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GraphQL Ruby VS OutageDeck

Compare GraphQL Ruby VS OutageDeck and see what are their differences

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GraphQL Ruby logo GraphQL Ruby

Application and Data, Languages & Frameworks, and Query Languages

OutageDeck logo OutageDeck

Know when AWS, Cloudflare, OpenAI or any of 172 cloud vendors goes down, straight from the status pages they publish themselves. Alerts land in Slack, Teams, Discord, email or your own webhook. Free for 5 vendors, no card.
Visit Website
  • GraphQL Ruby Landing page
    Landing page //
    2020-02-21
  • OutageDeck Pick your vendors, or paste a package.json. One answer, one shareable link.
    Pick your vendors, or paste a package.json. One answer, one shareable link. //
    2026-07-31
  • OutageDeck Is it you, or is it them? Live status for your whole vendor stack.
    Is it you, or is it them? Live status for your whole vendor stack. //
    2026-07-31
  • OutageDeck Your coding agent checks whether the vendor is down before it blames your code.
    Your coding agent checks whether the vendor is down before it blames your code. //
    2026-07-31
  • OutageDeck Every incident from the last 30 days, all from official sources
    Every incident from the last 30 days, all from official sources //
    2026-07-31
  • OutageDeck Alerts to email, Slack, Teams, Discord, or webhook. Free for 5 vendors.
    Alerts to email, Slack, Teams, Discord, or webhook. Free for 5 vendors. //
    2026-07-31
  • OutageDeck Independent uptime history and incident timelines, per vendor.
    Independent uptime history and incident timelines, per vendor. //
    2026-07-31
  • OutageDeck 172 vendors, every one backed by its own official status feed.
    172 vendors, every one backed by its own official status feed. //
    2026-07-31
  • OutageDeck Free forever tier. Paid from $19. No card to start.
    Free forever tier. Paid from $19. No card to start. //
    2026-07-31

I built OutageDeck because I got tired of opening a dozen browser tabs every time something broke, trying to work out whether the problem was mine or somebody else's.

It watches the status pages that 172 cloud and SaaS companies publish about themselves. AWS, Cloudflare, GitHub, OpenAI, Google Cloud, Slack, Twilio, Vercel, and a long tail of others. Every ten minutes it reads what each one is saying and puts it all in one place, so answering "is it us or them" takes seconds instead of twenty minutes. When something does break, it tells you where you already are: Slack, Teams, Discord, email, or your own webhook.

One rule I set early and haven't bent: official sources only. Nothing scraped, nothing crowdsourced, no probing from my own servers. If a vendor hasn't said it, OutageDeck doesn't say it either. That means fewer vendors than the aggregators that scrape everything. It also means that when you get an alert, something is genuinely wrong.

The other thing that kept bothering me is how fast the evidence disappears. A vendor resolves an incident, the banner comes down, and six weeks later you're writing a postmortem with nothing to point at. So OutageDeck keeps it. Uptime history and incident timelines stay where you left them, and every entry links back to the vendor's own page.

If you depend on something I don't track, paid plans let you point it at any Statuspage or Instatus page yourself, and it shows up privately in your account like everything else.

For developers there's a JSON API with no account and no key, an OpenAPI 3.1 spec, RSS feeds, README status badges, and an MCP server so a coding agent can check whether a vendor is down before it starts tearing apart your code.

Email alerts for five vendors are free, no card needed. Paid plans start at $19 a month and add the other channels, unlimited vendors, and your own feeds.

Built and run by Kerolos Atallah, a developer in Cairo. Not affiliated with any of the companies it tracks.

