file driven deployment and per-mount metadata plus HTTP statistics endpoints for listeners and connected sources. This is the best match when monitoring relies on operational HTTP endpoints rather than fine-grained RBAC and audit logs.
Internet radio operations that need web-based admin governance plus API provisioning
Radio.co fits teams that want an admin console that ties stream identity, listener metrics, and content metadata to RBAC-style access controls with audit logs. Nicecast fits operations that need controlled streaming configuration with RBAC governance and a documented integration surface for automation and provisioning.
Studios that prioritize show and episode publishing over deep external orchestration
Spreaker Studio fits teams that run a publishing workflow with show and episode scheduling for live and on-demand delivery. RadioDJ fits studios that need in-studio playlist playback control with multi-user role permissions and a consistent schedule data model driven by DJ workflow actions.
Pitfalls that break automation, governance, or monitoring outcomes
The most common failures come from mismatched data models, unclear governance boundaries, and overestimating how far operational HTTP control can replace an API-driven automation surface. Several tools require disciplined configuration and careful validation to prevent scheduling gaps.
The corrective actions below align to the specific constraints and limitations surfaced by these tools.
Treating schedule automation as “just logs” without a schema-aligned data model
StationPlaylist requires disciplined asset naming and metadata setup because schedule provisioning maps through its structured data model for songs, logs, and runlists. SAM Broadcaster’s automation and remote control mapping also needs careful schema and workflow mapping to avoid routing and configuration errors during deployment.
Assuming an HTTP streaming server automatically provides governance-grade admin controls
Icecast does not provide a native RBAC or audit log concept for stream administration, so governance-heavy teams should use StationPlaylist, SAM Broadcaster, or Radio.co for RBAC plus audit-tracked administrative changes. Icecast is better aligned to mountpoint metadata and operational monitoring through HTTP stats endpoints.
Overlooking automation validation for routing rules that can create scheduling gaps
SAM Broadcaster can require careful validation of advanced routing rules to prevent scheduling gaps, so routing logic should be tested before operational go-live. StreamGuys SAM and StationPlaylist also add automation complexity when workflows change, so change management ownership should be assigned to avoid unguarded configuration edits.
Underestimating how much integration coverage is needed for advanced endpoint configuration
SAM Broadcaster and Nicecast can require custom integration effort for advanced routing and multi-destination rules, so integration scope should be mapped per configuration area. RadioDJ and Spreaker Studio focus on DJ workflow actions and publication workflows, so external API orchestration depth is constrained compared with API-first automation suites.
How We Selected and Ranked These Tools
We evaluated and rated StationPlaylist, SAM Broadcaster, Icecast, Nicecast, StreamGuys SAM, RadioDJ, Radio.co, Spreaker Studio, and Live365 Studio on features, ease of use, and value using the provided capability and usability scores. Features carried the most weight at forty percent, while ease of use accounted for thirty percent and value accounted for thirty percent. This ranking reflects criteria-based editorial scoring across integration depth, automation and API surface, plus admin and governance controls stated for each tool.
StationPlaylist separated itself from lower-ranked tools through webhook-driven event automation tied directly to playout and schedule changes, and that capability lifted it on the features and integration criteria more than tools that focus mainly on server configuration like Icecast or on studio publishing workflows like Spreaker Studio.
Frequently Asked Questions About Radio Station Streaming Software
How do StationPlaylist and Radio.co differ in API-driven provisioning of stations and schedules?
Which tool offers the most direct RBAC controls tied to operational playout actions?
What are the practical tradeoffs between Icecast and full-featured streaming suites for automation and governance?
How does log-based automation in SAM Broadcaster compare with playlist and schedule automation in StreamGuys SAM?
For multi-station teams, which system best supports repeatable configuration and operator traceability?
How should teams think about extensibility when integrations must change stream metadata and endpoints?
What is the most common data migration path when moving from a playlist-first workflow to a schedule-first model?
Which tool is a better fit for automation that reacts to real-time playback events?
Where do security and activity visibility typically matter most during administration?
Which onboarding workflow reduces operational errors for teams managing devices, streams, and metadata together?
Conclusion
After evaluating 10 media, StationPlaylist 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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