Footwear Sourcing Expert | 24+ Yrs | BD Factory Audit
FREE: My 5-Step Factory Audit Checklist (Used for $18K EU Shipment)
I am giving away my personal checklist for FREE — the same checklist I used to save $4,200 for an EU buyer last week:
Material Check (Leather vs Split Leather)
Stitching QC (12% defects check)
Sole Bonding Test (Pull-off test)
Size Set Approval (EU 43 = 43?)
Final AQL (AQL 2.5)
Comment "CHECKLIST" or DM me — I will send you the PDF + 5-min Loom video how I use it.
I have 24+ Years in Bangladesh Footwear — Ex Apex & Concord Merchandising — Now helping EU/USA brands avoid bad shipments.
#factoryaudit #qualitycontrol #bangladeshfactory #footwear #sourcing #freebie #checklist
0
30
TIRED OF FAKE FACTORY LISTS? I Show Proof With US Customs Data.
Most sourcing agents in Bangladesh send you a PDF list — no contact, no shipment proof, no verification.
I do it differently:
I use Volza US Customs BOL Data to verify factories that ACTUALLY shipped to USA/EU in last 12 months.
What you get from me:
✅ Factory Name + Address — Verified with shipment record
✅ What they shipped — Product + HS Code + Quantity
✅ When they shipped — Last shipment date + Buyer country
✅ Shipment Proof — BOL Number (I blur sensitive part)
✅ My Physical Visit Report — I go to the factory and confirm it exists
Example: Last week I verified a factory in Gazipur — Volza showed 3 shipments to USA in 2024 ($84K) — I visited and found 120 workers, 2 lines — REAL factory, not trading company.
Stop paying for fake lists. Ask for shipment proof.
Comment "FACTORY" + your product — I'll check if there is a verified factory for it.
#verifiedfactory #bangladeshfactory #volza #uscustoms #footwear #sourcingagent #factoryaudit #suppliersourcing
0
14
Creative 3D Web & AI Eng. Breaking Browser's Absolute Limits
- 5.0
- Rating
- 33
- Followers
Creative 3D Web & AI Eng. Breaking Browser's Absolute Limits
SSX Silicon 1: A Real 32-Bit Computer Processor Running Inside Google Sheets (https://github.com/Saminsami73/SSX-Silicon-1_-_A-CPU-that-runs-inside-Google-Sheets)
Most people open Google Sheets to handle monthly budgets, invoices, or attendance logs. I wanted to see if spreadsheet cells could work as an actual computer chip. That led to SSX Silicon 1, a working 32-bit computer processor built inside a single Google Sheets workbook. It runs with 32 registers, a 16-kilobyte memory space, 36 instructions, and a 32 by 32 pixel color display. The sheet does not use pre-recorded animations, placeholder numbers, or external file links. Every calculation runs through a five-stage pipeline: fetch, decode, execute, memory access, and writeback.
You can run the processor in two ways. With Google Sheets iterative calculation turned on, toggling a manual clock cell advances the machine cycle by cycle using native circular formulas. For continuous execution, an embedded Google Apps Script V8 engine powers interactive buttons and a custom top menu, running programs at hundreds of instructions per second. The 32-bit arithmetic logic unit handles numbers up to 4.29 billion across 36 instructions, covering arithmetic, division, bit shifting, logic gates, and subroutine branching. It also tracks four hardware status flags on every cycle: Zero, Carry, Sign, and Overflow.
The memory layout organizes a self-contained 16-kilobyte address space across dedicated sheets. This includes 4,096 words of program ROM, 4,096 words of read-and-write data RAM, system I/O registers, and a stack region starting at address 0x3FFF. Thirty-two registers handle active computation: R0 stays fixed at zero, R1 through R27 store math and variables, and R28 through R31 serve as pointers for the frame, stack, return address, and program counter. A dedicated video RAM block at 0x2400 maps directly to a 32 by 32 grid of 1,024 cells, using conditional formatting and a 16-color RGB palette to draw borders, crosshairs, and pixel graphics. I also wrote a Python two-pass assembler that turns human-readable .ssx assembly code into spreadsheet-ready CSV tables, along with interactive HTML architecture diagrams built with Archify.
