Content and SEO ecosystem
Editorial hubs create durable organic traffic around ISP reviews, broadband guides, troubleshooting, routers, gaming, streaming, fiber, and telecom news.
Real-time internet intelligence
Test your internet.
Measure real-world download, upload, latency and stability from your browser.
Ready
0.00
Mbps
About 12 seconds of real data transfer.
No signup No ads Every figure measured or marked unavailable History stays on this device
Degraded run: background tab or CPU starvation detected.
Ready. About 12 seconds: latency probing with percentiles and probe loss, a 6-second download window, a 4-second upload window, plus DNS and latency under load.
Provider
Detecting…
Your address
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Measurement edge
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Client
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No app, no ads, no signup
Your result
Connection report
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/ 100
Run a test to generate a connection verdict.
Gaming
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4K streaming
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Video calls
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Work from home
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Download—Mbps
Upload—Mbps
Ping—ms
Jitter—ms
Bufferbloat—
Measurement quality: —
How this score is calculated
Health is the mean of the sub-scores that could be computed from this run: gaming (latency, jitter and probe loss), streaming (download against the ~25 Mbps a 4K stream needs), video calls (upload, jitter, latency), work (combined throughput, latency, DNS) and DNS. Each sub-score starts at 100 and subtracts capped penalties, so no single dimension can bottom the result on its own. A metric that could not be measured is left out of the mean rather than counted as zero. Nothing here is weighted by opinion and nothing is randomised — the same measurement always produces the same score.
Latency distribution
—
Distribution of latency probe round-trip times.
—Min
—Median
—p95
—Max
The p95 tail is what you actually feel on a call. An average hides it — five percent of packets arriving late is enough to break audio.
Latency under load · bufferbloat
–
—
Measured during the download, while your link is saturated.
Graded A to F. This is the number that explains calls breaking up while someone else streams.
Technical details
While the download saturates the link, latency probes keep running. Bufferbloat is the difference between the median round trip on an idle link and the median while it is full. A router with a large unmanaged queue holds packets rather than dropping them, so latency climbs even though throughput looks fine. Grades: A under 30 ms added, B under 60, C under 100, D under 200, F beyond. The fix is Smart Queue Management (SQM / fq_codel / CAKE) on the router, not a faster plan.
Where the bottleneck probably is
Interpretation
This device
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WiFi link
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Router
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ISP
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Measurement edge
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This is an interpretation of the measurement, not a traceroute. A web page cannot see inside your router or isolate the WiFi hop on its own — a hop is flagged when the numbers are consistent with a problem there, and left neutral when they are not. To confirm WiFi is the bottleneck, run this once over WiFi and once on an Ethernet cable to the same router, and compare.
Your network doctor
Confidence —
Generated on this device from your own measurement using fixed rules — no data leaves your browser, and the same numbers always produce the same advice.
Advanced diagnostics
Measured
Download
not tested
—Mbps
How fast data is received from the nearest measurement edge, over eight parallel streams.
Upload
not tested
—Mbps
How fast data is sent to the network. Uploads ramp more slowly, so this window is shorter.
Ping
not tested
—ms
Median HTTPS round trip to the measurement edge on an idle link, over 20 probes. A browser cannot send an ICMP echo, so this is not “ping” in the ping(8) sense — it is the round trip your actual traffic pays, which is the number that governs how a game or a call feels.
Jitter
not tested
—ms
Variation between consecutive probes. Consistency matters more than raw speed on a call.
Probe loss
not tested
—%
The share of latency probes that never came back. A browser cannot observe true ICMP packet loss — TCP hides it by resending — so this measures probe failure, which is the closest a web page can honestly get.
DNS latency
not tested
—ms
An uncached lookup through Cloudflare’s DNS-over-HTTPS resolver — not the resolver your system is set to use, which a browser cannot query.
Stability
not tested
—%
Derived from the observed spread of latency and throughput samples, jitter and probe loss.
Loaded latency
not tested
—ms
Latency added while the link is saturated. This is the bufferbloat figure, in milliseconds.
Your history · this device only
Stored in this browser only. It is never uploaded, and clearing it here deletes it for good.
Technical details of this measurement
Everything the engine recorded, so any figure above can be recomputed from the bytes and probes behind it rather than taken on trust.
What this test actually measures
Scope
The whole path from this browser, over your WiFi or cable, through your router and your ISP, to the nearest measurement edge — end to end. No web page can isolate the WiFi hop on its own.
Measured, and cross-checked
Every figure comes from real bytes and real probes in this session. Each throughput figure is then recomputed a second, simpler way — total bytes over total time — and the run reports how far the two agree. A figure that could not be produced shows an em dash and says why.
What a browser cannot do
It cannot send an ICMP echo, see true packet loss, read your WiFi signal strength or channel, query your system resolver, or trace the route your traffic takes. What this page calls ping is the HTTPS round trip your real traffic pays. Anything that is an interpretation rather than a measurement is labelled as one.
