Forem: Khalid Danishyar

How to Convert Afghan Shamsi Dates to Gregorian (And Every Other Calendar) — Instantly

Khalid Danishyar — Fri, 15 May 2026 15:52:31 +0000

published: true
description: Stop converting Afghan calendar dates by hand. Afghan Date Converter handles Shamsi, Gregorian, Hijri, Hebrew, Julian, Persian, and Kurdish calendars in one free tool — no install needed.
tags: tools, productivity, webdev, opensource

I spent 20 minutes on a government form last year trying to figure out what 25 Sawr 1405 looked like in Gregorian. I had a reference table open in one tab, a manual calculation in another, and I still got it wrong the first time.

That experience taught me two things:

Calendar conversion is genuinely hard — not because the math is impossible, but because the details (leap years, month boundaries, weekday alignment) trip you up fast.
Most online tools built for this are either outdated, ad-stuffed, or only handle two calendars at a time.

Then I found Afghan Date Converter — and I have not touched a reference table since.

This article walks you through everything the tool does, who it is for, and how to use it properly so you get accurate results every time.

Why Afghan Calendar Conversion Is Harder Than It Looks

Most people assume converting between the Afghan Shamsi calendar and the Gregorian calendar is simple arithmetic — just add or subtract about 621 years, right?

Not quite.

The Afghan Shamsi calendar is a solar calendar, meaning its year length matches the solar year (365.25 days, approximately). The Gregorian calendar is also solar. However, the two systems diverge in two critical ways:

1. Different epoch (starting point)
The Shamsi calendar counts from the Hijra — the year the Prophet Muhammad migrated from Mecca to Medina — but it tracks solar cycles from that event, not lunar ones. The Gregorian calendar counts from the estimated year of Christ's birth. The gap between them is not a fixed 621 years; depending on the time of year, it shifts between 621 and 622.

2. Different leap year rules
The Gregorian calendar adds a leap day every four years, skipping century years unless they are divisible by 400. The Shamsi calendar uses an entirely different system based on a 2,820-year grand cycle, distributing 683 leap years across that cycle in an irregular pattern. This means you cannot simply check whether a year is divisible by four to determine whether it is a Shamsi leap year.

These two differences mean that converting a date at the boundary of a month — especially at the end of a 29-day or 30-day Shamsi month — requires genuine algorithmic precision, not estimation.

Afghan Date Converter handles all of this for you automatically.

What the Tool Actually Does

Afghan Date Converter converts a single date across seven calendar systems simultaneously:

Gregorian — the international standard used worldwide
Afghan Shamsi — Afghanistan's official solar calendar
Persian Shamsi — Iran's official solar calendar (shares the same structure as Afghan Shamsi, with different month names)
Islamic Hijri (Qamari) — the lunar calendar used for Islamic religious dates
Julian — the predecessor to the Gregorian calendar, used for historical dates and in some Orthodox Christian contexts
Hebrew — the lunisolar calendar used in Jewish religious life
Kurdish — the solar calendar used in Kurdish communities

You enter a date in any one of these systems and all six others update in real time. Every panel shows you:

The full converted date (day / month / year)
The month name in its native language and script
Whether the year is a leap year in that calendar
The day of the week

That last detail — the weekday — is more useful than it sounds. It gives you an instant sanity check. If you enter a date and the weekday does not match what you expect, you have caught a typo before it causes a problem.

The Afghan Shamsi Calendar: Month Names and Their Meaning

One thing most conversion tools skip entirely is cultural context. Here is a reference you can actually use:

#	Dari Name	Script	Approx. Gregorian Period
1	Hamal	حمل	Late March – Late April
2	Sawr	ثور	Late April – Late May
3	Jawza	جوزا	Late May – Late June
4	Saratan	سرطان	Late June – Late July
5	Asad	اسد	Late July – Late August
6	Sunbula	سنبله	Late August – Late September
7	Mizan	میزان	Late September – Late October
8	Aqrab	عقرب	Late October – Late November
9	Qaws	قوس	Late November – Late December
10	Jaddi	جدی	Late December – Late January
11	Dalwa	دلو	Late January – Late February
12	Hut	حوت	Late February – Late March

The Afghan Shamsi new year — Nowruz (نوروز), meaning "new day" — falls on 1 Hamal, which corresponds to approximately March 20 or 21 in the Gregorian calendar. It marks the spring equinox and is one of the most important cultural celebrations in Afghanistan.

