GITNUXSOFTWARE ADVICE
MediaTop 10 Best Ip Camera Live Streaming Software of 2026
Ranked review of ip camera live streaming software for NVR and security setups, including Milestone XProtect, Genetec, and Avigilon Alta.
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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
If you want self-hosted IP camera live viewing and recording with automation hooks, Shinobi is the most fitting choice, whereas Blue Iris is the better pick when you need one on-prem Windows NVR server to manage mixed cameras and handle live viewing and event recording.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Shinobi
Per-camera stream routing with substream-aware live outputs alongside continuous recording.
Built for fits when teams need self-hosted IP camera streaming and recording with automation hooks..
Blue Iris
Editor pickEvent-to-action automation links motion triggers to recording policies and external notifications.
Built for fits when one on-premise NVR server must manage mixed cameras, event recording, and live viewing..
SplitCam
Editor pickMulti-camera scene output that lets several IP feeds appear in one live stream layout.
Built for fits when operators need a compact streaming hub for RTSP cameras to web viewers..
Related reading
Comparison Table
Shinobi
API-firstOpen source CCTV and NVR software that ingests IP camera streams and serves them for live browser viewing and recording.
Per-camera stream routing with substream-aware live outputs alongside continuous recording.
Shinobi is built around a camera-to-stream pipeline that ingests RTSP feeds, supports ONVIF camera discovery, and applies per-camera configuration for decoding and output. It offers a web interface for live monitoring and timeline playback, plus recording controls that map to each camera and stream profile. The integration surface is practical for NVR-style deployments because recordings can be generated while separate stream outputs are served to viewers or automations.
A tradeoff is that Shinobi requires more hands-on configuration than enterprise VMS platforms, especially for camera-specific compatibility like codec behavior and profile selection. It fits best when teams want direct control of stream outputs and automation triggers without adding a separate NVR appliance.
- +RTSP ingestion plus ONVIF discovery reduces camera onboarding friction
- +Per-camera substream output helps keep live viewing bandwidth in check
- +Web live view and recorded playback in one self-hosted workflow
- +Motion and device event hooks support external automation triggers
- –Camera-specific codec and profile tuning can take iterative setup
- –Governance and audit depth are thinner than enterprise VMS deployments
- –Large multi-site rollouts need more operational discipline
Security ops teams
Live monitoring plus recording
Faster incident review
Integrators and system builders
Camera onboarding at scale
Shorter commissioning cycles
Show 2 more scenarios
Automation engineers
Motion-triggered external actions
Less manual triage
Send event-driven webhooks to ticketing or alerting systems on detected motion and status changes.
Small security deployments
Self-hosted NVR-style setup
Lower infrastructure overhead
Consolidate ingest, playback, and stream serving on-prem without a separate proprietary NVR.
Best for: Fits when teams need self-hosted IP camera streaming and recording with automation hooks.
More related reading
Blue Iris
vertical specialistWindows NVR software that manages IP cameras and includes web and streaming features for remote live viewing.
Event-to-action automation links motion triggers to recording policies and external notifications.
Blue Iris fits operations that need one server to ingest multiple cameras, record locally, and drive event handling without moving footage into a separate VMS appliance. It provides a configurable recording pipeline, per-camera motion and trigger logic, and an event-to-action layer for notification and automation workflows. Administration is practical for small teams because the main work is camera discovery, stream credentials, and rule tuning rather than building an enterprise object model.
A tradeoff is that scaling beyond a single site depends on careful CPU and storage planning and on tuning sub-stream selection and frame rates for each camera. Blue Iris works well when a site has mixed camera brands with RTSP access and when the same machine must support both recording and low-latency viewing.
- +Per-camera event rules drive recording and notifications
- +Multi-camera ingest supports mixed vendor RTSP sources
- +Recording scheduling supports continuous and event-based retention
- +Strong client playback options for remote live viewing
- –Performance depends on CPU load from transcoding and analysis
- –Large camera counts require careful tuning and storage sizing
- –Configuration complexity rises with many heterogeneous camera profiles
- –Governance features like RBAC and audit logging are limited
Small security teams
Site-wide recording with motion alerts
Fewer missed incidents
Integrators and resellers
Deploy mixed camera brands
Faster site rollouts
Show 2 more scenarios
Operations managers
Remote live viewing during incidents
Quicker response checks
Blue Iris provides live playback and event context without shifting footage to a separate VMS.