GraphQL Ruby

Website
graphql-ruby.org
Pricing URL
-
$ Details
Platforms
-
Release Date
-
Edit details

OutageDeck

Website
outagedeck.com
Pricing URL
Official OutageDeck Pricing
$ Details
freemium $19.0 / Monthly (Starter)
Platforms
Web
Release Date
2026 July
Startup details
Country
Egypt
State
Cairo
Founder(s)
Kerolos Atallah
Employees
1 - 9
Edit details

GraphQL Ruby features and specs

  • Flexibility
    GraphQL Ruby offers a flexible way to query only the data that you need, reducing over-fetching and improving performance by tailoring the response to the requirements of the client.
  • Strong Typing
    GraphQL Ruby enforces strong typing, which helps in validating data before execution, ensuring that clients receive the correct type of data as defined in the schema.
  • Single Endpoint
    With GraphQL Ruby, developers can use a single endpoint to handle multiple queries, making it simpler to manage compared to REST APIs where multiple endpoints are needed.
  • Community Support
    As an established library within the Ruby ecosystem, GraphQL Ruby benefits from a robust community offering support, plugins, and tools to ease development.
  • Improved Developer Experience
    GraphQL Ruby comes with features like introspection and real-time documentation, which enhance the development process, allowing developers to see what queries are possible and work more efficiently.

Possible disadvantages of GraphQL Ruby

  • Complexity
    Implementing GraphQL Ruby can be more complex compared to REST, as it requires learning new concepts and patterns, which can lead to a steeper learning curve.
  • Overhead
    Although GraphQL allows for precise data fetching, it can introduce overhead if not optimized properly, such as querying more data than necessary or increased server load due to complex queries.
  • Caching Challenges
    GraphQL makes traditional caching techniques more difficult compared to REST, as every query can be different, complicating the ability to utilize caching mechanisms effectively.
  • Tooling Maturity
    While GraphQL Ruby has a good set of tools, they might not be as mature or widespread as those available for REST APIs, potentially leading to integration challenges.
  • Security Concerns
    GraphQL opens up potential security concerns such as exposing too much data or allowing malicious queries, which require additional precautions and configurations to address.

OutageDeck features and specs

  • Providers tracked
    172 cloud and SaaS vendors, read from their own official status feeds
  • Alert channels
    Slack, Teams, Discord, email and webhooks, with a test-fire button
  • Developer API
    JSON API (OpenAPI 3.1), RSS feeds, embeddable SVG status badges
  • Data Sources
    Official sources only. No crowd reports, no scraping, no probing
  • Uptime History
    Independent uptime history with partial/regional impact split
  • Free Tier
    Email alerts for 5 providers, no card required

Category Popularity

0-100% (relative to GraphQL Ruby and OutageDeck)

GraphQL Ruby

OutageDeck

Monitoring Tools
58 58%
Monitoring Tools
42% 42
Uptime Monitoring
0 0%
Uptime Monitoring
100% 100
CDN
100 100%
CDN
0% 0
Digital Drawing And Painting
100 100%
Digital Drawing And Painting
0% 0

Questions & Answers

As answered by people managing GraphQL Ruby and OutageDeck.

Which are the primary technologies used for building your product?

OutageDeck's answer:

  • Frontend / app: Next.js 16 (App Router), React 19, TypeScript, Tailwind CSS
  • Data: Supabase Postgres. Every upstream feed is validated with Zod, so provider format drift fails loudly instead of corrupting data
  • Ingestion: each vendor's official feed polled every 10 minutes, with per-provider failure isolation, so one broken feed never blocks the rest
  • Alerting: a delivery ledger with exactly-once claims, so overlapping runs never double-page anyone

What makes your product unique?

OutageDeck's answer:

OutageDeck only reports what vendors officially publish. Every status comes from the provider's own machine-readable feed, never crowd reports and never scraping. Then it holds vendors to what they said:

  • Independent uptime history, with honest partial and regional impact framing
  • Every incident links back to its source on the vendor's own status page
  • One dashboard for 172 vendors, with alerts to Slack, Teams, Discord, email, or webhooks
  • Bring your own feed on paid plans: point it at any Statuspage or Instatus page it does not track yet
  • A JSON API, RSS feeds, README badges, and an MCP server so a coding agent can check the vendor before it blames your code

What's the story behind your product?

