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inquir.org SEO Analysis
inquir.org scores 80/100 for SEO, 66/100 for performance, and 88/100 for AI crawler readability as of Apr 18, 2026.
https://inquir.org15 checks
22 issues
Apr 18, 2026
https://inquir.org
Desktop
Mobile
Score Analysis
LIVE
84OF 100
Needs Work
80
SEO
66
Perf
88
AI
Page Title
Serverless AI Platform for Agents, APIs & Cron | Inquir Compute
Google Search Preview|How your page appears in search results
SERP Score
Needs Work
inquir.org
https://inquir.org
Serverless AI Platform for Agents, APIs & Cron | Inquir Compute
Title may be truncated in search results(519px / 580px max)
Inquir Compute is a serverless AI platform for running AI agents, API endpoints, cron jobs, and webhook processors on Node.js, Python, or Go without Kubernetes.
Snippet Quality
Title Length63 chars
030–60 optimal90
Description Length160 chars
070–160 optimal240
Power Word
CTA
URL Readable
HTTPS
No Truncation
Recommendations3 found
warningTitle too long (63 chars)
Keep under 60 characters
infoTitle lacks CTR-boosting power words
Consider adding words like "free", "guide", "best" to improve click-through rate
infoMeta description lacks a call-to-action
Add action verbs like "Learn", "Discover" to encourage clicks
Social Network Previews|How your link appears when shared
og:title og:description og:image twitter:title twitter:image
Desktop
Facebook
inquir.org
Just now ● 
Check out this link
inquir.org
Serverless AI Platform for Agents, APIs & Cron | Inquir Compute
Inquir Compute is a serverless AI platform for running AI agents, API endpoints, cron jobs, and webhook processors on Node.js, Python, or Go without Kubernetes.
Like
Comment
Share
Mobile
9:41
inquir.org
Just now ● 
Check out this link
inquir.org
Serverless AI Platform for Agents, APIs & Cron | Inquir Compute
Inquir Compute is a serverless AI platform for running AI agents, API endpoints, cron jobs, and webhook processors on Node.js, Python, or Go without Kubernetes.
Like
Comment
Share
Top comments
Performance Report|Google PageSpeed Insights
Lighthouse v13.0.1Apr 18, 2026, 02:16 PM
Status200OK
Load Time0.23sFAST
HTML Size51 KBOK
CompressionGZIPON
HTTPSSecureSECURE
Render-Block1 scriptsFOUND
Needs Improvement
LCPPOOR
6.9 s
Largest Contentful Paint
FCPNEEDS WORK
2.1 s
First Contentful Paint
TBTNEEDS WORK
240 ms
Total Blocking Time
CLSGOOD
0
Cumulative Layout Shift
SINEEDS WORK
5.3 s
Speed Index
TTFBGOOD
Root document took 0 ms
Time to First Byte
FIDNEEDS WORK
170 ms
First Input Delay
Page Load FilmstripVisual timeline of how your page renders
0.6s
1.3s
1.9s
2.6s
3.2s
3.8s
4.5s
5.1s
Issues Found6 found
criticalLargest Contentful Paint: 6.9 s (poor)high
How to fixOptimize images, preload LCP element, reduce server response time. Target < 2.5s
What this meansLCP measures when the largest visible element finishes rendering.
SEO ImpactSlow LCP increases bounce rate and hurts Core Web Vitals ranking signal.
warningTBT: 240 ms (needs work)medium
How to fixReduce JavaScript execution time. Code-split, tree-shake, and defer non-critical scripts. Target < 200ms
What this meansTBT sums all time periods where the main thread was blocked for more than 50ms.
SEO ImpactModerate TBT affects interactivity metrics and can lower your INP score.
warningReduce unused JavaScript - Est savings of 133 KiB (potential savings: 750ms) / 133 KB
How to fixReduce unused JavaScript and defer loading scripts until they are required to decrease bytes consumed by network activity. Learn how to reduce unused JavaScript.
infoAvoid large layout shifts
How to fixThese are the largest layout shifts observed on the page. Each table item represents a single layout shift, and shows the element that shifted the most. Below each item are possible root causes that led to the layout shift. Some of these layout shifts may not be included in the CLS metric value due …
infoMinimize main-thread work - 2.1 s
How to fixConsider reducing the time spent parsing, compiling and executing JS. You may find delivering smaller JS payloads helps with this. Learn how to minimize main-thread work
warning1 render-blocking scripts in <head>
How to fixAdd async or defer to scripts
OpportunitiesPotential savings to improve load time
Reduce unused JavaScriptEst savings of 133 KiB
Reduce unused JavaScript and defer loading scripts until they are required to decrease bytes consumed by network activity. Learn how to reduce unused JavaScript.