IT administrators
On-premise control with monitoring
Lower data egress
Blue Iris keeps recording on the same networked server and integrates with local workflows via actions.
Best for: Fits when one on-premise NVR server must manage mixed cameras, event recording, and live viewing.
SplitCam
SMBDesktop streaming software with virtual webcam features and support for IP camera video sources.
Multi-camera scene output that lets several IP feeds appear in one live stream layout.
SplitCam is built around camera feed handling and live publishing, so it works well when the goal is to redistribute RTSP camera streams to viewers over RTMP or WebRTC. It supports multi-camera layouts so a single operator can monitor several feeds in one session. The product also supports audio handling and scene composition, which helps when streams need more than a raw video relay.
The tradeoff is that SplitCam does not provide NVR-grade administration controls like per-device provisioning models or event-centric audit trails. It fits best when a team needs a small-to-mid number of camera feeds streamed to a web page, a third-party streaming endpoint, or a remote operator without deploying a full security VMS stack.
- +Centralizes multiple RTSP inputs into one live publishing workflow
- +Supports browser-friendly output options like WebRTC
- +Scene layouts help operators monitor several cameras in one view
- +Audio and video routing supports operator dashboards and broadcasts
- –Event management for security workflows stays limited versus VMS
- –Governance controls for fleet provisioning are not a core focus
- –Large-scale camera management needs external tooling and discipline
- –PTZ control coverage is uneven across mixed camera sources
Operations teams
Single dashboard to remote web viewers
Fewer operator devices needed
Integrators
Bridge RTSP cameras to RTMP endpoints
Reuse existing streaming infrastructure
Show 2 more scenarios
Small security teams
Temporary live monitoring setup
Faster monitoring start
Stand up a working live view for incident response without full VMS deployment.
Control rooms
Operator console with mixed sources
Clearer live situational view
Combine camera tiles and audio into one continuous operator stream.
Best for: Fits when operators need a compact streaming hub for RTSP cameras to web viewers.
VLC media player
SMBOpen source media software that can ingest RTSP and HTTP camera feeds and restream or transcode them for live viewing.
Headless VLC CLI can ingest camera streams and re-output HLS or RTSP for downstream playback.
VLC media player, from Videolan, is distinct in live camera use because it can act as a lightweight RTSP playback client and a practical transcode endpoint on many operating systems. It supports common surveillance delivery patterns by ingesting streams and outputting them in other formats with configurable codecs and hardware acceleration where available.
VLC also provides CLI-driven workflows for headless restreaming and transcoding into distributions like HLS or RTSP relays for downstream players. For IP camera live streaming in NVR-style setups, VLC works best as a viewing, relay, or format-conversion component rather than a full management system with device provisioning and governance.
- +Handles many camera streams via flexible demux and codec support
- +CLI enables headless restreaming and scheduled transcode jobs
- +Outputs relays and player-friendly formats for existing viewing stacks
- +Hardware acceleration can reduce CPU load during transcoding
- –No native camera discovery or centralized device management
- –Event workflows like motion webhooks require external systems
- –Fine-grained admin governance and RBAC are not part of VLC
- –Low-latency tuning for live latency can require expert parameter work
Best for: Fits when NVR workflows need a relay or transcoder for existing RTSP feeds.
OBS Studio
creatorOpen source live streaming software that can pull IP camera feeds through RTSP, browser, NDI, or capture pipelines and publish to streaming platforms.
Scene transitions with audio and overlays let an operator produce a single mixed live feed from multiple RTSP sources.
OBS Studio can ingest IP camera streams via RTSP and publish live video as RTMP, SRT, HLS, or to local recording. Scene-based mixing lets one operator combine multiple camera views, overlays, and audio inputs into a single broadcast.
Hardware acceleration support helps keep encoding stable when multiple sources are enabled. For IP camera live streaming, it is most practical when the workflow needs studio-style scene control rather than NVR-style event and device management.