Who Uses Afghan Date Converter (And How)

The tool serves a wider range of users than you might expect.

Afghan government and legal document holders

Afghan national ID cards (Tazkera), birth certificates, marriage certificates, and land titles all record dates in the Shamsi calendar. Anyone submitting these documents to foreign embassies, visa offices, or international courts needs accurate Gregorian equivalents. Afghan Date Converter handles this in seconds.

Afghan diaspora communities

Millions of Afghans live in Germany, the United Kingdom, the United States, Canada, Australia, and across Europe. They regularly need to translate family dates — a parent's birthday recorded in Shamsi, a wedding anniversary, the date on an old photograph — into a format that makes sense in their country of residence.

Businesses operating across borders

Companies with operations or staff in Afghanistan often run internal records in Shamsi but report externally in Gregorian. Payroll dates, contract start and end dates, invoice due dates — all of these require reliable conversion. The Bulk CSV Converter feature on Afghan Date Converter handles this at scale, letting you convert an entire spreadsheet column of dates at once.

Developers building Afghan-facing applications

If you build web or mobile apps for Afghan users, date handling is one of the trickiest engineering problems you face. Standard libraries like Moment.js, Day.js, and Luxon have inconsistent or incomplete Shamsi support. Use Afghan Date Converter as your ground-truth reference when testing your custom date logic — especially for edge cases around month boundaries and leap years.

Researchers and historians

Afghan archival documents, historical texts, and legal records use Shamsi dates going back centuries. The Julian calendar panel also proves useful when cross-referencing older European sources that predate the Gregorian reform of 1582.

Islamic calendar users

The Islamic Hijri panel is valuable during Ramadan, Eid planning, and other religious observances. Because the Hijri calendar is lunar, it shifts roughly 11 days earlier each Gregorian year — Afghan Date Converter shows you the exact correspondence for any date you enter.

How to Use Afghan Date Converter: A Practical Walkthrough

The tool requires no account and no installation. Here is exactly how to use it:

Step 1: Go to afghandateconverter.com
The page loads with today's date already populated across all seven calendar panels.

Step 2: Choose your input method

If you know the Gregorian date, use the dropdown fields at the top (Day / Month / Year) to enter it.
If you know the Afghan Shamsi date, scroll to the Shamsi panel and enter it directly there.
Click "Today Date" to reset everything to the current date.

Step 3: Read your results
All seven panels update instantly. Each one shows the full date, month name, leap year status, and weekday. You do not need to click a "convert" button — the tool reacts as you type.

Step 4: Use the weekday as your sanity check
Both your input panel and all output panels display the weekday name. If any panel shows an unexpected day of the week, go back and verify your input.

Step 5: For bulk conversion, use the CSV tool
If you need to convert a list of dates from a spreadsheet, use the Bulk CSV Converter feature. Upload your file, select the date column and its format, and download the converted results. This saves hours compared to manual entry.

Features Beyond the Date Converter

Afghan Date Converter is not just a single-purpose tool. The platform includes:

Live Time
Displays the current time alongside today's date in multiple calendar formats simultaneously. Useful when you need to timestamp documents or communications across calendar systems.

Age Calculator
Enter a date of birth in any supported calendar and calculate the exact age in years, months, and days. This is particularly useful for Afghan users whose birth records are in Shamsi but who need age verification for international purposes.

Date Difference Calculator
Calculate the number of days, weeks, or months between any two dates. Works across calendar systems.

Shamsi Calendar View
A full monthly calendar view in the Afghan Shamsi format, letting you browse month by month rather than converting single dates.

Islamic Calendar View
A full monthly view of the Hijri calendar, synchronized with Shamsi and Gregorian dates.

Holiday Calendar
Shows Afghan national holidays and Islamic observances in both Shamsi and Gregorian formats.

Ramadan Times and Islamic Prayer Times
Daily schedules for Ramadan fasting times and the five daily prayers, localized for Afghanistan.

Tips for Accurate Conversions

A few things to keep in mind when working with the tool:

Watch the month boundary carefully.
The Afghan Shamsi calendar does not align neatly with Gregorian months. The first day of Hamal (the Afghan new year) falls around March 20 or 21 — not March 1. Always check the full output rather than assuming a month maps to its rough Gregorian equivalent.