To make sure the CPU calculates accurately, I tested every instruction against a Python reference emulator across five benchmark programs. The hardware self-test verifies all 32 arithmetic operations, memory reads, and stack frames in 77 cycles, leaving the golden signature 0xCAFEBABE in register R1. A 32-bit Fibonacci program generates 47 terms in RAM up to 1,836,311,903 without rounding or overflow. A prime number sieve finds all 25 primes under 100 using memory arrays, an integer matrix program calculates a 3x3 matrix product, and a graphics routine draws a multicolored geometric crest across 232 lit pixels. The project includes five PDF documents: an academic research paper, an instruction set manual, a microarchitecture specification, a verification report, and a beginner guide. Everything runs in a standard web browser.
For anyone who wants to open the processor in Google Sheets, check out the Python compiler, or read the manuals (including the step-by-step Beginner Guidebook and Research Paper), the full open-source release is available on my GitHub! (https://github.com/Saminsami73/SSX-Silicon-1_-_A-CPU-that-runs-inside-Google-Sheets)
Inside the repo (https://github.com/Saminsami73/SSX-Silicon-1_-_A-CPU-that-runs-inside-Google-Sheets), you will find:
The ready-to-import Google Sheets CPU workbook (.xlsx)
The Python assembler & bit-exact reference emulator
Interactive HTML architecture & pipeline diagrams
All 5 PDF manuals and the 5 sample assembly programs
13
19
6.1K
KUTNI MCC470: Bangladesh National Cellular Digital Twin (https://tower-map-pulse.base44.app)
An infrastructure intelligence platform built on 8,600 verified Bangladeshi network cell towers to locate emergency callers without GPS, identify shared tower opportunities, analyze highway connectivity, and run in-browser diagnostics.
Project Overview:
The most precious thing we own is our life. While many developed countries have put their name in the absolute pinnacle of tech industry. Developing and under Developing countries suffer a massive issue due to lack in advancements in tech. People, women, kids suffer from natural disasters and Monsoon floods regularly isolate families in districts in Bangladesh such as Sylhet, Sunamganj, and Feni. Most residents in affected rural areas rely on basic feature phones rather than smartphones with active GPS or mobile data. When calling emergency lines, they cannot share a digital map pin. However, their phone diagnostic screen displays their serving base station codes: the Location Area Code and Cell Identifier.
At the same time, mobile network operators frequently duplicate infrastructure by erecting towers within walking distance of each other, incurring redundant land leases and diesel generator costs. Freight and cold-chain logistics fleets also face coverage dropouts along major trade routes because dispatchers lack route-specific carrier performance data.
KUTNI MCC470 addresses these operational problems using a verified dataset of 8,600 physical cell towers across Bangladesh (MCC 470). It does not use simulated points, mock coordinates, or placeholder records. Every calculation runs on confirmed base stations belonging to Grameenphone, Robi, Banglalink, and TeleTalk.
It's not just a sci-fi concept, this platform not only helps in saving someone's life, but also plays a crucial role in Startups. (From a person getting saved from a life threatening disaster to a Real Estate company using this feature to give their customer's a bit of unique service by telling them which SIM cards to avoid or use for that specific home, ultimately earn some money-money in their wallets).
Core Platform Capabilities:
1. Interactive 3D Globe Network Map
It renders all 8,600 verified network cell towers present in Bangladesh on a 3D spherical Earth using MapLibre GL. Includes three conjoined map controls:
1. Real-life Satellite: Toggle photorealistic ArcGIS world imagery tiles.
2. 2D to 3D Globe: Toggle spherical Earth projection.
3. Reload and Reset: Recenter camera directly over Bangladesh.
It provides real-time filtering by operator (Grameenphone, Robi, Banglalink, TeleTalk) and radio generation (4G LTE, 3G UMTS, 2G GSM).