- +Scene graph lets operators switch and compose multiple camera feeds for broadcast
- +RTSP input and RTMP or SRT output cover common IP camera and streaming pipelines
- +GPU encoding options reduce CPU load during multi-source capture
- +Local recording supports instant fallback when network output drops
- –No native ONVIF camera discovery or device inventory for ongoing provisioning
- –PTZ control requires manual integration with camera control plugins or external tools
- –Built-in motion detection and alerts are not equivalent to NVR event workflows
- –Complex stream chains require careful tuning of latency, buffering, and bitrates
Best for: Fits when teams need operator-driven multi-camera streaming and studio-style scene control without NVR governance.
vMix
SMBWindows live production software that supports IP camera ingest over RTSP, SRT, NDI, and browser sources for professional live streams.
Operator-first live switching with program and preview compositions plus PTZ actions inside the same workflow.
vMix is an IP camera live streaming and switching app that turns a PC into a multi-source video operator for NVR-style workflows. It can ingest camera feeds via standard streaming URLs, mix them with live video and graphics, and publish output to common streaming protocols.
The product differentiates through its operator workflow for live production, including audio routing, PTZ actions for supported sources, and multi-preview layouts. It fits teams that need low-latency on-prem viewing and channel-based publishing rather than a purpose-built VMS database layer.
- +Live production layout with multi-camera preview and fast switching
- +Audio embedding and routing across camera feeds and program output
- +PTZ control for supported IP camera sources without extra controller software
- +Broad publishing targets for downstream monitoring and recording workflows
- –Camera discovery support is limited versus VMS systems
- –Governance and audit trails are not built to match security VMS expectations
- –Large multi-camera scaling stresses PC encoding and GPU resources
- –ONVIF event handling coverage depends on source behavior and configuration
Best for: Fits when security teams want an on-prem live video operator for limited camera counts and strong live switching.
ManyCam
SMBVirtual camera and live streaming software that can incorporate IP camera sources into desktop streaming setups.
Scene-based live production with overlays and audio routing that turns security feeds into operator-ready productions.
ManyCam is an IP camera live streaming and video capture tool that focuses on routing multiple video sources into broadcast-style outputs, not only NVR playback. It supports camera discovery and common ingest formats, then adds live production controls like overlays, audio routing, and scene switching for operators who need a studio workflow.
For security deployments, it is best treated as an edge-to-stream and operator-display component that can feed an RTMP or WebRTC distribution pipeline. It is less suited to full NVR-grade recording governance when requirements center on device management, event normalization, and long-retention playback.
- +Scene switching and overlays for operator-facing live views
- +Camera discovery workflow that reduces manual source setup
- +Multi-source mixing for desk monitoring and recording feeds
- +RTMP and WebRTC outputs for straightforward distribution
- –Not positioned as an NVR replacement for retention and device governance
- –Event handling and motion-to-webhook automation are limited
- –PTZ control coverage depends on camera support and integration depth
Best for: Fits when operators need live IP camera routing into broadcast outputs with on-screen overlays and multi-source monitoring.
Xeoma
vertical specialistVideo surveillance software for IP cameras with live monitoring, remote access, and camera stream handling across many vendors.
Visual pipeline configuration for video analytics and event-triggered actions within one streaming application.
Xeoma is an IP camera live streaming and surveillance software for on-premise setups that focuses on visual pipeline building for capture, analysis, and output. It handles common camera ingest patterns through RTSP and ONVIF so cameras can be added without bespoke drivers in many deployments.
The product connects processing blocks like motion detection and event triggers to streaming or recording outputs, which reduces the need for external workflow glue. Its main differentiator is the configurable video-processing flow design that can map camera events directly to downstream actions.
- +Block-based video processing flow ties detection and actions in one place
- +RTSP and ONVIF ingest covers many camera models without custom integrations
- +Event-driven outputs can reduce external automation and stitching
- +On-premise deployment fits NVR-style security network constraints
- –Scalability controls for large fleets are less structured than enterprise VMS
- –Advanced governance like granular RBAC and audit trails is limited
- –Multi-site role separation can require separate instances
- –Complex transcoding topologies need careful pipeline tuning
Best for: Fits when small to mid-size security teams need on-premise live streams with configurable event workflows.
