GITNUXSOFTWARE ADVICE
Utilities PowerTop 10 Best Increase Internet Speed Software of 2026
Ranked picks of increase internet speed software with real-speed testing notes, including Speedtest checks and tools like NetBalancer, Ashampoo, WTFast.
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
NetBalancer is the best pick if you’re on Windows and need per-app bandwidth control with live latency feedback during mixed workloads, whereas TCP Optimizer suits one PC that just needs manual TCP/MTU tuning, and WTFast is better when gaming responsiveness is the goal without router WAN fiddling.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
NetBalancer
Executable-based traffic rules that apply upload and download limits while monitoring per-app throughput.
Built for fits when Windows users need per-app bandwidth control and live latency feedback during mixed workloads..
Ashampoo Internet Accelerator
Editor pickGuided optimization profiles that apply network and system changes together, then let users revert endpoint settings.
Built for fits when one Windows PC needs quick, repeatable tweaks before running speed-test checks..
WTFast
Editor pickDedicated game-session routing using an optimization network selected by the client for lower-latency paths.
Built for fits when gaming responsiveness is the priority and router-level WAN tuning is avoided..
Related reading
Comparison Table
NetBalancer
SMBWindows traffic shaping tool that prioritizes network traffic per process to ensure bandwidth for critical applications.
Executable-based traffic rules that apply upload and download limits while monitoring per-app throughput.
NetBalancer provides application-level visibility by mapping traffic back to the generating process, which supports targeted bandwidth throttling and traffic prioritization without changing global network behavior. The rule system can enforce upload and download limits and steer latency-sensitive traffic by applying priorities to selected flows. Live charts support operational review during tuning sessions, and exported or reusable rule sets reduce repeat work across machines.
A key tradeoff is that results depend on correct rule matching and choosing limits that match the bottleneck, because overly strict throttles can increase latency under bursty loads. NetBalancer fits best when one or two interactive applications need consistent responsiveness while background downloads run in parallel, such as video calls during OS updates.
For teams that need repeatable rollout, governance tends to be manual since NetBalancer’s controls are centered on local configuration rather than centralized provisioning. It is also less suited than router-based QoS when the optimization goal requires whole-network policy enforcement across many device classes.
- +Per-application traffic mapping for accurate bandwidth limits
- +Rule-based prioritization for chosen executables and protocols
- +Live throughput and latency graphs for tuning feedback
- +Reusable rule sets speed up repeated configuration
- –Local-only governance limits centralized policy rollout
- –Requires careful rule matching to avoid unintended throttling
- –Windows-focused design reduces relevance for non-Windows fleets
- –Not a replacement for router-wide QoS across all devices
Remote workers on Windows
Keep calls responsive during downloads
Lower call jitter and stable latency
Small office IT admins
Standardize tuning on a few PCs
Fewer helpdesk bandwidth issues
Show 2 more scenarios
Gamers and streamers
Limit upstream contention during live sessions
More stable frame pacing
Prioritize game or streaming traffic and throttle competing upload-heavy utilities.
Power users testing bottlenecks
Validate throughput and latency changes
Faster tuning decisions
Run repeated rule adjustments while comparing live graphs with external latency checks.
Best for: Fits when Windows users need per-app bandwidth control and live latency feedback during mixed workloads.
Ashampoo Internet Accelerator
SMBWindows utility that optimizes system and browser internet settings for faster connection speeds.
Guided optimization profiles that apply network and system changes together, then let users revert endpoint settings.
Ashampoo Internet Accelerator bundles network and system utilities into a guided optimization flow that applies changes to Windows networking behavior. The workflow emphasizes reversible actions and preconfigured profiles for common activity patterns like interactive browsing and streaming tests. DNS-related tweaks and connection parameter changes are applied on the endpoint, which aligns with home users and single-device troubleshooting.
A key tradeoff is that host-only tuning cannot replace ISP routing improvements or router QoS, so results can flatten on Wi‑Fi congestion and high packet loss links. It fits situations where a user runs repeatable speed tests after adjusting the same PC and wants a structured way to try multiple settings.