Leap years do not match.
A year that is a leap year in the Gregorian calendar is not necessarily a leap year in the Shamsi calendar, and vice versa. The tool shows leap year status for each calendar separately — pay attention to this when working with dates at the end of February (Gregorian) or the end of Hut (Shamsi).

Persian Shamsi and Afghan Shamsi share the same date, different month names.
If you convert a date and notice the Persian and Afghan Shamsi panels show the same day and year but different month names, that is correct. The two calendars use the same solar structure but different naming conventions — Afghan months use Dari/Pashto names while Persian months use Farsi names.

The Hijri calendar shifts annually.
Do not use a Hijri-to-Gregorian conversion from a previous year to estimate this year's Eid date. The lunar calendar moves roughly 11 days earlier each year. Always enter the specific year you need.

Common Questions, Answered Directly

Is the tool free?
Yes. No subscription, no credits, no account. Afghan Date Converter is free for personal and professional use.

Does it work without internet after loading?
Yes. Once the page loads in your browser, the core conversion tool works offline. This is especially useful in regions with unreliable connectivity.

How accurate are the conversions?
The tool uses established astronomical algorithms for all supported calendar systems. For the Afghan Shamsi calendar, it follows the official calculation method used by the Afghan government.

Can I convert a date of birth from Shamsi to Gregorian?
Yes. Enter the Shamsi birth date in the Shamsi panel and read the Gregorian equivalent immediately.

Does it work on mobile?
Yes. The interface is fully responsive and works on iOS and Android browsers.

What if I need to convert hundreds of dates?
Use the Bulk CSV Converter. Upload a spreadsheet, specify the column and date format, and download the results.

Why This Tool Beats Manual Conversion Every Time

Manual Afghan date conversion involves:

Identifying the correct epoch difference (621 or 622 years, depending on the time of year)
Accounting for differences in month length between the two systems
Checking leap year status independently for each calendar
Verifying the weekday to confirm accuracy
Doing all of this again if you made an error somewhere

Afghan Date Converter does all five steps in under a second, across seven calendars at once. It eliminates the lookup tables, the mental arithmetic, and the margin for error.

For anyone who works regularly with Afghan dates — whether you are processing documents, building software, managing payroll, or simply trying to keep track of family milestones across two different calendar systems — this tool saves real time and prevents real mistakes.

Try It Now

You do not need to install anything or create an account. Open afghandateconverter.com in your browser, enter any date, and see every calendar update instantly.

Bookmark it. You will need it again.

Afghan Date Converter is built and maintained by Khalid Danishyar. The tool is free to use and accessible from any device.

I got tired of fighting Jupyter notebook exports, so I built JupyTools

Khalid Danishyar — Sun, 10 May 2026 03:41:23 +0000

If you work with Jupyter notebooks long enough, you eventually hit the same annoying wall:
Your notebook works perfectly… but now someone wants it in another format.
A professor asks for a PDF.
A manager wants a Word document.
A teammate needs clean Markdown for GitHub.
Someone else just wants to open the notebook without installing Jupyter.
And suddenly you’re debugging nbconvert, installing Pandoc, fighting LaTeX errors, or trying to clean giant notebook outputs before pushing to Git.
I ran into this problem constantly while working between notebooks, documentation, and reports. Sometimes I was on a locked-down work machine. Sometimes I was helping students. Sometimes I just needed a quick export without rebuilding an entire Python environment.
That frustration became JupyTools.
What JupyTools does
👉 https://jupytools.com/
JupyTools is a browser-based toolkit for working with Jupyter notebooks.
No installs.
No account.
No server-side processing for core tools.
Everything runs directly in your browser session.
You can:
• Convert .ipynb to Word (.docx)
• Export notebooks to PDF
• Generate Markdown for GitHub
• Create HTML exports
• Convert notebooks to Python scripts
• Turn Python scripts back into notebooks
• Clean notebook outputs before sharing
• Merge multiple notebooks
• Split large notebooks into smaller sections
• Open and preview notebooks directly in the browser
The main goal was simple:
Make notebook workflows feel lightweight again.
The problem with notebook exports
Most notebook tools are built for people who already have a full local Python environment.
That sounds fine until you switch machines, work with students, collaborate across teams, or need to submit something quickly.
In practice, I kept seeing the same issues:
• nbconvert dependencies breaking
• Pandoc not installed
• PDF exports failing because of LaTeX
• Huge notebooks bloated with outputs
• Reviewers unable to open .ipynb
• Git diffs polluted by execution metadata
• People asking for Word files instead of notebooks
The worst part is that none of these problems are related to the actual analysis.
They’re just workflow friction.
So instead of adding another desktop dependency, I built a tool that works directly in the browser.
Why browser-based matters
One thing I learned from working with notebooks in different environments is that setup friction kills momentum.
Sometimes you only need a quick conversion.
Sometimes you’re borrowing a machine.
Sometimes IT policies block installs entirely.
Sometimes you’re helping a non-technical teammate who just needs a readable document.
With JupyTools, you open the site, drop the file, choose the export format, and download the result.
That’s it.
No environment setup.
No login wall.
No “install these six packages first.”