ExacqVision
enterpriseVideo management system providing live IP camera viewing, recording, and search across distributed locations.
Single client workflow for live view and timeline playback with operator-grade PTZ control and event-triggered notifications.
ExacqVision runs on-premise IP camera video recording and live monitoring with a client-server architecture aimed at NVR-style security deployments. It supports multi-channel ingestion, live view, and timeline playback in a single operator workflow, with camera discovery and device configuration tied to the server.
ExacqVision also provides notificationing tied to motion and event signals, plus PTZ control for cameras that expose it through standard interfaces. Administrators manage access through user accounts and role-based permissions across viewing, playback, and configuration functions.
- +Operator workflow combines live monitoring and timeline playback without workflow breaks
- +PTZ control integrates into the same client view used for live and playback
- +Event-triggered notifications support motion and device-related event monitoring
- +Centralized server management keeps camera lists and recording settings consistent
- –Direct browser-based live streaming support is limited compared with VMS systems focused on web viewers
- –Scalability beyond mid-size deployments can require careful server sizing and camera stream planning
- –Automation and API extensibility are less prominent than in platforms that market developer integrations
- –Cross-site governance features like advanced auditing and granular delegated admin are not as deep as top competitors
Best for: Fits when mid-size security teams need on-prem live monitoring plus recording workflows with manageable admin overhead.
CamStreamer
specialistCloud service and on-camera app that streams IP camera RTSP feeds directly to YouTube, Facebook, and custom RTMP destinations.
Camera-to-viewer stream publishing designed for operational live monitoring rather than VMS-style analytics and rules.
CamStreamer targets teams that need live IP camera viewing and streaming outside a full VMS, with focus on pulling feeds from cameras and republishing them for monitoring workflows. It supports common camera transport paths for ingest and distribution, and it is built around operator-style playback and live viewing rather than deep analytics.
Core configuration centers on camera connectivity, stream publishing settings, and viewer access controls for multi-cam sessions. Integration depth depends on how cameras expose standards like RTSP and how streaming output is consumed by downstream NVR, web viewers, or recording systems.
- +Straightforward live viewing workflow for multi-camera sessions
- +Camera-centric stream ingestion and output configuration
- +Good fit for republishing camera feeds to common monitoring endpoints
- +Supports practical operational controls for ongoing monitoring
- –Limited depth for enterprise governance compared with full VMS suites
- –Advanced event-to-workflow automation is not a primary focus
- –Multistream workflows can require careful configuration per camera
- –PTZ control coverage and behavior depend on camera capability
Best for: Fits when small NVR and monitoring setups need live stream republishing with minimal VMS overhead.
Conclusion
After evaluating 10 media, Shinobi 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 ip camera live streaming software
IP camera live streaming software turns RTSP and related camera feeds into viewer-ready outputs with routing, transcoding, and event-driven workflows. This buyer's guide covers Shinobi, Blue Iris, SplitCam, VLC media player, OBS Studio, vMix, ManyCam, Xeoma, ExacqVision, and CamStreamer.
Shinobi and Blue Iris anchor the self-hosted NVR-style end of the market, where onboarding and recording policies sit close to live output. SplitCam, OBS Studio, and vMix focus on operator-controlled live publishing, while VLC media player acts as a headless relay and republisher for existing RTSP pipelines.
IP camera live streaming software for NVR-style recording and viewer-ready playback
IP camera live streaming software ingests IP camera video streams such as RTSP and converts them into live viewing outputs like WebRTC, HLS, RTMP, or SRT while coordinating multi-camera routing. Tool behavior varies by how streams are published per camera versus per scene, and by how live viewing ties into recording or event actions.
Shinobi targets per-camera stream routing by pairing RTSP ingestion with ONVIF discovery and using per-camera substream-aware live outputs alongside continuous recording. Blue Iris emphasizes per-camera event rules that link motion triggers to recording policies and external notifications, which matters for security setups where live viewing should track the same conditions that drive retention.