2. Emergency Phone Triangulation
If an emergency caller uses a basic phone during a flood, a rescue volunteer can ask for the tower numbers displayed on their screen (Location Area Code and Cell ID). It matches those codes to the physical mast location and renders an approximate search perimeter and then calculates the three nearest backup towers from alternative carriers within 10 kilometers using the Haversine formula. Ultimately generating a bilingual field dispatch sheet in English and Bengali with compass bearings for boat crews.
3. Tower Sharing and Co-Location Optimizer
By constructing a cell mast requires significant capital, recurring land rent, and diesel generator fuel. It evaluates distances across all 8,600 towers in real time. Later identifies over 1,000 locations where competing carriers built standalone towers within 250 meters of one another and finally computes annual operational savings in Bangladeshi Taka achieved by consolidating onto a shared structure.
4. Highway Transport Corridors
Freight trucks, delivery vans, and emergency vehicles require continuous network reception along trade routes. Kutni inspects a whole bunch of cell tower distribution along primary national arteries: N1 (Dhaka to Chittagong), N2 (Dhaka to Sylhet), N5 (Dhaka to Bogra), and N8 (Dhaka to Khulna via the Padma Bridge). Furthermore it compares 4G LTE high-speed coverage against 2G GSM voice fallback. Finishing off by formulating primary and failover Dual-SIM hardware configurations for vehicle telematics units.
5. Genuine x86 Virtual Machine Sandbox
Kutni integrates a client-side WebAssembly x86 PC emulator running directly in the browser (meaning real life Operating Systems). It boots graphical KolibriOS or lightweight Linux BusyBox for offline diagnostic calculations and field scripts without server dependence.
6. Systems Architecture Dossier and Plain English Guide
Kutni outlines technical specifications, dataset schemas, and architectural credentials. It furthermore provides a step-by-step interactive walkthrough that explains every operational tool clearly.
Design System and Interface:
1. Color Scheme: Deep obsidian foundation (#070c0e), mint phosphor accents (#00d2be), imperial gold highlights (#d4af37), and telecom cyan (#00A8E8).
2. Tactile Surfaces: Glass-morphic panels with metallic borders, high-contrast status readouts, and responsive mobile and desktop viewports.
3. Audio Feedback: Mechanical clicks and tones synthesized using the Web Audio API for tactile operational confirmation.
29
26
9.8K
SaminOS: A Full Operating System Stored in a Single Molecule of DNA (https://github.com/Saminsami73/SaminOS_DNA)
Creator: Samin Sami (Samin Yasar Al Sami)
The Story Behind the Project:
Hey there, first off sorry for being this delay in posting projects on Contra. Well in my Contra profile I had uploaded and shown numerous love towards browser based Operating systems. We had seen a famous Vanilla based Win 95 (https://win95bysamin.netlify.app). A perfect retro functioning operating system running in your browser. Then I thought it would be more crazier to have AetherOS (https://aetherosbysamin.netlify.app), an AI agent based operating system running in a single HTML based file system! This year I decided I would build something different, something unique. Most operating systems today are massive. Windows and macOS take up tens of gigabytes of disk space and require gigabytes of memory just to show an empty desktop. Even a simple program usually carries megabytes of hidden background code.
I wanted to find out how small a real, interactive operating system could be.
I set a hard rule for myself: everything had to fit inside 512 bytes. That is the exact size of a single Master Boot Record sector on a computer hard drive. There is no room for bloat, third-party libraries, or sloppy instructions. Every single byte has to fight for its place.
I wrote SaminOS in raw 16-bit x86 assembly language. When a computer turns on, its motherboard BIOS looks for the first sector of a disk, checks for a two-byte signature at the end, and loads the code directly into memory address 0x7C00. SaminOS takes full control of the machine from that exact moment.