0.8s potential savings 133 KB transferable
DiagnosticsAdditional performance insights
Avoid large layout shifts
These are the largest layout shifts observed on the page. Each table item represents a single layout shift, and shows the element that shifted the most. Below each item are possible root causes that led to the layout shift. Some of these layout shifts may not be included in the CLS metric value due …
Minimize main-thread work
Consider reducing the time spent parsing, compiling and executing JS. You may find delivering smaller JS payloads helps with this. Learn how to minimize main-thread work
2.1 s
Layout shift culprits
Reduce unused CSS
Metrics
Legacy JavaScript
Forced reflow
Screenshot Thumbnails
Avoids enormous network payloads
Cumulative Layout Shift
Script Treemap Data
Server Backend Latencies
Document request latency
Avoid multiple page redirects
Network Requests
Avoid non-composited animations
Font display
Optimize viewport for mobile
3rd parties
Minify JavaScript
Tasks
Image elements have explicit `width` and `height`
Minify CSS
Final Screenshot
Avoid long main-thread tasks
Network Round Trip Times
Duplicated JavaScript
Initial server response time was short
JavaScript execution time
Resources Summary
Optimize DOM size
User Timing marks and measures
Heading Structure|Content hierarchy and heading tags
97 / 100
H1
1
ideal: 1
H2
10
ideal: 2+
H3
12
ideal: optional
H4
0
ideal: optional
Heading Hierarchy23 total
H1Serverless platform for AI agents, APIs, cron jobs, and webhooks
H2Deploy AI agents, APIs, cron jobs, and webhooks without Kubernetes
H2Choose your path
H2Hot containers, API gateway, cron scheduling, and observability
H2One serverless platform for Node.js, Python, and Go
H2See a serverless deploy end to end
H2Use cases: AI agents, webhook processors, background jobs, REST APIs
H2Compare Inquir with AWS Lambda, Vercel, Cloudflare Workers, and Modal
H2Simple pricing
H2Common questions
H2Serverless platform for AI agents, APIs, cron jobs, and webhooks
H3Public HTTP work
H3Scheduled backend work
H3Decision support
H3Write
H3Deploy
H3Call
H3AI Agent
H3Cron Job
H3Webhook Processor
H3Free
H3Starter
H3Pro
Duplicate Headings
Serverless platform for AI agents, APIs, cron jobs, and webhooks
Recommendations1
info1 duplicate heading(s) found
Use unique headings for each section
Structured Data|Schema markup, Open Graph and Twitter Cards
100 / 100
JSON-LD Schema
1 found
FAQPage
Open Graph
7 tags
Twitter Cards
4 tags
Microdata
Not found
Schema Types Detected
FAQPage
Open Graph Tags
og:titleServerless AI Platform for Agents, APIs & Cron | Inquir Compute
og:descriptionInquir Compute is a serverless AI platform for running AI agents, API endpoints, cron jobs, and webhook processors on Node.js, Python, or Go without Kubernetes.
