Agri Pro Services

We designed and built a custom, role-based operations platform with a live dashboard, client and deal pipelines, pricing quotes, and visit, inspection, and risk-assessment reporting.

UI/UXWeb app

Start a project Visit agriproservices.netlify.app

Agri Pro Services internal operations platform designed and built by kaprera — Agri Pro Services internal operations platform, built by kaprera

/ Overview

The challenge

Agri Pro had clients, visits, deals, pricing and field reports living in separate documents. Nothing reconciled, and the same job got entered more than once.

The solution

We built one role-based system on Next.js and Node. An operator files a visit report from the field, it lands on the same dashboard the admin uses to price the next deal, and nobody re-types anything.

/ What we built

Inside the project.

Live operations dashboard with real-time stats
Client records and a deal pipeline with pricing quotes
Visit scheduling with field, inspection, and risk-assessment reports
Role-based access for admin, operator, and sysadmin

/ Specs

Type: Internal operations platform
Stack: Next.js + Node.js
Client: Pest control company
Scope: UI/UX + full-stack development

/ Results

The outcome.

1Unified operations platform

role-basedAdmin, operator & sysadmin access

real-timeDashboard & reporting

A+securityheaders.com grade

/ Measured

Numbers anyone can re-run.

Every figure below is a real reading from a standard tool anyone can re-run: Google Lighthouse for speed and quality, the W3C validators for the code itself. Each one says what it means for you in plain language.

Google Lighthouse scores out of 100

97PerformanceHow quickly the page becomes usable. Google scores it out of 100, and 90 or above counts as fast.

100Accessibility A11Y · WCAGHow well the page works for people using a screen reader, a keyboard, or high-contrast settings, checked against the WCAG standard.

100Best practices BPWhether the site follows the modern rules of the web: HTTPS everywhere, safe libraries, and a browser console with nothing thrown into it.

100SEOHow readable the page is to search engines: titles, descriptions, crawlable links and valid robots rules.

Loading & responsiveness Core Web Vitals

0.7 sFirst contentful paint FCPHow long before the visitor sees anything at all. Under 1.8 seconds is the target.

0.8 sLargest contentful paint LCPWhen the main image or headline has finished loading, which is the moment the page looks ready. Google wants this under 2.5 seconds.

0 msTotal blocking time TBTHow long the page ignores taps and clicks because it is still busy loading. Zero means it never freezes on the visitor.

0Cumulative layout shift CLSHow much the page jumps around while it loads. Zero means nothing moves under the reader's finger mid-tap.

0 msInteraction to next paint INPHow fast the page answers a tap. It is measured on real visitors over time; the lab stand-in shown here is total blocking time.

Code quality & weight standards, size, dependencies

19 KBHTML, compressed GZIP / BRThe weight of the page's own code as it actually travels over the network. Smaller is cheaper and faster on mobile data.

4 of 4Font preloadWhether the custom typefaces are requested up front, so text never flashes in a fallback font before settling.

0W3C HTML errorsErrors found by the W3C's official markup validator. Zero means the code is standards-clean, which is what keeps a site working through future browsers.

0W3C CSS errorsThe same official check applied to the stylesheets. Invalid CSS is where most cross-browser display bugs begin.

0Third-party originsHow many outside servers the page pulls from. Every one is another company that can slow the page down, break it, or track your visitors.

Measured on the live site at agriproservices.netlify.app with Google Lighthouse 12.8.2 (desktop) and the W3C validators, August 2026.

/ More work