Sizar 2026 Review: PWA Landings, Traffic Streams, Pixels and Push Notifications

Sizar is a cloud platform for PWA landings that helps media buyers launch promos without an in-house developer. It is used to assemble a landing page, PWA app, pixels, push notifications and the first traffic stream in one dashboard. In real-world scenarios, it is important to separate landing management from account management because the platform does not isolate browser sessions of advertising accounts.

For a team in traffic arbitrage, Sizar covers part of the operational routine: prepare a promo, connect a domain, pass UTM parameters, configure postbacks and see events in statistics. However, the advertising account, IP, cookies, fingerprint and team access remain separate infrastructure.

This Sizar review is useful for Gambling, Trading and Dating teams that do not want to build a PWA landing manually every time. Especially when traffic comes from Facebook or TikTok, where Pixel ID, FBC/FBP, event mapping and fast hypothesis testing matter. But if a team expects one service to handle landings, traffic cloaking and secure work with advertising accounts, it is worth separating the tasks into layers from the start.

What Sizar is and which media buying tasks it covers

Sizar is a cloud platform for creating PWA landings, promo pages and managing traffic streams without a fixed subscription. The most straightforward practical scenario is when a media buyer has received an offer and wants to quickly launch a landing, add a PWA app, connect pixels and start a test without waiting for a developer.

In a typical team, this task is often distributed among several people. One person builds the front end, another sets up the domain, a third connects Facebook Pixel or TikTok Pixel, and a fourth checks the postback. Sizar attempts to bring this into one workspace. For a small team, this saves not so much money as time between an idea and the first test.

The platform is especially relevant where fast promo iterations are needed. For example, a buyer tests a Dating offer in two geos, changes the app card visual, separately monitors registrations and deposits, and then launches push retention for users. In this setup, Sizar works as an operational layer for the landing and events rather than as a complete replacement for a tracker, antidetect browser or account management.

How Streams are structured and what they combine

A Stream in Sizar is the basic working unit that combines a landing, PWA app, domain, settings and pixels. Put simply, a Stream determines where traffic arrives, which promo interface the user sees and which events are sent to analytics.

Inside a Stream, the logic is divided into technical sections. Domain is responsible for the domain and traffic route. Settings stores landing, PWA and UTM parameters. Pixel is used to connect advertising pixels, pixel groups and event mapping. This is where a team separates a Facebook stream from a TikTok stream or another traffic source.

For a media buyer, this is convenient because one Stream can be treated as a campaign container. It contains an offer, geo, traffic source, domain, creative idea, pixels and push logic. Everything lives in one place. Still, the container does not replace the advertising account structure: access, roles, payment profiles and account behavioral history remain outside Sizar.

How to quickly launch the first landing and PWA app

With a domain, creatives, offer and pixels ready, a basic launch in Sizar can be completed in about 15 minutes. Fast launch is enabled by ready-made blocks: a PWA builder, promo landing templates, game mechanics and a unified Stream configuration form.

The PWA builder imitates a familiar app store card: name, icon, screenshots, rating, reviews and an install button. For Gambling or Trading, this often works as a bridge between the ad creative and the target action. Wheel, Scratch or Plinko can be added to the landing if the mechanic fits the offer and does not conflict with the traffic source rules.

A basic launch looks like this:

1. create a new Stream and connect a domain
2. choose a landing or PWA card template for the vertical
3. add an icon, screenshots, short reviews and the promo name
4. enable the required game mechanic for the landing
5. connect the Pixel ID and check event mapping
6. pass UTM parameters from the advertising source
7. open the test URL and check events in statistics

The most common mistake at this stage is that a team launches a creative faster than it checks analytics. The click is there, the installation is there, but the deposit does not reach the advertising system because of an incorrect postback or Pixel ID.

It is better to spend another five minutes on a test event than to collect traffic for a day without correct attribution.

Which metrics and postbacks the statistics dashboard shows

The Sizar dashboard is used to see the user journey from a visit to the target event. The focus is not overall traffic but practical media buying metrics: visits, registrations, deposits, PWA installations, clicks, push events and postback statuses.