OutageDeck's answer:

I got tired of opening a dozen vendor status pages during every incident, just to work out whether the problem was mine or somebody else's. So I built the thing I wanted.

It launched in July 2026 as one live board over the official status feeds of the vendors teams actually depend on. The catalog is at 172 now: AWS, Cloudflare, GitHub, OpenAI, Google Cloud, Slack, Twilio, and a long tail of others.

The rule from day one: official machine-readable sources only. No crowd reports, no scraping. If a status can't be traced back to the vendor's own feed, it doesn't get published.

How would you describe the primary audience of your product?

OutageDeck's answer:

Anyone whose incident channel regularly starts with "is AWS down, or is it just us?":

  • DevOps, SRE, and platform engineers. Answer "is it us or them?" in seconds during an incident.
  • Small SaaS teams. Your uptime depends on other people's clouds, so know before your customers tell you.
  • Agencies and MSPs. Watch the vendor stacks of many clients from one place.

Why should a person choose your product over its competitors?

OutageDeck's answer:

Three reasons.

  • Pricing. Paid plans start at $19 a month flat with unlimited vendors, while most alternatives meter by "monitors" and get expensive as your stack grows. The free tier is genuinely useful: email alerts for up to 5 vendors, no card.
  • Honesty. Official sources only means you never get paged over a rumor. Statuses, uptime history, and incident timelines all trace back to the vendor's own feed.
  • Developer surface. A JSON API you can call without an account, RSS feeds, README status badges, and an MCP server for coding agents. No login gate on any of it.

User comments

Share your experience with using GraphQL Ruby and OutageDeck. For example, how are they different and which one is better?
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Social recommendations and mentions

Based on our record, GraphQL Ruby seems to be more popular. It has been mentiond 15 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.

GraphQL Ruby mentions (15)

  • GraphQL vs REST: 18 Claims Fact-Checked with Primary Sources (2026)
    For example, Netflix DGS provides @DgsDataLoader annotations in Java, gqlgen documents DataLoader integration for Go, and GraphQL-Ruby has GraphQL::Dataloader built in. Query compilation engines (Hasura, PostGraphile) bypass the need for DataLoader by generating optimized SQL directly. - Source: dev.to / 4 months ago
  • The GraphQL N+1 Problem and SQL Window Functions
    In our Rails application, we use the popular graphql Ruby gem to resolve GraphQL queries. When used naively, it essentially resolves queries as a depth-first tree traversal, which leads to the N+1 problem in GraphQL. - Source: dev.to / almost 4 years ago
  • Rookie question regarding Active Record and creating an empty array as a class variable
    If you're comfortable on the react/client side with graphql, I'd highly recommend plugging in https://graphql-ruby.org/. Source: almost 4 years ago
  • GraphQL APIs in Rails
    The next step is to add the GraphQL gem to our Gemfile; you can visit its page, graphql-ruby, for more details; now, open your Gemfile and add this line:. - Source: dev.to / over 4 years ago
  • Anyone here turned their rails app into an API?
    If you do go the API route though, strongly consider using GraphQL with the (graphql-ruby)[https://graphql-ruby.org/] gem. Source: over 4 years ago
View more

OutageDeck mentions (0)

We have not tracked any mentions of OutageDeck yet. Tracking of OutageDeck recommendations started around Jul 2026.

What are some alternatives?

When comparing GraphQL Ruby and OutageDeck, you can also consider the following products

GraphQL - GraphQL is a data query language and runtime to request and deliver data to mobile and web apps.

StatusGator - Early outage alerts for every app you rely on

JsonAPI - Application and Data, Languages & Frameworks, and Query Languages

IsDown.app - When a vendor goes down, does your team find out in seconds or after users start complaining? IsDown monitors 6,000+ official status pages and alerts your team within seconds across Slack, PagerDuty, Datadog, and more. 14-day free trial

Sinatra - Classy web-development dressed in a DSL

IncidentHub - Real-Time Vendor Monitoring That Actually Works

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