It does not just print a single line and freeze. SaminOS boots an interactive command line with a live blinking prompt. It draws a four-line bold ASCII art logo. It includes a keyboard driver that handles keystrokes, buffers characters in memory, and erases letters cleanly when you hit backspace. It reads the motherboard real-time clock chip, converts raw decimal numbers, and displays the local time in Dhaka. It gives you six working commands: help, info, time, say, cls, and reboot.
The entire system takes up 508 bytes of machine instructions and text, leaving two empty padding bytes and the two-byte boot signature. Exactly 512 bytes.
Then I realized something much bigger: that 512-byte operating system could live inside biology.
How Code Turns into DNA:
Computers think in binary numbers: 0 and 1. Living cells think in genetic letters: Adenine (A), Cytosine (C), Guanine (G), and Thymine (T).
Because there are four genetic bases, each letter can store exactly two binary bits:
- 00 becomes A
- 01 becomes C
- 10 becomes G
- 11 becomes T
Every byte of computer data contains eight bits. In my encoding system, each byte turns into a short four-letter genetic word. For example, the hex byte 0x55 (which is 01010101 in binary) turns into the letters CCCC. The hex byte 0xAA (which is 10101010) turns into GGGG.
Because SaminOS is exactly 512 bytes long, the entire operating system translates into an exact strand of 2,048 DNA base pairs.
This number changes everything.
When large tech companies store data in DNA, such as movies or research archives, the files are millions of bytes long. Chemists cannot easily synthesize a million-letter strand of DNA in one piece. They must chop the data into thousands of tiny, scrambled fragments, store them in a pool, and rely on complicated mathematical algorithms to piece them back together later. If one piece gets lost, the whole file can break.
SaminOS does not have to be chopped up. In nature, 2,048 letters is the normal size of a single bacterial gene. That means SaminOS exists as one single, unbroken, continuous strand of DNA.
The entire bootloader, the kernel, the command engine, the clock math, the prompt, and the author metadata all fit onto one molecular polymer.
From a Glass Tube to a Laptop Screen:
People often ask: how can clear liquid in a tube run on a computer screen?
The link between biology and hardware works in five clear steps:
1. Digital Compilation: A Python tool reads the 512-byte binary file of SaminOS two bits at a time. It maps each pair to A, C, G, or T, producing a 2,048-letter text sequence.
2. Chemical Synthesis: A DNA synthesizer prints the sequence. Instead of paper and ink, it links real molecules together, base by base, building physical double-helix strands floating in purified water.
3. Biological Storage: The dry DNA forms an invisible salt crystal, or dissolves into clear water. A single molecule of SaminOS is only 696 nanometers long and weighs 1.26 attograms. That is so small that a single drop of water can hold billions of complete copies of the operating system.
4. Nanopore Reading: To boot the system, you pipette a tiny droplet of the liquid into a portable DNA sequencer, like an Oxford Nanopore MinION. This device is smaller than a smartphone and plugs directly into a laptop via USB. Inside the device, an electrical current pulls the DNA strand through a microscopic protein pore. As each letter passes through, it creates a distinct dip in the electric current.
5. Silicon Boot: Software on the laptop reads those electric signals and turns them back into the original 512 bytes of machine code. A script loads those bytes into Sector 0 of a virtual drive or USB flash stick. The computer BIOS checks the last two bytes, confirms the 0x55AA boot signature, loads the code into RAM at 0x7C00, and boots SaminOS live on screen.
Molecular Surgery: Using Enzymes as Hardware Switches:
Because the computer instructions map directly to physical genetic letters, we can do something impossible with ordinary silicon: we can modify software using biology.
In molecular biology, scientists use restriction enzymes. These are natural biological proteins that act like microscopic scissors. Each enzyme looks for one specific pattern of genetic letters and cuts the DNA strand at that exact spot.
When we map SaminOS into DNA, our assembly instructions accidentally create real recognition sites for known enzymes:
-SmaI and XmaI (They are the Boot Switch): The x86 boot signature 0x55AA translates into CCCCGGGG at base pairs 2041 to 2048. Both SmaI and XmaI cut the sequence CCCGGG. If you add SmaI to the vial, it snips the strand right inside the boot signature. It does not touch any of the commands or code, but the computer BIOS will refuse to boot the disk. It acts like a biological write-blocker or kill switch.