og:imagehttps://inquir.org/opengraph-image.png
og:urlhttps://inquir.org/
og:typewebsite
og:site_nameInquir Compute
og:localeen_US
Image Optimization|Alt text, lazy loading and dimensions
96 / 100
Total Images
2
Missing Alt Text
0
100% have alt text
Missing Dimensions
0
Lazy Loaded
50%
1 of 2 images
Recommendations1
warning2 images with empty alt
Add meaningful alt text (empty is OK for decorative images)
Link Analysis|Internal, external and nofollow links
100 / 100
Total Links
5
Internal
5
100% of all links
External
0
0% of all links
Nofollow
0
Link Distribution
100% Internal
Indexability|Robots, canonical and sitemap
100 / 100
Canonical URL
Set
https://inquir.org/
Noindex
Allowed
meta robots: index, follow, max-image-preview:large, max-snippet:-1, max-video-preview:-1
Robots.txt
Found
Sitemap
Found
https://inquir.org/sitemap.xml
Crawl Directives
Meta Robotsindex, follow, max-image-preview:large, max-snippet:-1, max-video-preview:-1
X-Robots-TagNot set
GooglebotNot set
NofollowNo — links followed
Canonicalhttps://inquir.org/
Page URLhttps://inquir.org
Content Structure|Content quality and semantic HTML
100 / 100
Word Count
900
Paragraphs
37
All good length
Lists
3
Words per Heading
39
Ideal: 100-300
Title vs H1 Alignment7240% similar
TITLE TAG
Serverless AI Platform for Agents, APIs & Cron | Inquir Compute
H1 TAG
Serverless platform for AI agents, APIs, cron jobs, and webhooks
Semantic HTML Elements11 sections
<main>
<article>
<nav>
<header>
<footer>
AI Readability|How easily AI models can process your content
70 / 100
Reading Level
Very Difficult
Hard for AI
Total Words
900
Sentences
67
Avg Sentence Length
13 words
Vocabulary Richness
51%
461 unique words
Opening Paragraph57 words
If you ship serverless APIs, webhook processors, cron jobs, or background jobs, the usual split is glue between schedulers, gateways, and ad-hoc VMs—hard to observe and risky when traffic spikes. Inquir runs those workloads as Node.js, Python, or Go functions behind one API gateway, with pipelines, jobs, observability, and optional hot containers in one workspace.
Recommendations1
criticalVery hard to read (Flesch: 28)
Simplify language. Use shorter sentences and common words. AI models perform better with clear text.
AI Citation Potential|How likely AI will quote your content
95 / 100
Named Entities
49
544% density
FAQ Patterns
1
FAQ Schema found
Citations
0
Lists & Tables
12 items, 0 tables
Top Named Entities
Python6Inquir5Node4Gateway3Workers3Cloudflare Workers3Hot2Compute2Kubernetes2Stripe2Vercel2Cloudflare2Unlimited2Free2ComputeFeaturesCompareUse1StartedGet1StartedFree1AgentsREST1JobsWebhooksDeploySee1KubernetesNode1
Recommendations1
infoNo source attribution detected
Add citations or "according to" attributions to increase credibility
Content Freshness|Date signals and cache headers
85 / 100
Date Signals
Found
Search engines can determine content freshness
Cache Control
Set
public, max-age=0
ETag
Set
Date Signals
Last-Modified HeaderApril 17, 2026
Published DateNot found
Modified DateNot found
Recommendations1
warningNo datePublished or dateModified in structured data
Add datePublished and dateModified to your JSON-LD schema.
Security Headers|HTTP security headers analysis
25 / 100
Content-Security-Policy
Prevents XSS and injection attacks
Strict-Transport-Security
Forces HTTPS connections
X-Frame-Options
Prevents clickjacking attacks
X-Content-Type-Options
Prevents MIME-type sniffing
Referrer-Policy
Controls referrer information
Permissions-Policy
Controls browser features
Recommendations6
criticalMissing Content-Security-Policy header
Add Content-Security-Policy header to prevent XSS and data injection attacks
warningMissing Strict-Transport-Security header
Add Strict-Transport-Security header with max-age of at least 31536000
warningMissing X-Frame-Options header
Add X-Frame-Options: DENY or SAMEORIGIN to prevent clickjacking
warningMissing X-Content-Type-Options header
Add X-Content-Type-Options: nosniff to prevent MIME-type sniffing
Trust Signals|Essential trust-building pages
75 / 100
Contact Page
FOUNDA contact page builds trust with visitors and search engines
mailto:[email protected]
About Page
MISSINGAn about page establishes credibility and expertise
Privacy Policy
MISSINGRequired for compliance and builds user trust
Terms of Service
MISSINGProtects both the site owner and users
Recommendations2
warningMissing trust pages: about, privacy, terms
Add links to Contact, About, Privacy Policy, and Terms pages.
infoNo author attribution found
Add author information via schema markup or rel="author" for E-E-A-T signals
Tech Stack|0 technologies detected
50 / 100