IP camera live streaming decision points that change deployments
IP camera live streaming software only becomes operational when ingest, publish, and event handling stay consistent across the live viewing path and the recording path. The tools below differ most in per-camera routing versus scene-based publishing, and in how automation links motion triggers to what viewers see.
Per-camera stream routing and substream-aware live output
Shinobi routes each camera stream into dedicated live outputs and uses per-camera substream-aware behavior alongside continuous recording. This is a better match for setups where live bandwidth must track which cameras are actually being watched.
Event-to-action automation that ties motion to notifications and retention
Blue Iris connects per-camera event rules to recording policies and external notifications. This is designed for security operations where the same conditions that trigger recording also drive what operators receive.
Scene-based multi-camera layout publishing to web viewers
SplitCam, OBS Studio, vMix, and ManyCam publish multi-camera streams through operator-controlled scene or composition workflows. SplitCam targets browser-friendly outputs like WebRTC, while vMix adds program and preview switching with PTZ actions inside the same workflow.
Headless relay and republishing of existing RTSP pipelines
VLC can ingest camera streams and re-output HLS or RTSP using headless CLI jobs. This fits NVR relay patterns where the goal is to restream without centralized camera discovery or security event workflows.
Integrated video analytics flow and event-triggered actions
Xeoma builds a block-based video processing pipeline that binds detection to actions inside the streaming application. This concentrates analytics and action configuration in one place, which helps small security teams keep workflows together.
Operator workflow for live monitoring, timeline playback, and PTZ control
ExacqVision keeps live view, timeline playback, and PTZ control inside a single client workflow. This reduces operator context switching when both live monitoring and event review happen in the same session.
Choose the publishing model and governance depth that match the security workflow
A workable purchase decision starts with the publishing model. Per-camera routing tools keep live outputs tied to each camera session, while scene or operator-production tools keep live viewing tied to layouts and switching actions.
The next decision is governance depth. Enterprise VMS-style admin, audit depth, and fleet provisioning controls are not the same across all tools, so the choice should match how many cameras must be managed and how changes are audited.
Match per-camera routing to your bandwidth and substream needs
If the live path must use camera-specific substream behavior while continuous recording runs, Shinobi is aligned to that model with per-camera stream routing and substream-aware live outputs. If live publishing is built around a single consolidated operator feed, scene-based tools like SplitCam or vMix fit better.
Pick automation that links motion triggers to downstream outcomes
If motion triggers must drive recording policies and external notifications with per-camera event rules, Blue Iris is a closer fit because the event logic is the center of the workflow. If motion-to-webhook automation and security event depth are not core, operator production tools can still provide live streaming outputs.
Decide whether the primary operator action is switching layouts or managing camera inventories
If operators need fast multi-camera preview and switching, vMix and OBS Studio use composition workflows that let operators produce one mixed live feed. If provisioning and inventory-like onboarding matter more than switching, Shinobi uses RTSP ingestion paired with ONVIF discovery to reduce camera onboarding friction.
Plan for relay-only pipelines when security workflows live elsewhere
When an NVR server needs a headless relay or scheduled restreaming job, VLC provides HLS or RTSP outputs via headless CLI. This prevents the live publishing step from becoming a governance and event-management bottleneck.
Validate whether built-in event processing can carry the full security workflow
If detection logic and action steps must be configured inside one streaming application, Xeoma ties block-based analytics to event-triggered actions. If retention and device governance must be managed like a VMS, governance gaps in lighter workflows can force external processes.
Align browser and viewer publishing with the output shape you need
If the target viewers are browser-first with WebRTC-friendly publishing, SplitCam concentrates a single live publishing workflow around multi-RTSP inputs. If the output must cover mixed RTSP ingest and common streaming pipelines with operator control, OBS Studio and vMix support RTSP input plus RTMP or SRT output paths.
Who benefits from each IP camera live streaming approach
IP camera live streaming software serves two distinct operational patterns. Security setups prioritize consistent behavior between events, recording, and the live viewer path, while production-like setups prioritize operator switching and broadcast-style compositions.
The tool selection should match which staff member owns the workflow. Some tools center automation rules for security operations, while others center live scene production for video operators.