The features I personally use most

IPYNB → DOCX This became surprisingly useful. A lot of people still review work in Microsoft Word. Researchers, professors, managers, and clients often prefer editable documents over notebooks. The DOCX export keeps: • Headings • Markdown structure • Code blocks • Inline outputs • Images and plots

That means you can hand in a real Word document without manually copying notebook content into another editor.

Notebook Output Cleaner If you use Git with notebooks, you already know the pain. A tiny code change creates a massive diff because outputs, execution counts, or metadata changed. Before sharing notebooks publicly, I almost always clean them first. The cleaner removes noisy outputs while keeping the notebook structure intact. It’s especially useful before: • Git commits • Pull requests • Email attachments • Sharing notebooks with students • Uploading examples publicly
Notebook Viewer Sometimes people just want to read a notebook. Not run it. Not install Jupyter. Just open it. The viewer lets you inspect Markdown, code cells, and outputs directly in the browser. I originally built this because I kept sending notebooks to people who couldn’t open them properly.
Merge + Split notebooks This came from teaching workflows. I often had: • multiple labs that needed to become one notebook • giant notebooks that needed to be split into lessons Most notebook tools don’t handle this cleanly. Now I use merge/split constantly for tutorials and documentation prep. Privacy was a big requirement One thing I strongly wanted from the beginning: Your notebook should stay local whenever possible. A lot of notebooks contain: API keys • internal datasets • experiment outputs • customer information • unreleased research That’s why the core conversion flow runs client-side in the browser. Your files stay in the browser session until you download the result. I built it this way because I personally don’t like uploading notebooks to random conversion services either. Who this is for JupyTools is especially useful if you: • Work with Jupyter regularly • Teach data science or Python • Submit notebooks for grading • Share notebooks with non-technical teams • Need Word or PDF exports often • Use GitHub heavily • Review notebooks on different machines • Want quick conversions without local setup The workflow I use now My current notebook workflow looks something like this:
Build analysis in Jupyter or VS Code
Clean outputs before commit
Export Markdown for docs
Export PDF for sharing
Generate DOCX when stakeholders want edits
Bundle everything into ZIP when handing off work That entire process now takes a couple of minutes. Before building this, I used to spend way too much time fighting tooling instead of focusing on the actual work. Things I still want to improve I’m actively improving: • export formatting • large notebook handling • syntax highlighting • table rendering • mobile experience • notebook preview performance I also want to add more workflow-focused utilities instead of turning this into “just another converter site.” The goal is to support the real day-to-day notebook workflow developers and analysts already have. Final thoughts Jupyter notebooks became the standard for experimentation, teaching, and data science work. But the surrounding tooling still feels more complicated than it should. I built JupyTools because I wanted a faster, simpler way to move between notebooks, documents, scripts, and shareable formats without constantly rebuilding environments. If that sounds useful to you, I’d genuinely love feedback from the DEV community. 👉 https://jupytools.com/ Especially: • export issues • formatting bugs • missing formats • workflow pain points • notebook utilities you wish existed I’m building this primarily for developers, analysts, researchers, and students who live inside notebooks every day.

