SDatta Dashbaord

Turning AI predictions into trusted decisions

Turning AI predictions into trusted decisions

Turning AI predictions into trusted decisions

match AI with daily supply chain operations

match AI with daily supply chain operations

My Role

My Role

My Role

Design Lead

Design Lead

Design Lead

Timeline

Timeline

Timeline

Q1 2024-Q2 2024

Q1 2024-Q2 2024

Q1 2024-Q2 2024

Team

Team

Team

1 Designer, 3 Data Scientist , 2 DevOps, CTO, CEO

1 Designer, 3 Data Scientist , 2 DevOps, CTO, CEO

1 Designer, 3 Data Scientist , 2 DevOps, CTO, CEO

Overview

Overview

My Role

Led product strategy and designed the UI/UX for the company's first product from

0→1, working with the founding team to transform static Excel exports into an interactive dashboard.


The Problem

Forecasts were based on outdated, unrelated calculations. The transformation to AI-powered predictions was crucial to catch expensive problems before they occurred.


The Challenge

How do we earn users' trust in AI-driven forecasts while making complex supply chain data simple enough for daily decision-making?


Impact

  • Served 10+ early customers

  • Reduced analysis time from days to minutes

  • Enabled daily decision-making with interactive forecasts

My Role

Led product strategy and designed the UI/UX for the company's first product from

0→1, working with the founding team to transform static Excel exports into an interactive dashboard.


The Problem

Forecasts were based on outdated, unrelated calculations. The transformation to AI-powered predictions was crucial to catch expensive problems before they occurred.


The Challenge

How do we earn users' trust in AI-driven forecasts while making complex supply chain data simple enough for daily decision-making?


Impact

  • Served 10+ early customers

  • Reduced analysis time from days to minutes

  • Enabled daily decision-making with interactive forecasts

My Role

Led product strategy and designed the UI/UX for the company's first product from

0→1, working with the founding team to transform static Excel exports into an interactive dashboard.


The Problem

Forecasts were based on outdated, unrelated calculations. The transformation to AI-powered predictions was crucial to catch expensive problems before they occurred.


The Challenge

How do we earn users' trust in AI-driven forecasts while making complex supply chain data simple enough for daily decision-making?


Impact

  • Served 10+ early customers

  • Reduced analysis time from days to minutes

  • Enabled daily decision-making with interactive forecasts

My Role

Led product strategy and designed the UI/UX for the company's first product from

0→1, working with the founding team to transform static Excel exports into an interactive dashboard.


The Problem

Forecasts were based on outdated, unrelated calculations. The transformation to AI-powered predictions was crucial to catch expensive problems before they occurred.


The Challenge

How do we earn users' trust in AI-driven forecasts while making complex supply chain data simple enough for daily decision-making?


Impact

  • Served 10+ early customers

  • Reduced analysis time from days to minutes

  • Enabled daily decision-making with interactive forecasts

Process

Process

As a solo designer in a fast-moving startup with no research budget, I had to find creative ways to understand users and validate decisions quickly.

As a solo designer in a fast-moving startup with no research budget, I had to find creative ways to understand users and validate decisions quickly.

What I Actually Did

What I Actually Did

  • Worked closely with founders to understand the problem space

  • Reviewed existing customer conversations

  • Analyzed customer files to understand their workflows

  • Conducted quick 15-minute validation calls with 3-4 users

  • Worked closely with founders to understand the problem space

  • Reviewed existing customer conversations

  • Analyzed customer files to understand their workflows

  • Conducted quick 15-minute validation calls with 3-4 users

Solutions

Solutions

Matching Product
to AI Readiness

Matching Product to AI Readiness

Matching Product to AI Readiness

Problem

AI forecasting was brand new in 2023. some clients needed proof of concept, others wanted full optimization. The company couldn't sell the same product to everyone when AI adoption itself was the barrier.

Problem

AI forecasting was brand new in 2023. some clients needed proof of concept, others wanted full optimization. The company couldn't sell the same product to everyone when AI adoption itself was the barrier.

My Solution

Tiered product architecture based on algorithm capabilities and client readiness.

My Solution

Tiered product architecture based on algorithm capabilities and client readiness.

Impact

Product-market fit improved—clients could start where they were comfortable.

Higher close rates and fewer feature objections in early sales cycles.

Impact

Product-market fit improved—clients could start where they were comfortable.

Higher close rates and fewer feature objections in early sales cycles.