- NsiI (The Keyboard Lock): At base pair 100, NsiI cuts right where the code calls the BIOS keyboard interrupt. Adding this enzyme physically unplugs the keyboard handler at the molecular level.
- AseI, PmlI, and MscI (The Clock Cutters): All three enzymes cut inside the mathematical routine that decodes the motherboard real-time clock.
- AgeI and SalI (The Dhaka Marker): Bases 1989 to 2008 spell out the word "Dhaka" in ASCII. The letters of the city name form the exact cutting site for AgeI and SalI. Dropping these enzymes into the tube cuts the geographic origin marker out of the code.
- StuI (The Banner Cutter): This enzyme cuts through the exact middle of the ASCII art startup logo.
You do not need a compiler or a hex editor to disable features. You can modify the binary using drops of liquid on a laboratory bench.
Why I did this:
This project is not just a technical puzzle. It points toward solutions for real problems in computing:
1. Storage That Lasts for Millennia: Modern hard drives fail within ten years. Magnetic tapes degrade. Flash memory loses charge. Synthetic DNA stored in tiny glass beads can last for tens of thousands of years at room temperature with zero electricity. SaminOS proves that executable software, not just static text or images, can be archived for deep time.
2. Extreme Data Density: DNA can store more information per cubic millimeter than any silicon chip known to science. All 512 bytes of SaminOS fit into an object smaller than a wavelength of visible light. You could pack copies for every person on Earth into a single drop of liquid.
3. Living Servers: Because 2,048 base pairs is the size of a normal gene, you can insert SaminOS into a harmless bacterium like E. coli. As the bacteria feed on basic nutrients, they duplicate the operating system billions of times without drawing power from an electrical wall outlet.
4. Absolute Physical Security: A vial of SaminOS has no radio antenna, no network card, and no electrical emissions. It cannot be scanned through an airport X-ray or intercepted across the internet. It exists outside the electromagnetic spectrum until it is sequenced.
What This Project Demonstrates:
SaminOS shows what happens when low-level assembly language meets synthetic biology. It demonstrates:
1. Deep mastery of bare-metal x86 architecture, memory layouts, and hardware interrupts.
2. Clean algorithm design under a strict 512-byte constraint.
3. Creative cross-disciplinary engineering linking computer science, information theory, and molecular genetics.
4. Clear communication that turns complex biocomputing concepts into accessible, human ideas.
Ref and Source Links:
1. SaminOS Research at Zenodo: https://doi.org/10.5281/zenodo.23554876
2. SaminOS Github Repo with all tools and resources : https://github.com/Saminsami73/SaminOS_DNA
3. A 61 Page Guidebook of SaminOS DNA : https://github.com/Saminsami73/SaminOS_DNA/blob/main/SaminOS_Complete_Guidebook.pdf
4. SaminOS Main Research paper : https://github.com/Saminsami73/SaminOS_DNA/blob/main/SaminOS_Research_Paper_v2.pdf
22
16
8.3K
Neon Flow: 3D Character Texturing Experiment
How neon color maps flow across a human silhouette, built with Three.js
I built this 3D animation to test how neon color maps flow across a human body model in real time. The goal was simple: see what happens when you push vibrant textures through a digital silhouette and watch the lighting respond.
The result is a short animation where purple and blue neon patterns move across a human figure. The colors shift with the camera angle, so the surface always looks like it is in motion.
WHAT I WAS TESTING:
I wanted to find out two things:
1. How color transitions work on a 3D character mesh when they move?
2. How lighting interacts with neon textures that are always changing?
The animation uses custom shader code to make the colors move across the surface. The neon maps flow instead of sitting still, which gives it that liquid look.
THE TECHNICAL SIDE:
Everything runs in the browser with Three.js and WebGL. No plugins, no downloads.