Security teams running an on-prem NVR server with mixed RTSP camera sources
Blue Iris is built for per-camera event rules that link motion triggers to recording policies and external notifications on a single on-prem server managing mixed RTSP ingest.
Operators who must deliver browser-friendly live views from multiple cameras with minimal infrastructure changes
SplitCam centralizes multiple RTSP inputs into one live publishing workflow and includes browser-friendly output options like WebRTC for multi-camera layouts.
Teams using operator-driven multi-camera switching for monitoring rooms and ad hoc live sessions
vMix and OBS Studio provide scene or composition controls that let operators produce a single mixed live feed and perform switching actions with audio embedding and routing.
Small security teams that want analytics and event actions configured in the same interface
Xeoma uses a block-based pipeline that ties detection and event-triggered actions into one streaming application for on-prem live streams.
NVR administrators who need a headless restreamer for existing RTSP feeds
VLC headless CLI can ingest many camera streams and re-output HLS or RTSP for downstream playback without requiring native camera discovery or centralized device management.
Common buying mistakes that break live streaming operations
The biggest failures come from mismatching publishing workflows to security workflows. A tool that can restream video is not the same as a tool that can manage camera onboarding, event automation, and governance expectations at the same time. Another frequent failure is underestimating compute cost when transcoding and analysis happen on the same server that must also stay available for live viewing.
Assuming any RTSP restreamer will handle camera provisioning and governance for a camera fleet
VLC can relay and scheduled restream camera streams into HLS or RTSP but it lacks native camera discovery and centralized device management, so fleet onboarding work must be handled elsewhere.
Overloading a single server with transcoding and analysis without capacity planning
Blue Iris performance depends on CPU load from transcoding and analysis, so large camera counts require careful tuning and storage sizing to prevent live viewing degradation.
Choosing a scene production workflow when event management and security automation must be primary
SplitCam and OBS Studio can publish multi-camera outputs, but event management for security workflows stays limited versus VMS-style automation, so motion-to-webhook needs can require external systems.
Expecting NVR-grade administration and audit depth from operator-first tools
Shinobi provides governance and audit depth that is thinner than enterprise VMS deployments, and vMix notes governance and audit trails are not built to match security VMS expectations.
Buying for web viewing when browser-based live streaming support is limited
ExacqVision focuses on operator live monitoring and timeline playback in its client, so direct browser-based live streaming support is limited compared with VMS systems centered on web viewers.
How We Selected and Ranked These Tools
We evaluated Shinobi, Blue Iris, SplitCam, VLC media player, OBS Studio, vMix, ManyCam, Xeoma, ExacqVision, and CamStreamer using feature depth for IP camera ingestion and live publishing, with integration fit for per-camera versus scene workflows. We weighted features at 40%, ease and operational friction at 30%, and value at 30% based on how directly each tool maps events and recording to live viewer outputs. Shinobi set the top ranking by combining RTSP ingestion with ONVIF discovery and by pairing per-camera substream-aware live outputs with continuous recording.
Blue Iris ranked next by tying per-camera event rules to recording policies and external notifications, which makes live viewing outcomes match security triggers. VLC and the production tools scored lower where native discovery, security event workflows, or governance depth were not central to the workflow.
Frequently Asked Questions About ip camera live streaming software
How do Shinobi, Blue Iris, and ExacqVision handle RTSP and ONVIF discovery for camera onboarding?
Which tool best fits an on-prem NVR setup that needs live view plus timeline playback in one client workflow?
What breaks if a camera stream supports only one transport format when using RTSP-to-publishing tools like VLC or SplitCam?
When do motion events map cleanly into automation hooks in Shinobi and event-to-action recording workflows in Blue Iris?
How does SSO and RBAC show up in security-center style systems compared with operator-first streaming apps?
Where does admin configuration work differ between Shinobi’s stream routing and SplitCam’s single output pipeline?
Which tool is better for GPU-heavy multi-stream transcoding and stable encoding when many camera feeds are active?
What tradeoff appears when choosing a visual pipeline builder like Xeoma instead of a NVR-style rules and recording workflow?
How does ManyCam or vMix handle operator switching and PTZ actions compared with NVR-centered PTZ control?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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