Zod Validated Server Action
Validating multi-tier form inputs on the server and executing SMTP mail transport.
\u0027use server\u0027; const parsed = contactSchema.parse(formData); await transporter.sendMail(parsed);Custom Next.js App
Adsorse Growth Platform
Developed a high-performance growth marketing platform using Next.js, React 19, and Lenis, solving hydration rendering mismatches and routing form intakes via Zod-validated Server Actions.
- Sector
- Custom Next.js App
- Timeline
- 12 months
- Role
- Full-Stack Lead Architect
- Next.js 16
- React 19
- Tailwind CSS v4
- Lenis Scroll
- Framer Motion
- Zod
- Nodemailer
- <200ms
- Intake Submission Time
- 98/100
- SEO Performance Score
No REST API endpoint routing overhead
LCP asset optimizations
The problem
Preventing Next.js server-side hydration mismatches and performance lag during dynamic physics engine initializations.
The solution
Utilized unified client-hydration hooks to delay physics bindings until browser compilation was complete, and routed intake submissions via secure Server Actions.
Approach
How it was built.
01
Hydration Integration
Synchronized client-side inertial scroll bindings using React 19 hydration hooks, eliminating initial page shifts.
02
Server Actions Intake
Processed complex multi-tier lead questionnaires directly using Next.js Server Actions with Nodemailer notifications.
Technical detail
The parts worth explaining.
What I took from it
- Next.js Server Actions eliminate frontend-backend API boilerplate
- Hydration sync locks prevent initial animation jumps
Where it goes next
- Deploy interactive marketing ROI forecasting calculator tool
- Configure multi-tenant sub-client project progression dashboards
Got a problem shaped like this?
If something here looks like what you're facing, tell me about it. The first conversation is an architecture discussion, not a sales call.