AI transparacy

AI transparacy

Problem

Users rejected AI forecasts they couldn't validate

Problem

Users rejected AI forecasts they couldn't validate

My approach

  • Designed progressive disclosure: summary → drill-down into data sources, confidence levels, calculation logic

  • "Show me why" on any prediction

  • Color-coded confidence for quick scanning

My approach

  • Designed progressive disclosure: summary → drill-down into data sources, confidence levels, calculation logic

  • "Show me why" on any prediction

  • Color-coded confidence for quick scanning

Result

Users validated AI against domain expertise → trust in recommendations

Result

Users validated AI against domain expertise → trust in recommendations

Unified Filtering
System

Unified Filtering System

Unified Filtering System

Problem

Analyzing thousands of SKUs across dimensions = Excel chaos

Problem

Analyzing thousands of SKUs across dimensions = Excel chaos

My design

  • Hierarchical filters enabling multi-dimensional analysis (time / product / location / performance)

  • Multi-select combinations with visual chips and saved presets

  • Real-time result count showing impact of each filter

My design

  • Hierarchical filters enabling multi-dimensional analysis (time / product / location / performance)

  • Multi-select combinations with visual chips and saved presets

  • Real-time result count showing impact of each filter

Result

Enabled multi-dimensional analysis that was impossible in Excel

Result

Enabled multi-dimensional analysis that was impossible in Excel

Making AI
Recommendations

Useful

Making AI Recommendations Useful

Making AI
Recommendations Useful

Problem

AI suggestions were technically accurate but useless—they ignored business constraints, budget limits, and strategic priorities. Teams couldn't act on generic recommendations.

Problem

AI suggestions were technically accurate but useless—they ignored business constraints, budget limits, and strategic priorities. Teams couldn't act on generic recommendations.

My Solution

Strategy configuration layer that adapts AI outputs to business reality:

  • 5-minute wizard to define objectives, constraints, and priorities

  • AI recommendations automatically filtered through user strategy

My Solution

Strategy configuration layer that adapts AI outputs to business reality:

  • 5-minute wizard to define objectives, constraints, and priorities

  • AI recommendations automatically filtered through user strategy

Impact

Users shifted from ignoring suggestions to acting on them daily — recommendation adoption increased from ~10% to 70%+.

Impact

Users shifted from ignoring suggestions to acting on them daily — recommendation adoption increased from ~10% to 70%+.

Predictions Meet
Reality


Predictions Meet Reality

Predictions Meet Reality

Problem

The algorithm forecasted and recommended, but couldn't see what actually happened. Users missed critical signals when reality diverged from predictions.

Problem

The algorithm forecasted and recommended, but couldn't see what actually happened. Users missed critical signals when reality diverged from predictions.

Problem

The algorithm forecasted and recommended, but couldn't see what actually happened. Users missed critical signals when reality diverged from predictions.

Key Research Insight

Neither algorithm nor user has the full picture alone. The monitoring layer bridges both—algorithm can't see reality, users can't process thousands of SKUs.

Key Research Insight

Neither algorithm nor user has the full picture alone. The monitoring layer bridges both—algorithm can't see reality, users can't process thousands of SKUs.

My Solution

  • Monitoring layer that connects algorithm to ground truth

  • Alerts when predictions vs. reality diverge significantly

  • Tracks recommendation performance

  • Flags strategy conflicts with real-world data

My Solution

  • Monitoring layer that connects algorithm to ground truth

  • Alerts when predictions vs. reality diverge significantly

  • Tracks recommendation performance

  • Flags strategy conflicts with real-world data

Impact

Teams validated AI in real-time and caught when assumptions broke. The system learned from reality, not just history.

Impact

Teams validated AI in real-time and caught when assumptions broke. The system learned from reality, not just history.

Impact

Teams validated AI in real-time and caught when assumptions broke. The system learned from reality, not just history.

Impact
& Outcomes

Impact & Outcomes

Impact & Outcomes

Delivered

0→1 product in 5 months, 10 launch customers, contributed to seed funding


Business Results

  • Daily engagement - Teams shifted from weekly planning cycles to real-time dashboard monitoring

  • Decision velocity - Reduced analysis time from ~3-5 days (typical industry standard) to under 30 minutes

  • Product evolution - Design system scaled to support 3 post-launch features

  • Organic growth - Early adopters became active advocates, referring new customers

Delivered

0→1 product in 5 months, 10 launch customers, contributed to seed funding


Business Results

  • Daily engagement - Teams shifted from weekly planning cycles to real-time dashboard monitoring

  • Decision velocity - Reduced analysis time from ~3-5 days (typical industry standard) to under 30 minutes

  • Product evolution - Design system scaled to support 3 post-launch features

  • Organic growth - Early adopters became active advocates, referring new customers

What I Owned
& Learned

What I Owned & Learned

What I Owned & Learned

End-to-end product design

Strategy, UX/UI, and delivery for the company's first product—launched to 10 early customers in 5 months.


AI adoption is a design problem, not a data problem

The algorithm was accurate, but users didn't trust it. Building confidence required showing how it thinks, not just what it predicts.


Working backwards from constraints

Limited dev resources meant ruthless prioritization. Single-store focus over multi-network. Core features over nice-to-haves. Shipped fast, learned faster.

End-to-end product design

Strategy, UX/UI, and delivery for the company's first product—launched to 10 early customers in 5 months.


AI adoption is a design problem, not a data problem

The algorithm was accurate, but users didn't trust it. Building confidence required showing how it thinks, not just what it predicts.


Working backwards from constraints

Limited dev resources meant ruthless prioritization. Single-store focus over multi-network. Core features over nice-to-haves. Shipped fast, learned faster.

Hadarmzr@gmail.com

Hadarmzr@gmail.com

Hadarmzr@gmail.com

☕︎ Made with coffee

☕︎ Made with coffee