The code handles vertex and fragment shaders for the flowing neon effect, dynamic lighting that changes with the animation, and smooth camera movement with OrbitControls. I also used SimplexNoise to generate the color patterns that flow across the model.
I loaded the human model with GLTFLoader, then applied custom materials with noise-based color transitions. The Orbitron font from Google Fonts gives the text overlay that sci-fi look.
TRY IT YOURSELF: (https://<https://jsfiddle.net/Saminsami/dz1p0ws6/1>)
The full working example is on JSFiddle. You can change the colors, adjust the speed, or swap out the model to see how the effect changes.
WHAT I LEARNED:
This project taught me about shader programming and how small changes in color values shift the mood of a 3D scene. The neon effect works because the colors never stop moving.
If you are working on similar projects or want to collaborate on 3D web experiments, message me here on Contra.
Built by Samin Sami | Developer & 3D Experimentation
7
14
9.3K
Full-Stack App & Web Developer | AI & Store Launch , UI/UX
- 22
- Followers
Full-Stack App & Web Developer | AI & Store Launch , UI/UX
Small win today! 🚀
I successfully built an automated cold outreach workflow using n8n and a custom SMTP email account hosted on cPanel.
The workflow automatically:
✅ Reads leads from Google Sheets
✅ Processes each contact one by one
✅ Applies custom logic and filtering
✅ Sends personalized outreach emails through SMTP
✅ Tracks successful deliveries
After a few configuration challenges with email authentication and SMTP settings, everything is now running smoothly.
It's always satisfying to turn a manual process into a fully automated workflow that saves hours of repetitive work.
Automation isn't just about sending emails—it's about creating systems that allow businesses to focus on building relationships instead of repetitive tasks.
#n8n #Automation #EmailMarketing #WorkflowAutomation #BusinessAutomation #GoogleSheets #SMTP #NoCode #TechSolutions #AttoExaSolutions
0
223
Ever struggled with testing payment QR codes?
If you work in banking or fintech, you probably know how challenging QR payment testing can be. You generate an EMVCo QR code, but then you need to validate its structure, check the CRC, test invalid QR data, or encode and decode Consumer QR codes.
Sometimes, even a small error in the QR data can cause a payment to fail. Finding that error can take a lot of time. We noticed that these tasks often require different tools. So we thought, why not build one app that can handle them all?
That's how AttoQR came to life.
At AttoExa Solutions, we built AttoQR to help banking professionals, fintech developers, and QA testers work with QR codes more easily.
Here's what you can do with AttoQR:
✅ Generate and Scan QR Codes
✅ Generate EMVCo Merchant & Consumer QR Codes
✅ Validate and Verify QR Data
✅ Generate and Test CRC Values
✅ Create Valid & Invalid QR Codes for UAT
✅ Generate Encryption Keys for Consumer QR Encoding & Decoding
No need to switch between different tools for these tasks. You can do it all from your phone.
We're happy to share that AttoQR (Beta) is now live on Google Play.
This is our first release, and we're looking forward to making it better with feedback from people who actually work with payment systems. If you're working in banking, fintech, digital payments, or software testing, give AttoQR a try.
We'd love to hear what you think and what features you'd like us to add next.
📲 Search "AttoQR" on Google Play to download the app.
Developed by AttoExa Solutions
🌐 https://attoexasolutions.com/
0
29
I built SkillForge, an AI-powered Learning Management System (LMS) prototype using Base44, designed to simplify online education and course management.
The platform is structured around three user roles: Admin, Instructor, and Student, with dedicated experiences for managing courses, organizing educational content, and supporting online learning.
Key features designed for the platform:
Admin dashboard for centralized platform management
Course creation and management
Instructor and student management
Course enrollment workflows
Student learning progress tracking
Role-based access and dashboards
Modern, responsive user interface
The project demonstrates how AI-assisted development and low-code tools can accelerate the creation of a structured educational platform.
I built SkillForge to explore how quickly a functional SaaS-style education platform could be developed using AI-powered development tools.