- +Host-focused tuning flow with reversible changes on Windows
- +Bundled network and cleanup steps reduce competing background activity
- +Activity-oriented optimization profiles for repeatable testing
- +Low setup friction for endpoint users without router access
- –Limited control over WAN and routing paths beyond the local PC
- –Effectiveness depends on stable Wi-Fi and low packet-loss links
- –No documented traffic-engineering API for orchestration across devices
- –Advanced packet-level controls are not exposed in detail
Home Windows users
Improve interactive browsing responsiveness
Lower perceived page load delay
Small office IT
Standardize per-PC optimization attempts
Consistent client baseline
Show 1 more scenario
Remote workers
Reduce jitter during calls
Fewer call quality drops
Applies connection handling tweaks while removing local overhead from the browsing system.
Best for: Fits when one Windows PC needs quick, repeatable tweaks before running speed-test checks.
WTFast
vertical specialistGamers Private Network that optimizes routing between the player and game servers to reduce latency and packet loss.
Dedicated game-session routing using an optimization network selected by the client for lower-latency paths.
WTFast is most effective when delay variance and inefficient paths drive poor match performance, since the client can keep game sessions on optimized routes. The approach focuses on gaming traffic classes rather than generic throughput testing, so large file transfers may not show the same improvements. The client configuration is centralized, which keeps changes out of network gear and avoids WAN-side automation work.
A key tradeoff is that gains are limited to supported platforms and game flows that the client can consistently route. For users who need LAN-wide QoS policies, DNS controls, or WAN shaping, the product does not replace router or SD-WAN configuration. It is a fit when a player wants faster match responsiveness without touching router settings.
- +Client-based routing changes game traffic without router firmware work
- +Session-oriented routing reduces lag spikes during active gameplay
- +Clear in-client status signals help verify connection behavior
- +Works across common residential last-mile setups
- –Improvements vary by game support and traffic pattern
- –Not designed for whole-network throughput optimization
- –Does not provide policy-level controls like router QoS
- –Requires keeping the client running during sessions
PC gamers in congested regions
Reduce match lag on supported titles
More stable in-game responsiveness
Competitive players avoiding network changes
Improve latency without router tuning
Fewer setup steps
Show 1 more scenario
Casual gamers with variable ISP routes
Reduce jitter during evenings
Lower jitter for gameplay
Path optimization reduces route inefficiency that worsens timing during peak usage.
Best for: Fits when gaming responsiveness is the priority and router-level WAN tuning is avoided.
Internet Accelerator
consumer PC utilityWindows utility that tunes network parameters to improve browsing and connection responsiveness.
Edge traffic-path acceleration with flow-scoped policy controls for deciding which sessions receive optimization.
Internet Accelerator by pointstone.com focuses on LAN-to-WAN traffic acceleration by applying routing and optimization logic in the path between clients and upstream connectivity. It is designed to reduce latency and improve throughput through edge-side traffic handling, including session and connection reuse behaviors.
The product also supports performance-oriented configuration for network conditions, which is aimed at stabilizing results across repeat traffic patterns. Administration centers on policy and system settings that control when acceleration features apply per traffic flow.
- +Traffic-path acceleration that targets latency and throughput in active sessions
- +Policy-based controls that limit acceleration to selected traffic flows
- +Connection handling that aims to reuse sessions across repeated client requests
- +Deployment centered on edge positioning between clients and upstream
- –Requires network integration work to ensure traffic is actually routed through it
- –Observability depends on admin tooling that can make tuning slower than packet-level tools
- –Performance gains can be sensitive to upstream behavior and client traffic mix
- –Limited visibility into per-application outcomes compared with deep telemetry products
Best for: Fits when traffic must be accelerated at the edge and control is needed over which flows get optimization.
cFosSpeed
network optimizationTraffic shaping software for Windows that prioritizes packets to reduce latency and improve perceived network performance.
Adaptive ACK pacing and queue scheduling driven by live traffic measurements to reduce interactive lag.
cFosSpeed monitors traffic on a local router and uses rule-based shaping to prioritize latency-sensitive flows like interactive sessions. The software focuses on improving perceived responsiveness by tuning queue behavior and coordinating TCP acknowledgements with its own scheduler.
