TwitterAPIs vs twitterapi.io

// SIDE BY SIDE

Identical Call, Different Bill

The two requests look almost the same on the wire, and each returns roughly 20 tweets per search call. What changes is the invoice at the end of the month.

curl -H "Authorization: Bearer YOUR_API_KEY" \
  "https://api.twitterapis.com/twitter/tweet/advanced_search?query=AI&product=Latest"

# Cost: $0.0008 per call, up to ~20 tweets
# That's $0.04 per 1,000 tweets

// INTEGRATION

One Adapter, Either Provider

Pin everything provider-specific to a single file. With the details in one spot, comparing costs, testing a fallback, or migrating later all get a lot easier.

type SearchOptions = {
  query: string;
  product?: "Latest" | "Top";
};

export async function searchWithTwitterAPIs(
  { query, product = "Latest" }: SearchOptions,
  apiKey: string
) {
  const params = new URLSearchParams({ query, product });
  const response = await fetch(
    `https://api.twitterapis.com/twitter/tweet/advanced_search?${params}`,
    { headers: { Authorization: `Bearer ${apiKey}` } }
  );

  if (!response.ok) {
    throw new Error(`TwitterAPIs failed: ${response.status}`);
  }

  return response.json();
}

What twitterapi.io Does Better

Cost Down to a Single Tweet

Picking the Right Fit for Your Workload

How X changed its API pricing

Two products priced within a few cents of each other only make sense against the thing they are both alternatives to, and that benchmark moved twice in three years. Knowing which version of it you are carrying in your head matters, because most comparison content quotes a plan that no longer exists.

The first change was the end of free-at-scale access and the arrival of fixed subscription tiers. That is the era that produced the $200 Basic and $5,000 Pro figures still quoted in most budget spreadsheets, and it is the era that created this entire third-party category, because 15,000 reads a month for $200 does not price a research project, a monitoring product, or an agent.

The second change was quieter and larger. In February 2026 X shelved fixed self-serve subscriptions and moved to consumption billing, priced per resource read rather than per month. Basic then went further: X deprecated the legacy plans outright, monthly and annual alike, and moved its remaining subscribers onto pay-per-use from 1 June 2026. Pro stayed closed to new signups. If you were grandfathered onto a fixed plan, you are not any more.

The practical effect is that official access stopped being a subscription you could budget once a year and became a meter, with a hard ceiling of 3 million post reads a month above which an Enterprise contract is mandatory. That is worth knowing before you compare two third-party rate cards, because it changes what you are comparing them to.

The official X API: pay-per-use rates

Read from X's own pricing documentation on 13 August 2026, the current self-serve rate card is short.

Put that read row beside the two products on this page and the ratio does the arguing. A million tweets is somewhere between $5,000 and $10,000 of official per-resource reads, about $150 on twitterapi.io's published rate, and about $40 here. The gap between the two third-party options is a rounding error next to the gap between either of them and the first-party meter.

Third-party pay-per-call APIs

twitterapi.io and TwitterAPIs are the same species: a hosted REST service that reads public X data, sells it by usage rather than by subscription, and requires no X developer account. That shared shape is why this comparison comes down to billing mechanics rather than to capability, and it is worth being explicit about what the whole category does and does not give you.

What it gives you: no application to write, no OAuth flow for reads, a key that works on the first request, a bill that tracks usage, and someone else maintaining the extraction when X changes something. What it does not give you: contractual guarantees from X, writes through X's own consent screen, or access to private data. Any vendor in this category promising the last one is describing something other than public data.

Inside the category, the meaningful splits are the billing unit and what happens on an empty result. Per-call billing charges for the request. Per-item billing charges for what came back, which sounds fairer and means a broad search that returns nothing can still cost you, and a dense page can cost more than a thin one for identical work. Credit systems add a third layer, where the credit-to-call ratio is the number to check rather than the credit price.

The evaluation that actually settles it takes an afternoon: run your ten real queries against both, record the bill and the row counts, and compare those rather than the rate cards. Both products here let you do that on a starter credit without a card.

The dimension-by-dimension comparison

The tables above give the rows. Read one at a time, here is which of them actually changes an outcome and which is decoration.

The main alternatives to the Twitter and X API

If you are on this page you have probably already narrowed to two. For completeness, the field has five shapes, and most buying mistakes are a shape mismatch rather than a vendor mismatch.

• The official X API. Correct when you need first-party guarantees or writes through X's own consent screen. Priced per resource.
• Metered REST APIs. Both products on this page. No developer account, no OAuth for reads, and a bill that tracks the work.
• Marketplace listings. The same class of service bought through an intermediary, which normalises auth and billing and adds a margin plus a second support boundary.
• Scraping platforms billed by compute. Right when Twitter is one of many sources and you want one orchestration layer. The unit is run time and memory, not rows, which is harder to forecast.
• Self-hosted open-source libraries. Free to licence, and you own the proxies, the blocks and the maintenance. Genuinely right for a hobby project.

Our alternatives roundup prices every vendor we have measured in one table, including the ones that beat us on a specific axis.

What Twitter and X data actually cost in 2026

One million tweets is a useful unit because it is large enough that the rate card stops being an abstraction. At official per-resource read rates that is somewhere between $5,000 and $10,000. On twitterapi.io's published $0.15 per 1,000 it is about $150. Here it is about $40, and the rate does not change with volume, so there is no tier at which any of those three numbers moves.

Three costs sit outside that headline and are worth pricing before you decide. First, the cost of an empty result, which is zero under per-item billing and one call under per-call billing. Second, the cost of a retry, which under any usage model you pay for twice. Third, the cost of re-running work you already have, which is the largest of the three for most teams and is solved by caching rather than by choosing a vendor.

And one cost that never appears on a rate card: the time spent maintaining an integration when the provider breaks and nobody tells you. That is not measurable in advance, which is exactly why it is worth asking both vendors how you would find out.

Quick Decision Guide

Sources researched May 4, 2026: twitterapi.io pricing, twitterapi.io QPS limits, twitterapi.io docs, advanced search docs, write-action docs, and TwitterAPIs pricing.