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SSR is an application architecture. PB connects AI answer and website evidence with full articles, reviewed publishing, delivery and monitoring. Only PB’s rendering layer overlaps the decision to return HTML from the application. How PB Works describes the complete platform.
Quick answer
Use SSR or static generation when it fits the application and a planned build or rebuild. Evaluate managed prerendering when an already-live client-rendered site has a confirmed crawler delivery gap and changing the application architecture is not currently practical.
A site with working SSR can still use eligible PB workflows for recorded answers, citations, page health, full articles and configured reviewed publishing. Those features do not require another rendering layer.
Why SSR works well
SSR sends meaningful HTML from the server before the browser runs client-side JavaScript. That can help crawlers, social preview tools, and users receive content earlier.
SSR can be a strong fit when:
- You are starting a new site
- You are already using Next.js, Nuxt, SvelteKit, or similar
- You need performance and crawlability together
- You have engineering time to manage server rendering
- Your app architecture supports it cleanly
For many teams, SSR is the correct foundation.
Why SSR is not always the easy answer
The problem is timing.
Many sites are already live. They may be built with React, Vite, Vue, Lovable, Bolt, Base44, or another client-rendered setup. The business needs pages indexed, previews working, and AI/search crawlers able to read content now.
Migrating to SSR can mean:
- Changing routing
- Moving data fetching
- Reworking deployment
- Fixing hydration issues
- Changing hosting setup
- Testing every page again
- Delaying other product work
That may be worth it for a major rebuild. It may not be worth it just to make bots read a marketing site or documentation pages.
Who this is for
- SaaS founders with already-shipped JavaScript websites
- React, Vite, Vue, Lovable, Bolt, or Base44 users
- SEO freelancers checking crawler-readable HTML
- Agencies maintaining client sites without rebuilding them
Where the rendering workaround fits
PB's rendering workflow loads the public page, produces rendered HTML and makes it available through a supported crawler delivery path. That can help a shipped JavaScript site whose important content is missing from the initial response.
SSR generates HTML within the application's normal serving architecture. Google recommends server-side or static rendering and related approaches over relying on crawler-specific dynamic rendering as a long-term solution. Google's dynamic rendering guidance
Choose from the application's lifecycle and requirements. Rendering work should not create different product claims or prices for crawlers and visitors.
When SSR is still better
Choose SSR if you are rebuilding anyway, if performance architecture is a major priority, or if your product needs server-rendered content for more than just crawlers.
SSR may also be better if your pages change constantly and need highly dynamic server-generated content for every user.
PB’s rendering layer is not a universal replacement for application architecture. The wider hosted platform addresses separate evidence, content and reviewed-publishing work.
Comparison table
| Decision | SSR or static generation | PB managed rendering |
|---|---|---|
| Where HTML is produced | Application server or build process | Browser-based rendering service |
| Main implementation work | Application and hosting architecture | Supported crawler delivery integration |
| Practical context | New builds or planned architecture work | A shipped site with a confirmed delivery gap |
| Ongoing ownership | Your application team and hosting setup | Your integration plus the provider's managed rendering operations |
What happens after HTML delivery works?
You may still need to understand whether AI answers describe your product accurately, what sources they cite and which pages deserve an update. PB's AI Visibility workflow investigates those questions through recorded provider observations.
Website monitoring can also be useful after an SSR migration. A deployment can introduce missing content, broken links or access problems even when the architecture supports HTML rendering. Monitor the result, not just the framework name. PB website health
After reviewing answer/source evidence and available business/site context, eligible accounts can confirm full article generation, review the resulting draft and use a configured publishing connection. CMS draft delivery, approved release, Astro rebuild requests and Keystatic Git releases require different verification. An editorial date does not publish; a separately approved schedule can run an approved release. Buddy explains evidence and does not autonomously publish. Human account management is optional.
When an additional rendering layer may be unnecessary
If important public content is already present in the response delivered to the relevant crawlers, an additional renderer may not be needed. The same can be true when a planned rebuild will provide SSR or static generation.
That is a decision about rendering. You can still evaluate PB for AI visibility, website monitoring and full articles with reviewed publishing. Those workflows do not require an existing rendering problem.
Separate the architecture from the research workflow
Choose SSR, static generation or prerendering to solve the page-delivery requirement. Evaluate answer evidence, website monitoring, article creation and reviewed publishing for the work that remains after delivery is readable. PB can be part of an SSR, static or client-rendered setup without requiring every website to enable prerendering.
Check your website
Check what crawlers see to test whether the site sends readable HTML to search engines and AI crawlers.