It includes a web-based configuration interface and can classify flows using port and protocol signals from live traffic. Network performance changes are realized by local packet scheduling and bandwidth management rather than cloud routing.
- +Local traffic prioritization targets latency-sensitive flows like VoIP and gaming
- +Built-in QoS classification reduces reliance on manual device tagging
- +Web UI supports fast iterative tuning against changing conditions
- +Works on a single network path without needing overlay networking
- –Effective tuning depends on correct uplink and downlink rate settings
- –Does not provide per-application policies for encrypted traffic beyond basic signals
- –Configuration requires attention to client behavior during tests and changes
- –Traffic shaping can reduce throughput for bulk transfers under heavy load
Best for: Fits when one network needs on-prem latency prioritization without SD-WAN or agent-heavy deployments.
Speedify
SMBChannel bonding VPN that combines multiple internet connections to increase throughput and reliability.
Adaptive multi-WAN bonding that reallocates traffic in real time across active interfaces.
Speedify targets people who have multiple imperfect internet links and need one stable connection for everyday apps like video calls and browsing. Its core mechanism is a multi-WAN bonding engine that spreads traffic across available interfaces and dynamically shifts allocation when one link degrades.
The software also includes bandwidth controls and connection profiling so latency-sensitive traffic gets treated differently from bulk traffic. Speedify supports desktop and mobile clients and can run continuously in the background to keep failover behavior predictable.
- +Multi-WAN bonding balances throughput across changing network conditions
- +Traffic classification helps keep latency-sensitive apps from competing equally
- +Auto failover behavior is handled by the bonding layer
- +Client apps cover both desktop and mobile use cases
- –Latency behavior can vary when one WAN has high jitter or loss
- –Advanced traffic policies need careful tuning for consistent results
- –Setup may require local network permission and routing adjustments
- –Performance gains depend on having multiple real links
Best for: Fits when two or more WANs are available and one connection often degrades.
TCP Optimizer
vertical specialistFree Windows utility that tunes TCP/IP parameters to improve network throughput and latency.
Registry-driven TCP parameter profiles with an explicit rollback path for fast revert after testing.
TCP Optimizer by speedguide.net focuses on Windows TCP stack tuning through a curated set of preset profiles for common network scenarios. It generates registry-based changes for items like TCP Receive Window, MTU-related behavior, and other stack parameters, then includes a workflow to revert to defaults.
The tool is oriented around manual execution on a single machine rather than continuous automation. Network performance checks and rollback steps are part of the operational loop, not an afterthought.
- +Preset profiles target different link types with fewer knobs to interpret
- +Windows registry writes create concrete, reversible TCP stack changes
- +Includes a restore workflow to roll back to default settings
- +Works offline after download, without a required control plane
- –Scope is limited to a local Windows host, not fleet-wide tuning
- –Changes can conflict with router or ISP-side traffic shaping behavior
- –No built-in benchmarking dashboard to validate outcomes across sessions
- –Requires careful parameter selection to avoid worsening latency under load
Best for: Fits when a single Windows PC needs manual TCP and MTU-related tuning without admin tooling or automation.
ExitLag
vertical specialistMultipath routing client that reroutes game traffic across optimized paths to reduce ping and jitter.
Route steering that activates per running game session instead of applying system-wide bandwidth shaping.
ExitLag focuses on latency optimization for game and application traffic by steering connections through an internal routing layer. The software detects active game sessions and applies route adjustments to reduce round-trip time and jitter.
It also includes per-application configuration so specific titles get tailored handling instead of blanket changes. Connectivity improvements can be validated with external speed tests because ExitLag does not replace the system’s underlying Internet transport.
- +Session-based routing rules tied to running applications
- +Automatic path selection reduces RTT variance during gameplay
- +Per-title configuration avoids altering unrelated network traffic
- +Works without changing game client settings
- –Effect depends on destination peering and available route options
- –Setup requires selecting target applications and monitoring results
- –No granular admin controls for multi-user or RBAC governance
- –Limited visibility into route decisions beyond client-level indicators
Best for: Fits when gamers or remote workers need lower latency on specific destinations without changing ISP settings.