Data used
A full run transfers about 25 MB on a 25/5 Mbps line and over 500 MB on a fast one — six seconds of download and eight of upload, at whatever rate your link sustains. Measuring a gigabit connection requires moving gigabit-scale data. On a metered plan, that counts against your allowance.
Why results vary
Other devices on your network, WiFi interference, ISP congestion at peak hours, and which edge served the run all move the number. Compare runs taken the same way, not runs taken hours apart.
How this run graded itself
Every run is checked against its own evidence before anything is shown: bytes moved, probes returned, both throughput figures reconciled, and the conditions the run happened under. It reads Verified only when all of those pass. A backgrounded tab, a mid-run failover to another edge, or a measurement server reporting itself busy each cap the result at Partial — the numbers are still real, but they describe more than just your connection.
The full method
Every window, threshold and formula this engine uses is published, with the measurements that justify each one, in METHODOLOGY.md. Where a choice was made against the obvious option, it says which alternative was tried and what it measured.
Privacy
No account, no tracking, no server-side record of your result. History lives in this browser. A shared link carries the result inside the URL fragment, which is never sent to any server.
Live
Calculators and diagnostics
Practical tools that support SEO traffic and help users understand their connection before choosing a provider.
Bandwidth Calculator
Estimate required speed
— Mbps
Move the sliders to size a plan for your household.
Gaming Latency
Find ideal ping targets
A
Excellent for competitive matches. Keep jitter under 10 ms.
Live
Test one thing at a time
The full test above measures everything in one pass. These pages each explain and measure a single metric, in depth.
Internet speed test
Complete download, upload, ping, jitter, DNS, packet loss and bufferbloat measurement.
WiFi analyzer
Diagnose weak wireless, router queueing, coverage problems and call-breaking jitter.
WiFi speed test
What your wireless link actually delivers, and how to tell the WiFi apart from the line.
Ping test
Median latency, the p95 tail and packet loss across 20 probes.
Jitter test
Why calls sound robotic on a connection whose speed test looks perfect.
Packet loss test
Even 1% loss stalls video and drops calls while speed stays high.
Bufferbloat test
Latency under load, graded A to F — why calls break when someone downloads.
DNS speed test
Time for an uncached lookup through Cloudflare's DNS-over-HTTPS resolver — not the resolver your system is set to use, which a browser cannot query.
Beta
AI Internet Analyzer and AI WiFi Doctor
Analyze speed results, router screenshots, security settings, channel selection, placement, coverage, and performance opportunities.
Run a speed test to generate AI insights
WifiPlus will score gaming, streaming, video calls, work from home, network stability, DNS latency, and WiFi health.
—WiFi health
—Gaming score
—Streaming score
—Video call score
—Work score
—DNS score
Upload router settings screenshot
Previewed locally in this prototype. Production AI would detect weak security, congested channels, and outdated settings.
No screenshot uploaded
Security
Enable WPA3 if available. Disable WPS and use a strong unique password.
Channels
Use channels 1, 6, or 11 on 2.4 GHz. Prefer 5 GHz or 6 GHz near the router.
Placement
Keep the router central, elevated, and away from thick walls or metal cabinets.
Performance
Separate smart home devices from high-speed devices and keep firmware updated.
Live
Worldwide location-aware SEO pages
Generate search-ready pages for every supported country, state, province, city, ISP, technology type, and use case.
Illustrative data
Global ISP Intelligence System
Browse an extensible seed dataset and see how the production system organizes ISP intelligence for every region worldwide.
Sample data: the provider figures below — speeds, pricing, uptime and ratings — are illustrative examples for this prototype, covering 38 providers in 24 countries. They are not measured results and should not be used to choose an ISP. Your own speed test above measures your real connection.
ISP profile
Jio Fiber
Private fiber broadband provider serving Mumbai, India.
—/100
—Avg download Mbps
—Avg upload Mbps
—Median ping ms
—Coverage estimate
—Reliability score
—User rating
Illustrative data
Global ISP Comparison Center
Compare providers by download, upload, ping, jitter, packet loss, reliability, customer satisfaction, pricing, coverage, and data caps.
Sample data: these comparisons use the illustrative prototype dataset, not measured provider performance.
Illustrative data
Worldwide ranking systems
Rank global providers across speed, reliability, gaming, streaming, remote work, and value.
Sample data: these rankings are computed from the illustrative prototype dataset and do not reflect real provider performance.
Illustrative data
AI ISP Recommendation Engine
Users enter location, budget, and usage needs. WifiPlus recommends providers available in their area.
Sample data: recommendations are generated from the illustrative prototype dataset. Treat them as a demonstration of the matching logic, not as buying advice.
Implementation notes
This prototype is static and mobile-first. The speed test performs real measurements against a public global edge network; the ISP dataset and rankings are still representative seed data.
Can this support 200+ countries?
Yes by design. The data model stores country, state, city, ISP, plan, review, speed result, coverage, and ranking entities. The included dataset is representative seed data for the prototype.