JPG to Excel: Stop Retyping Table Data From Images Like It's 2005

Khalid Danishyar — Tue, 17 Mar 2026 12:46:15 +0000

You know that specific kind of workplace suffering where the answer is right in front of you — literally visible on your screen — but completely out of reach?
That's the JPG to Excel problem.
Someone sends you a photo of a table. Or you've got a scanned report. Or you screenshot a pricing grid from a website that won't let you copy text. The data is right there. Every row, every column, every number — perfectly readable. And yet getting it into a spreadsheet means one thing: typing it all out by hand, one cell at a time, praying you don't make a mistake on row 17.
I've been in that chair. A lot of people have. And it's genuinely one of those friction points that nobody complains about loudly enough, because it feels too mundane to escalate — but quietly eats hours every single week.

Why Generic OCR Doesn't Cut It

The first thing most people try when they need to convert JPG to Excel is a standard OCR tool. Makes sense on paper. OCR reads text from images. You need text from an image. Problem solved, right?
Not quite.

Standard OCR tools read text the way a child reads a page before they understand sentences — left to right, top to bottom, no concept of what the structure means. So you get output that looks like this: a long block of text where your column headers and row values are all mashed together, and you spend the next twenty minutes figuring out which number belonged to which cell.
That's not a spreadsheet. That's a different problem wearing the same coat.
What you actually need when you want to convert from JPG to Excel isn't just text recognition — it's table structure recognition. The tool needs to understand that these values belong in these columns, those labels belong in those rows, and the whole thing needs to output as a properly structured XLSX file that opens cleanly in Excel or Google Sheets.
That distinction is everything.

The Tool That Actually Gets It Right

Asli Tools' JPG to Excel converter is built around exactly that distinction. It doesn't just extract text — it detects table structure and maps your data into the correct cells in a proper Excel file.
Here's the workflow:

Go to aslitools.com/tools/jpg-to-xlsx/
Drag your JPG in — or click to browse
Hit Convert to Excel
Download your XLSX file

That's genuinely it. No account. No installation. No credit card. You want to convert JPG to Excel free — this is it, no strings attached.
The output is a standard XLSX file that opens in Excel, Google Sheets, LibreOffice, or anywhere else you work with spreadsheets. Clean formatting. No watermarks. No catches.

Batch Conversion Changes Everything

The feature that took this from "useful" to "genuinely transformative" for my workflow is batch processing.
You can upload up to 50 images at once. Each image converts to its own XLSX file. Download them all in a single ZIP.
If you're dealing with a multi-page scanned report, a stack of photographed forms, or an archive of historical tables — this is the feature that makes the whole thing practical. What would otherwise be an afternoon of copy-typing becomes a few minutes of uploading and downloading.

Real Situations Where This Saves You
Let me get specific about where this JPG to Excel converter actually earns its keep:
Legacy document archives. Old printed reports, paper records, filed spreadsheets that were never digitized. Photograph them or scan them, run them through, get structured data out.
Client-submitted materials. Clients who send photos of their hand-drawn tables or printed price lists (this happens more than anyone admits). No more manual transcription.
Research and analysis. Tables embedded in academic PDFs, screenshots from locked websites, photos from conferences and whiteboards. JPG convert to Excel in seconds instead of minutes.
Scanned invoices and forms. Finance teams who receive physical documents and need the data in a workable format before end of day.
Screenshot workflows. Any time you capture a table from your screen — competitor pricing, data from an app that won't export, a table from a PowerPoint someone sent — you can convert it straight to Excel without touching a keyboard.

What About Excel to JPG?

Worth mentioning the reverse use case too: sometimes you need to go the other direction and convert Excel to JPG. Maybe you want to embed a table in a presentation, share a clean image on social media, or send a non-editable snapshot of data to a client.
If you need to convert Excel to JPG format — turn a spreadsheet into an image — Asli Tools covers that direction too. The Excel to JPG converter works on the same principles: simple upload, clean output, no installation required.
So whether your workflow runs from image to spreadsheet or spreadsheet to image, convert excel to jpg or jpg convert to excel, the same platform handles both directions. That kind of coverage matters when you're dealing with data in the real world, which rarely moves in just one direction.