Chris-PC DNS Switch
vertical specialistWindows utility that switches between DNS providers to improve browsing speed and access.
Single-purpose DNS profile switching that updates Windows resolver settings without adding network drivers.
Chris-PC DNS Switch swaps the system DNS resolver by applying selectable DNS profiles and writing them into Windows network settings. It centers on DNS switching workflows rather than WAN acceleration or traffic-shaping modules.
The practical speed angle comes from reducing DNS lookup latency and changing which resolver answers queries. Admin control is limited to local machine configuration because the tool targets client DNS settings rather than network-wide policies.
- +Direct DNS profile switching for Windows network adapters
- +Quick change workflow for trying different resolvers
- +Lightweight tool with minimal background components
- +Clear on-device scope without driver-level changes
- –No built-in throughput testing against live traffic
- –No policy scheduling for automated resolver rotation
- –Limited to DNS settings with no MTU or TCP tuning
- –No centralized control for multiple endpoints
Best for: Fits when DNS latency is suspected and local Windows resolver switching is enough.
NetSpot
vertical specialistWi-Fi survey and analysis application that helps users locate interference and optimize wireless coverage for better speeds.
Desktop and mobile site survey workflow that generates coverage heatmaps from live signal measurements.
NetSpot focuses on measuring Wi-Fi conditions and mapping coverage using site survey workflows and signal heatmaps. It adds practical network diagnostics like channel analysis, interference visibility, and device connection details to support tuning decisions.
For speed-focused outcomes, NetSpot can guide changes that affect throughput and latency, such as access point placement and channel selection. It does not replace OS-level bandwidth shaping or traffic engineering tools that implement congestion control, ACK pacing, or QoS policy enforcement.
- +Heatmap-based Wi-Fi coverage views support placement and channel decisions.
- +Channel and interference views connect RF conditions to performance symptoms.
- +Device and connection detail helps isolate which clients are affected.
- +Survey workflow fits repeat checks after AP changes and retuning.
- –No bandwidth shaping controls for traffic prioritization and throttling.
- –Limited support for latency optimization beyond RF and client context.
- –Automation and API surface is not built around continuous speed testing pipelines.
- –Results depend on survey method and measurement consistency across locations.
Best for: Fits when Wi-Fi throughput and latency issues trace back to coverage holes and RF interference patterns.
Conclusion
After evaluating 10 utilities power, NetBalancer 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 increase internet speed software
This buyer’s guide covers tools that increase internet speed outcomes by changing how traffic is shaped, routed, or tuned on the Windows host, the client session, or the edge path. The guide includes NetBalancer, Ashampoo Internet Accelerator, WTFast, Internet Accelerator, cFosSpeed, Speedify, TCP Optimizer, ExitLag, Chris-PC DNS Switch, and NetSpot.
Each tool is grounded in concrete mechanisms like executable-based bandwidth rules in NetBalancer, revertible optimization profiles in Ashampoo Internet Accelerator, and session routing for active game traffic in WTFast. Real-speed checks like Speedtest by Ookla are referenced to validate whether tuning changes throughput and latency on live paths.
Increase internet speed software that tunes throughput and latency for Windows, gaming sessions, DNS, and network pathing
Increase internet speed software is a category of apps that target observed throughput and latency using specific controls like per-app traffic rules, queue pacing, multi-WAN bonding, or DNS resolver switching on a local machine. NetBalancer focuses on executable-based traffic rules that apply upload and download limits while monitoring per-app throughput, so policy targets matching processes rather than only system-wide settings.
Other tools in this guide tune different choke points. Ashampoo Internet Accelerator applies guided optimization profiles that bundle network and system changes on the host with a revert path, while Chris-PC DNS Switch updates Windows resolver settings through profile switching without adding network drivers.
Mechanisms that move real throughput and latency on Windows
Speed gains come from controlling where the network bottleneck sits: inside the Windows host, inside the client session, or in the edge path. These tools succeed or fail based on how directly the control matches the traffic that actually causes lag and stalls.
Each pick below targets a different choke point. NetBalancer focuses on executable-based traffic rules plus live per-app monitoring, while cFosSpeed targets queue scheduling and ACK pacing driven by live traffic measurements.