Traditional LMS development often requires significant time for frontend development, backend integration, database configuration, and authentication.
With Base44, my goal was to streamline that process, rapidly prototype essential LMS workflows, and demonstrate how AI can help turn a product idea into a usable web application.
Note: The showcase video focuses specifically on the Admin Portal to provide a concise demonstration. The project was designed around a broader multi-role learning platform.
Live Project: https://tough-skill-forge-learn.base44.app/
2
169
I created a reusable FireGuard brand promo animation template designed for fire safety brands, emergency services, and promotional campaigns. It combines animated branding, editable text, and replaceable visual assets in a clean, modern layout. The goal is to make professional animated promotions easy to customize, allowing anyone to replace the logo, headline, and images with their own brand content and create a personalized animation in just a few minutes.
2
1
89
Bookkeeping & Excel Expert | QuickBooks Online & Xero
New to Contra
Bookkeeping & Excel Expert | QuickBooks Online & Xero
I prepared the full-year 2025 Profit & Loss statement (January to December) for a small business with multiple income streams, turning raw transactions into a clear report the owner could use to understand profitability.
Scope of work:
Set up income categories to separate product sales, service revenue, and other income
Structured Cost of Sales (product purchases, subcontractors, supplies and materials) so gross profit was accurate
Categorized operating expenses, including marketing, bank charges, commissions and fees, subscriptions, insurance, rent, utilities, travel, vehicle costs, and web hosting
Split interest expense by source (credit card and bank loan) and grouped legal and accounting fees under professional fees
Recorded depreciation on the company vehicle so net earnings reflected true costs
Reconciled the P&L with the balance sheet so the two statements agree
Result
The owner received a clean, well-organized report showing revenue, gross profit, expenses, and net earnings. It made it easy to see where money was coming from and where it was going, and it was ready for tax preparation, loan applications, and budgeting.
2
78
I prepared and reconciled the year-end balance sheet (as of December 31, 2025) for a small business client, giving them accurate, review-ready financial statements.
Scope of work:
Reconciled business checking and savings accounts to bank statements
Tracked and cleaned up accounts receivable and accounts payable
Recorded the company vehicle as a fixed asset and calculated accumulated depreciation
Categorized short-term and long-term loans correctly, including a bank loan and a credit card balance
Set up and reconciled the equity section: owner's investment, owner's draws, partner distributions, retained earnings, and net income
Confirmed the balance sheet balances, with total assets equal to total liabilities and equity
Result:
The client received a clean, accurate balance sheet showing their true financial position, including cash, receivables, debts, and owner equity. It was ready to hand to their accountant, lender, or tax preparer.
Tools used:
QuickBooks Online
2
92
I set up the general journal for a small business for the month ended February 28, 2026. I entered the opening balances and recorded the owner's capital contributions, so the books started from a clean, balanced position.
Scope of work:
Recorded the opening balance across all account types: cash, receivables, inventory, furniture, computer equipment, vehicle, accumulated depreciation, payables, short- and long-term loans, and owner's equity
Confirmed the opening entry balances (total assets of 180,500 equal total liabilities and equity)
Recorded additional cash introduced by the owner as capital
Recorded non-cash contributions, including computer equipment and inventory transferred into the business
Added a clear reference note to every entry, so each transaction can be traced and audited
Result
The business had a documented starting point and a clear record of how the owner funded it. The journal was ready to post to the ledger and to feed the trial balance, P&L, and balance sheet.
2
66
I designed an Excel financial dashboard that turns a business's accounting data into one page the owner can read in a minute. Instead of going through separate P&L and balance sheet reports, they see revenue, profit, cash, receivables, payables, and equity together.