Postbacks give the team a technical log without which it is difficult to understand exactly where the funnel breaks. Important log fields include domain, country, Pixel ID, source and UTM, as well as FBC and FBP for Facebook. The logic is similar for TikTok: an event must be linked to the correct pixel so the advertising system receives a signal rather than noise.

Pixel groups are useful when one landing is tested across several accounts or sources. Event mapping makes it possible to decide which action in Sizar corresponds to an advertising system event. For example, a PWA installation can be sent as a separate event, a registration as Lead, and a deposit as Purchase or a custom event depending on the campaign logic.

For TikTok campaigns, it is also worth checking whether the event logic differs between the landing and the advertising account.

If a team scales TikTok Ads for traffic arbitrage, an error in a single Pixel ID can disrupt event transmission and negatively affect test optimization.

How to configure push campaigns and role-based team access

Push campaigns in Sizar help bring a user back after the first interaction with the PWA. They are not a replacement for email marketing or CRM communications, but in fast promo funnels, push notifications often become an inexpensive second touch: remind users about a bonus, bring them back after registration, encourage a deposit or notify them about a service change.

Sizar supports several types of push notifications. Manual pushes are suitable for one-time promotions. Scheduled pushes are used for sending on a schedule with the timezone taken into account. Triggered pushes after registration or a deposit help work with a cohort that has already shown intent. Service notifications are better reserved for statuses and technical events rather than aggressive frequency.

A practical push campaign workflow is simple:

1. segment the audience by event: visit, installation, registration or deposit
2. set the geo timezone so the notification does not arrive at night
3. prepare short copy without exaggerated promises
4. check the deep link or return URL to the required Stream
5. launch a test on a small cohort
6. compare delivery rate, click rate and the next target action

Role-based access is needed when more than one person works with Streams. A buyer needs statistics and launch access, a technical specialist needs domains and pixels, and a manager needs an overview of expenses and results. If everyone receives the same permissions, the first accidental Pixel ID change can cost more than a month of tools.

How much Sizar costs and how payment works

Sizar uses a pay-per-action model: $0.01 per click and $0.02 per PWA installation, with payment made in USDT TRC20. This differs from a traditional subscription because the team pays for actual activity rather than access to the dashboard regardless of volume.

For tests, this lowers the entry threshold. If a team launches several small hypotheses, a fixed subscription may be more burdensome than paying for actions. But when scaling, pay-per-action must be calculated carefully. At high volumes, clicks and installations become a variable cost that directly affects campaign ROI.

A practical way to evaluate the model is to calculate not the click price in isolation but the full CPA, including clicks, PWA installations, registrations, deposits, ad network spend and the cost of account infrastructure. If the actual CPA per deposit exceeds the target, the problem may not be Sizar but the creative, geo, postback or advertising account quality.

Why team account infrastructure remains a separate task

Sizar manages the landing, PWA, pixels, push notifications and traffic streams, but it does not manage the browser session of an advertising account. This is an important boundary. Routing traffic through Cloudflare, passing UTM parameters and using the correct domain help manage and track the user's route, but they do not create a separate fingerprint for a buyer, farmer or account manager.

In team workflows, risk often arises not on the landing but in operational access. Two team members can work with different advertising accounts in the same regular browser, causing their sessions to overlap through cookies, IP, timezone and other technical parameters. Sizar should not be the responsible layer here. Its task is different. This material is provided for informational and educational purposes only.

Afina is suitable as a separate layer for isolating work sessions: each team member can work in a separate browser profile with their own cookies and fingerprint and use a separate proxy, while access can be distributed across roles. In this setup, Sizar is responsible for the PWA landing and events, while Afina is responsible for the environment from which the team works with accounts. This does not make the campaign risk-free, but it removes session chaos.

For a small team, this is the most realistic architecture: Sizar for quickly launching promos and collecting events, Afina for teamwork with accounts, separate proxies for profiles and disciplined role management. If one layer breaks, the team at least understands where to look for the problem.

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