Per-app or per-process traffic targeting
NetBalancer applies upload and download limits while monitoring per-app throughput using executable-based traffic rules. cFosSpeed uses traffic classification to prioritize latency-sensitive flows without requiring manual tagging.
Reversible host-side tuning workflows
Ashampoo Internet Accelerator runs guided optimization profiles that bundle system and network changes and then provides a revert path. TCP Optimizer writes registry-driven TCP parameter profiles with an explicit rollback path after testing.
Session-scoped route steering for active games or apps
WTFast performs dedicated game-session routing so routing changes apply to the active game traffic instead of system-wide. ExitLag and ExitLag-style routing logic steers routes per running game session to reduce RTT variance on selected destinations.
Edge or path-based flow controls
Internet Accelerator concentrates on edge traffic-path acceleration with flow-scoped policy controls that decide which sessions receive optimization. Speedify changes how traffic rides on active interfaces using adaptive multi-WAN bonding and traffic classification.
DNS latency reduction via local resolver switching
Chris-PC DNS Switch updates Windows resolver settings through DNS profile switching without adding network drivers. NetSpot helps only indirectly by diagnosing Wi-Fi coverage and interference patterns that can masquerade as DNS or latency issues.
RF and Wi-Fi coverage measurement to validate root cause
NetSpot generates coverage heatmaps from live signal measurements so RF holes and interference show up as placement and channel decisions. This type of measurement does not include bandwidth shaping controls, so it needs to be paired with a traffic controller when throughput is the symptom.
Choose the control plane that matches the cause of slow speed tests
A useful selection starts with matching the tool to the observed failure mode. High latency spikes during a specific app session point to session-scoped routing, while consistent stalls across many apps point to host-side queue pacing or bandwidth shaping.
Two tool philosophies drive most choices here. One philosophy is local control on the Windows host using process rules and reversible profiles, and the other philosophy is client session routing that avoids router firmware work by steering only active game traffic.
Pick host-based traffic control when slowdowns span multiple apps
NetBalancer fits when Windows users need executable-based upload and download limits plus monitoring that ties policy to specific processes. cFosSpeed fits when latency-sensitive traffic should be prioritized using adaptive ACK pacing and queue scheduling driven by live measurements.
Pick session routing when lag appears only during active gaming or specific sessions
WTFast fits when game responsiveness is the priority and routing changes should be limited to active game sessions. ExitLag fits when route steering should activate per running game session and select paths to destinations, which can reduce RTT variance but depends on available route options.
Pick WAN aggregation when multiple uplinks exist and one path degrades
Speedify fits when two or more WANs are available and traffic should be reallocated in real time across active interfaces. Its latency behavior can vary when one WAN has high jitter or loss, so steady link quality matters.
Pick edge flow acceleration when control must target only certain flows
Internet Accelerator fits when acceleration should apply at the edge and only for selected sessions using flow-scoped policy controls. It requires network integration work so traffic must actually pass through the acceleration path before tuning can show up in Speedtest by Ookla results.
Pick reversible optimization profiles when testing must be safe on a single PC
Ashampoo Internet Accelerator fits when Windows users want guided optimization profiles that bundle network and system changes with an easy revert. TCP Optimizer fits when a single host needs registry-driven TCP parameter profiles with an explicit rollback after testing, especially when MTU-related tuning is part of the plan.
Pick DNS switching or Wi-Fi survey tools when tests fail due to name resolution or coverage
Chris-PC DNS Switch fits when DNS latency is suspected and resolver switching on Windows is the fastest change to validate. NetSpot fits when Wi-Fi throughput and latency issues correlate with coverage holes and interference, because it produces channel and interference views but it does not shape bandwidth.
Who benefits from these speed-increase tools
These tools target different layers of the path, so the best match depends on whether the bottleneck is per-app, per-session, per-WAN, per-flow, or per-link quality. The picks below align the tool mechanism to the kind of user who will see measurable improvements on live traffic checks.
NetBalancer is the category’s strongest fit for users who need repeatable per-process controls on Windows, while WTFast and ExitLag fit users whose main problem is interactive lag during active gaming or remote-work sessions.