What the dashboard includes:
Headline KPI cards: total revenue, gross profit, net profit, cash and bank, accounts receivable, accounts payable, total assets, total liabilities, and equity
Profit & Loss summary:
net sales, other income, cost of goods sold, gross profit, operating cost, and net profit, each shown as a percentage of revenue
Operating expense breakdown:
expenses by category (salaries, interest, marketing, depreciation, legal and audit, rent, commissions, freight, training) with each one's share of total expenses
Balance sheet summary:
cash, receivables, inventory, prepayments, fixed assets, payables, short-term and long-term loans, and equity
Charts: income components and asset composition, for quick visual comparison
Result:
The owner can see profitability, cost structure, and financial position at a glance. For example, they can tell that salaries make up nearly half of operating costs and that net profit is about 46% of revenue. It works for monthly reviews, lender conversations, and budgeting.
1
2
81
Data Analyst transforming raw data into actionable dashboard
How to Turn Raw, Messy Data Into Powerful Business Insights 📊
If you are spending hours wrestling with complex spreadsheets, it’s time for a system upgrade. How do you bridge the gap between heavy data entry and strategic decision-making? By moving from static files to interactive, automated reporting.
At DataTale Studio, I specialize in transforming fragmented data into dynamic Excel dashboards that drive real business results.
The Transformation Process:
The Input: I take your raw data and build a robust backend using clean structures, complex formulas, and advanced DAX.
The Output: You receive a modern, clean dashboard featuring custom charts, advanced pivot tables, and vibrant data visualization.
Why collaborate with DataTale Studio?
Actionable Insights: Replace confusing rows of numbers with clear, visual metrics.
Dynamic Reporting: Interact directly with your data to spot trends instantly.
Satisfaction Guaranteed: I offer unlimited revisions to ensure your custom dashboard perfectly fits your workflow.
Stop guessing and start analyzing. If you are ready to streamline your business reporting, let's get to work. Send an inquiry today to discuss your custom data visualization project! ⚙️
9
6
507
Expert in B2B Lead Gen, OSINT & Data Research
Expert in B2B Lead Gen, OSINT & Data Research
In this project, I built a high-quality list of business leads to help with sales and marketing. I focused on finding accurate company information and the right people to contact.
My Work Included:
Company Research: Finding target companies and their official websites.
Contact Details: Collecting names and titles of Owners, CEOs, and Managers.
Verified Emails: Providing 100% valid email addresses and phone numbers.
Data Organization: Saving all information (Address, Zip Code, etc.) in a clean spreadsheet.
My goal was to provide a ready-to-use list that helps businesses reach their customers easily.
0
48
n this project, I collected high-quality leads for various companies. I focused on finding the right contact information to help with sales and marketing.
What I did:
Found names and websites of target companies.
Identified key people like Owners and CEOs.
Collected verified email addresses and phone numbers.
Organized all data accurately in a spreadsheet with addresses and zip codes.
My work provides a clean and valid list that is ready for business outreach.
0
48
Successfully completed a targeted B2B Lead Generation project focusing on the Restaurant , California.
Key Tasks Performed:
Researched and identified 50+ high-profile real estate agents and brokers.
Extracted verified email addresses and phone numbers using tools like Apollo.io (http://Apollo.io) and Hunter.io (http://Hunter.io).
Verified lead quality through manual LinkedIn profile inspection.
Organized and formatted the entire dataset in Google Sheets with 100% accuracy.
The goal was to provide high-quality, conversion-ready leads for a marketing campaign.
0
63
This project involved high-quality B2B Lead Generation for the Real Estate market in Miami, Florida. I successfully identified 50+ active real estate agents and brokers.
Key Achievements:
Targeted specific niches using LinkedIn and Apollo.io (http://Apollo.io).
Verified all email addresses through Hunter.io (http://Hunter.io) to ensure a 0% bounce rate.
Delivered a clean, organized database in Google Sheets including Name, Title, Verified Email, LinkedIn Profile, and Location.
Ensured data accuracy and formatting to help the client's outreach campaign succeed.
1
0
47
The Data Entry and Lead Generation Maestro
The Data Entry and Lead Generation Maestro
Project and Operations Lead | AI Operations Consultant
- 5.0
- Rating
- 5
- Followers
Project and Operations Lead | AI Operations Consultant