Tips for Getting the Best Results
A few things that consistently improve output quality:
Use high-contrast, well-lit images. The clearer the table lines and text, the more accurate the cell detection. A flatbed scan or a crisp screenshot will always outperform a blurry phone photo.
Keep the table straight in the frame. Slight angles are usually fine. Significant rotation isn't. If you're photographing a printed document, get it as flat as possible.

Crop to just the table. Removing extra whitespace or surrounding content helps the tool focus on what matters.
One table per image when possible. Complex layouts with multiple tables on a single page sometimes do better when split into separate images.
Do a quick spot-check. Especially for merged cells or irregular headers, a thirty-second review against the original saves any downstream confusion.

The Honest Bottom Line

There's nothing revolutionary about wanting to convert JPG to Excel. It's a mundane problem. But mundane problems that waste hours every week deserve good solutions.
Asli Tools built one. It's free, it requires nothing from you except the image, and it handles the structural part that every other solution fumbles. Whether you need to convert from JPG to Excel for a one-off task or it's a recurring part of your workflow, it belongs in your toolkit.
Go try it: Jpg to Excel
Your spreadsheets will be ready before your coffee gets cold.

Using a different method for image-to-spreadsheet conversion? Share it in the comments — always looking for better approaches.

I Built AsliTools.com Using Modern Frontend Technologies — Now Serving 15K+ Monthly Users

Khalid Danishyar — Mon, 02 Mar 2026 07:40:15 +0000

Over the last few months, I’ve been building AsliTools.com — a privacy-first platform offering 250+ free online tools for file conversion, PDFs, images, calculators, and more.

What started as a small side project to solve my own frustrations has now grown to 15,000+ monthly users — entirely organic.

In this post, I want to share the developer side of the story:

Why I built it

The frontend architecture decisions

Performance and privacy challenges

And what scaling to 15K+ users taught me

The Initial Idea

As a developer, I constantly needed quick utilities:

Merge or split PDFs

Convert file formats

Compress images

Remove backgrounds

Generate QR codes

Every existing platform had one or more of these issues:

Forced signups

Aggressive paywalls

File size limits

Slow processing

Questionable privacy

I wanted to build something different:

Fast. Private. No login. No nonsense.

Tech Stack & Frontend Approach

This project was heavily frontend-driven by design.

The core principle:
Process as much as possible directly in the browser.

Why?

Better privacy

Reduced server costs

Faster perceived performance

Easier horizontal scaling

What I Used

Without going too deep into implementation details, the stack focuses on:

Modern React-based architecture

Optimized component structure for reusability

Client-side file processing APIs

Web Workers for heavy processing tasks

Efficient state management

Lazy loading & code splitting

SEO-optimized rendering strategy

Performance-focused asset delivery

A big challenge was keeping bundle size under control while supporting 110+ formats and 250+ tools.

Tree-shaking, dynamic imports, and aggressive optimization were essential.

Performance as a Core Feature

When building utility tools, speed is not optional — it is the product.

I focused on:

Minimal UI friction

3-step workflows (Upload → Select → Convert)

Fast first contentful paint

Smooth interactions even on slower devices

Lightweight UI with no unnecessary animations

Every extra second of delay increases drop-off.

With 15K+ monthly users now, performance consistency matters more than ever.

Privacy by Architecture

One of the most important decisions:

Files should never leave the user’s device whenever possible.

Most conversions and processing happen directly in the browser.

That means:

No file storage

No user accounts

No background tracking

No personal data handling

This significantly simplifies compliance, improves user trust, and reduces backend complexity.

Scaling to 15K+ Monthly Users

What surprised me most wasn’t the traffic growth.

It was how sensitive users are to friction.

Small UX changes impacted engagement more than adding new tools.

Some lessons from real usage data:

Clear tool categorization improves retention

Faster processing increases repeat visits

Simplicity outperforms feature overload

Trust signals matter

Organic traffic is now consistently above 15,000 users per month, and it’s growing steadily.

No paid ads so far.

Challenges

Building 250+ tools isn’t just about duplicating templates.

Each tool introduces:

Edge cases

Format inconsistencies

Browser compatibility issues

Performance tradeoffs

Supporting multiple file types at scale while keeping everything lightweight required careful architectural planning.

What’s Next

Now that the foundation is stable, I’m exploring:

Advanced batch processing

More developer-focused utilities

API access

Further performance improvements

Sustainable monetization without breaking the “free & private” promise

Why I’m Sharing This

Because building real utility products teaches you different lessons than building SaaS dashboards.