Windows users who need per-process bandwidth limits with live throughput feedback
NetBalancer targets executable-based bandwidth rules with per-app monitoring for upload and download limits, which fits mixed workloads where not all apps should compete equally.
Players who see lag only during active game sessions
WTFast and ExitLag both operate with session-oriented routing so the optimization applies to the running game session instead of system-wide queue tuning.
Households or offices with multiple WAN connections that vary in quality
Speedify redistributes traffic across active interfaces using adaptive multi-WAN bonding, which fits scenarios where one WAN degrades while another stays usable.
Windows users who want safe, reversible TCP or network-stack testing on one machine
Ashampoo Internet Accelerator and TCP Optimizer both provide revert paths, so configuration changes can be rolled back after Speedtest by Ookla checks.
Users whose symptoms track Wi-Fi coverage or DNS latency rather than throughput scheduling
NetSpot identifies coverage holes and interference patterns through heatmaps, and Chris-PC DNS Switch narrows the problem by switching Windows resolver profiles without adding network drivers.
Common pitfalls that lead to no speed improvement
Many failures come from applying a tuning control to the wrong traffic or to the wrong layer of the network. A tool that changes routing for one session will not fix system-wide congestion, and a DNS profile change will not resolve RF interference that suppresses throughput.
Another common failure comes from missing the tool’s integration requirement. Internet Accelerator needs traffic to pass through the acceleration path, while local host tools require correct uplink and downlink rate settings to make queue pacing meaningful.
Assuming a router-level WAN optimization will happen when using a Windows host-only tool
TCP Optimizer and Chris-PC DNS Switch only change Windows host behavior, so they do not replace router firmware or edge routing when the bottleneck is outside the PC.
Testing acceleration without verifying that the traffic path actually goes through the accelerator
Internet Accelerator requires network integration so traffic must route through it, and without that step Speedtest by Ookla results can stay unchanged.
Using queue pacing without correct uplink and downlink rates
cFosSpeed tuning depends on correct rate settings, so wrong bandwidth values can make interactive lag worse even when QoS classification is enabled.
Expecting Wi-Fi coverage analysis to throttle or prioritize traffic
NetSpot measures coverage and interference with heatmaps, but it does not include bandwidth shaping controls for throttling or prioritization.
Applying per-app rules with overly broad process matching
NetBalancer rules can unintentionally throttle the wrong executable if matching is imprecise, so policy should be validated against the actual process list for the slow tests.
How We Selected and Ranked These Tools
We evaluated NetBalancer, Ashampoo Internet Accelerator, WTFast, Internet Accelerator, cFosSpeed, Speedify, TCP Optimizer, ExitLag, Chris-PC DNS Switch, and NetSpot by prioritizing features that change throughput or latency using concrete controls like executable-based traffic rules, reversible TCP parameter profiles, or session-scoped routing. Features accounted for 40% of the score because the category’s best results depend on whether policy applies to the traffic that creates lag.
Ease and value each accounted for 30% because reversible rollbacks, guided flows, and low-friction configuration change whether tuning can be validated with live Speedtest by Ookla checks. NetBalancer ranked top because executable-based upload and download limits paired with live per-app monitoring give the tightest loop between tuning changes and observable throughput across mixed workloads.
Frequently Asked Questions About increase internet speed software
Which tools in the list apply changes on a Windows host versus at the router or edge?
How does NetBalancer validate real-world speed impact without assuming theoretical throughput gains?
When is Speedify the better choice than tools that steer only one application or a single PC?
Which option fits per-application gaming sessions without making system-wide shaping changes?
What breaks if traffic shaping is enabled on cFosSpeed while a different prioritization method already runs on the same router?
How do ExitLag and WTFast differ in what they control for latency improvements?
When should Chris-PC DNS Switch be used instead of bandwidth shaping tools like NetBalancer or cFosSpeed?
Which tools support automation or scripted configuration for repeated performance tests?
Where does Internet Accelerator focus compared with cFosSpeed and NetBalancer for throughput and latency?
What tradeoff comes with Ashampoo Internet Accelerator compared with traffic engines like NetBalancer?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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