How does automatic ISP expansion work?
A production ingestion pipeline pulls regulator files, provider feeds, public datasets, partner APIs, and user submissions into normalized PostgreSQL tables with verification workflows.
How are real speed tests measured?
Download and upload throughput are measured by moving real bytes over parallel HTTP streams against the nearest Cloudflare edge, discarding the first half-second while the congestion window ramps. Ping, jitter, and packet loss come from repeated timed probes; DNS latency comes from uncached DNS-over-HTTPS lookups.
Does PWA support work from a file?
The page opens directly as HTML. Service worker offline caching works when hosted over HTTPS or localhost.
Built for global ISP discovery, testing, and recommendation
WifiPlus is structured for fiber, cable, broadband, wireless, fixed wireless, mobile, satellite, government-owned, private, regional, and enterprise internet providers.
AI
AI Internet Analyzer
Explains connection quality, detects bottlenecks, and recommends improvements for real user results.
DB
Worldwide ISP Database
Designed around Country, State, City, ISP, Plan, Reviews, and Speed Test Results.
RX
ISP Recommendation Engine
Matches country, city, budget, gaming, streaming, and work needs to available providers.
SEO
Location SEO Engine
Generates pages like Best ISP in New York, London, Dubai, Sydney, Mumbai, Surat, Tokyo, and Singapore.
Enterprise-grade architecture
The static prototype documents the production target: Next.js, React, TypeScript, Tailwind CSS, Framer Motion, Three.js, Node.js, PostgreSQL, Redis, Cloudflare CDN, global edge network, AWS or Google Cloud, and Vercel deployment.
Frontend
Next.js app router, React components, TypeScript contracts, Tailwind design tokens, Framer Motion states, and Three.js network visualization.
Backend
Node.js APIs, PostgreSQL for canonical ISP data, Redis for rankings and live test session state, and queue workers for ingestion.
Infrastructure
Cloudflare CDN, global edge measurement nodes, Vercel frontend, AWS or Google Cloud APIs, object storage, and observability.
1. IngestRegulators, provider APIs, public datasets, user submissions, and verified partners.
2. NormalizeMap country, province, city, technology, plans, currencies, and coverage.
3. VerifyDeduplicate, score confidence, flag suspicious changes, and review edge cases.
4. RankAggregate speed tests, reviews, reliability, uptime, latency, and value.
5. PublishUpdate APIs, search indexes, sitemap pages, comparison tables, and recommendations.
6. LearnUse feedback, reviews, and test results to improve availability and quality predictions.
Roadmap — not built yet
One platform for testing, diagnosis, content, and growth
Where WifiPlus is heading. The speed test above is live and real; everything in this section is planned and not yet implemented, so nothing here is something you can use today.
TEST
Real speed testing
Measures download, upload, ping, jitter, packet loss, DNS response, IPv4/IPv6 behavior, and stability with live network evidence.
AI
AI internet doctor
Explains bottlenecks, recommends router changes, suggests DNS upgrades, and helps users choose smarter ISP plans.
MAP
Global ISP database
Supports provider profiles, regional availability, pricing, reviews, scorecards, and comparison-ready data structures.
NET
Outage intelligence
Supports regional outage pages, live incident maps, provider status timelines, and user-reported issue signals.
ML
Tool Hub
Builds a large library of free networking tools that attract traffic, build authority, and support affiliate revenue.
DOC
News and content
Publishes telecom news, ISP updates, outage reports, and evergreen troubleshooting guides to sustain organic traffic.
HUB
Community and reviews
Supports local discussions, ISP reviews, router feedback, and user-generated insights that improve trust and retention.
B2B
Enterprise API
Provides analytics, partner dashboards, and API access for ISPs, MSPs, telecom vendors, and enterprise buyers.
Roadmap — not built yet
Community, reviews, and trust
Accounts, speed history, ISP reviews, ratings, comments, discussion forums, shareable cards, and community rankings create repeat usage.
User accounts
Save speed history, devices, locations, plans, favorites, and alerts.
ISP reviews
Collect ratings for speed, support, value, uptime, and installation quality.
Discussion forums
Organize local ISP issues, router problems, outages, and optimization tips.
Trust signals
SSL, privacy policy, terms, contact, about, moderation, and transparent data methodology.
Roadmap — not built yet
Designed for growth, trust, and multi-revenue monetization
WifiPlus can monetize through affiliate partnerships, sponsored listings, premium memberships, enterprise dashboards, API access, and local lead generation while keeping the core experience valuable for users.
AFF
Affiliate and lead generation
High-intent traffic from speed tests and comparison pages makes ISP and router recommendations highly monetizable.
SUB
Premium subscriptions
Offer advanced diagnostics, historical reports, alerts, and richer insights for power users and professionals.
API
Enterprise analytics
Provide dashboards, APIs, and white-label services for telecom brands, local ISPs, and B2B buyers.
GRW
Growth and retention
Shareable results, ranking pages, and community engagement create compounding returns through repeat visits and virality.