You learn about:

UX psychology

Performance engineering

Privacy-first architecture

Scalability without complexity

If you're a frontend developer thinking about building something practical and high-traffic — utility products are underrated.

If you want to check it out:
https://aslitools.com

I’d love feedback from fellow developers — especially around architecture, scaling, and frontend optimization strategies.

Transactional and Marketing Emails for AsanTyping.com

Khalid Danishyar — Tue, 02 Dec 2025 11:20:03 +0000

Over the past few weeks, I’ve been exploring different email service providers for transactional emails for AsanTyping.com. I tested MailerLite, Mailgun, Mailchimp, and even AWS SES.

What I found:

Most platforms are either too expensive, especially when it comes to marketing emails

AWS SES is definitely the cheapest for transactional emails, but once you add marketing features, the pricing climbs quickly

For my current needs, I needed something simple, reliable, and budget-friendly

So for now, I’ve decided to use Resend’s free plan for all transactional emails — and honestly, it’s been a great fit.

I’ve just finished integrating it, and now:
✅ Email verification
✅ Forgot password emails
✅ Welcome emails
…are all live and fully functional!

It feels good to check this off the list. If you’re building something early-stage and want a lightweight solution for transactional emails, Resend might be worth a look.

Best Next.js Portfolio for Full Stack Web Developers! (Live Demo Included)

Khalid Danishyar — Tue, 02 Dec 2025 10:40:15 +0000

Creating a standout portfolio is one of the most important steps for any Full Stack Web Developer in 2025. Whether you're applying for jobs, attracting freelance clients, or showcasing your technical expertise, your portfolio is your digital identity.

Today, I want to highlight one of the best developer portfolios built with Next.js, modern UI, fast performance, clean animations, and SEO-ready structure — a perfect inspiration for developers who want to build or improve their own portfolio site.

Live Demo: https://khaliddanishyar.com

Why a Next.js Portfolio Matters in 2025

Next.js continues to dominate the modern web ecosystem thanks to its:

Blazing fast performance

SEO optimization with Server-Side Rendering (SSR)

File-based routing

Image optimization

Seamless API integration

Support for modern UI frameworks like Tailwind CSS

If you're a Full Stack Web Developer, using Next.js for your portfolio is not only powerful — it's strategic.

A Perfect Example: Khalid Danishyar’s Full Stack Developer Portfolio

One of the most polished and professional examples of a Next.js portfolio is built by Khalid Danishyar, a Full Stack Web Developer with 7+ years of experience.

His portfolio demonstrates what a modern developer website should include:

Key Features That Make This Next.js Portfolio Stand Out

Clean & Professional Hero Section

The homepage immediately highlights:

Developer name

Specialization (Full Stack Web Developer)

Tech stack badges (Laravel, Next.js, React, Tailwind CSS, WordPress)

This instantly communicates skills to recruiters and clients.

Strong Personal Branding

The site uses:

A friendly greeting

A professional high-quality photo

A compelling summary of experience and education

These elements build trust and authenticity — crucial for conversions.

Metrics That Impress

Showcasing numbers like:

80+ Projects

60+ Clients

7+ Years of Experience

helps build instant credibility and sets expectations.

Clear Call-to-Action Buttons

The buttons are designed to drive engagement:

Contact Me

View Portfolio

Services

A strong CTA layout increases conversions significantly.

Fully Responsive & Fast

The portfolio is optimized for:

Desktop

Tablet

Mobile

Thanks to Next.js + Tailwind CSS, the performance remains smooth with minimal load time.

SEO Optimized Structure

The site is structured following SEO best practices:

Semantic HTML

Optimized metadata

Fast load speeds

Server-side rendering

Clean URL structure

This makes it more discoverable on Google search.

Modern UI + Clean Code = A Winning Combination

Using a tech stack like:

Next.js

React

Tailwind CSS

Laravel (backend projects)

WordPress (CMS projects)

this portfolio is both visually impressive and technically solid — exactly what clients and employers want.

Want to See the Live Demo?

Visit the Full Portfolio Website:
https://khaliddanishyar.com

Explore the layout, UI, project examples, and structure — and use it as inspiration for your own Next.js portfolio website.