2026

Milo x Perlas Network: AI-Powered eCommerce Analytics Case Study

In modern eCommerce and digital lottery platforms, speed is competitive advantage. Acquisition funnels, conversion behaviour, and customer top-up patterns must be analysed in real time - not weeks later. For Perlas Network, Lithuania’s leading lottery distribution operator, traditional business intelligence workflows created delays that slowed optimisation. This case study explores how Perlas Network implemented AI-powered conversational analytics with Milo to transform reporting cycles from weeks into minutes.

Faustas Rimkevičius

Growth Marketing

About Perlas Network (Lithuania’s Leading Lottery Distribution Platform)

Perlas Network operates one of Lithuania’s largest lottery distribution networks via both physical retail and its online platform (loto.lt).

Industry: Lottery Distribution & eCommerce
Role Interviewed: Head of eCommerce
Core Focus Areas:

  • Customer acquisition funnels

  • Sales conversion optimisation

  • Top-up behaviour analytics

  • Customer segmentation & cohort analysis

  • Retention & engagement tracking

Beyond ticket sales, Perlas delivers the emotional experience of possibility and winning. Maintaining that experience online requires deep, real-time insight into customer behaviour.

The Challenge: Slow Business Intelligence Cycles in eCommerce

Traditional BI Reporting Created Decision Latency

Before implementing Milo, Perlas relied on a standard business intelligence (BI) process:

  1. Submit analytics request

  2. Align with data analysts on definitions

  3. Iterate through report revisions

  4. Review dashboards

  5. Debate interpretation

  6. Make decision

While accurate, this workflow introduced decision latency - the time between asking a question and receiving a clear, actionable answer.

Key Analytics Bottlenecks

1. Funnel Performance Delays

Understanding acquisition and sales funnel drop-offs required multiple reporting iterations.

2. Customer Behaviour Analysis Complexity

Top-up behaviour and segment-level insights required manual interpretation of spreadsheets and dashboards.

3. Strategic Alignment Delays

By the time conclusions were reached, the optimal action window had often passed.

As Erika, Head of eCommerce, explains:

“Before Milo, getting those insights was a long journey. It took a number of iterations with our data analysts, numerous meetings just to agree what those numbers meant and what we should do with them. And by the time we reached the decision, usually momentum was already gone.”

The core issue was not lack of data - it was slow access to insight.

The Solution: Conversational AI Analytics for Real-Time Decision Making

Milo introduced a new approach: conversational business intelligence powered by AI.

Instead of building dashboards first, Perlas’ eCommerce team could ask direct questions such as:

  • “How is our acquisition funnel performing this week?”

  • “Which customer segments are topping up more frequently?”

  • “Where are users dropping off in the checkout flow?”

  • “How does this month compare to the previous period?”

Milo connects to existing internal data systems and returns:

Raw data → Pattern detection → Cohort segmentation → Strategic insights → Suggested next steps

In minutes.

As Erika describes:

“Milo connects the dots. It translates raw data into clear stories. It highlights patterns, surfaces conclusions, and even suggests next steps.”

This shift represents a move from static reporting to decision intelligence.

Before and After: eCommerce Analytics Transformation

Before Milo

  • Weeks-long reporting cycles

  • Heavy BI team dependency

  • Excel-based manual analysis

  • Interpretation debates

  • Delayed optimisation

After Implementing AI Analytics

  • Real-time funnel insights

  • Self-service analytics access

  • Automated pattern detection

  • Strategic action-focused discussions

  • Faster experimentation cycles

Erika summarises the transformation:

“Instead of staring at Excel tables, we now focus on strategy. Instead of debating numbers, we discuss actions. Instead of waiting, we move.”

The change was not incremental - it was structural.

Measurable Impact of Real-Time Analytics

While specific performance metrics remain confidential, Perlas experienced significant operational improvements:

  • Insight turnaround reduced from weeks to minutes

  • Fewer analytics iterations required

  • Faster acquisition funnel optimisation

  • More confident data-backed decisions

  • Improved internal alignment

In competitive eCommerce markets, faster insight leads directly to faster revenue optimisation.

Why AI Analytics Matters for eCommerce & Lottery Platforms

Modern digital platforms generate high volumes of behavioural data. Traditional BI dashboards require predefined views and structured queries.

Conversational AI analytics enables:

  • Natural language data exploration

  • Instant cohort segmentation

  • Funnel performance diagnostics

  • Real-time trend detection

  • Actionable insight summaries

For high-velocity industries like lottery distribution, eCommerce, SaaS, fintech, and gaming, decision speed directly impacts growth.

Cultural Shift: From Reporting Dependency to Data Empowerment

Beyond operational improvements, Milo changed how analytics functions inside the organisation.

Analytics moved from being a bottleneck to becoming an empowerment layer.

As Erika puts it:

“Analytics should empower you, not slow you down. And for us, Milo did exactly that.”

Instead of waiting for reports, teams now operate with continuous insight access.

Conclusion: AI-Driven Decision Intelligence at Market Speed

For Perlas Network, the challenge was never about access to data - it was about speed, clarity, and alignment.

With Milo, the organisation shifted from:

Two-week reporting cycles → Real-time AI insights
Manual segmentation → On-demand cohort analysis
Static dashboards → Conversational analytics
Delayed optimisation → Continuous growth iteration

In digital commerce, momentum determines success.

With AI-powered analytics, Perlas Network transformed data from a reporting function into a strategic growth accelerator.


Frequently Asked Questions

What is AI-powered eCommerce analytics?

AI-powered eCommerce analytics uses artificial intelligence to analyse customer acquisition, conversion funnels, top-up behaviour, and retention in real time. Instead of relying on static dashboards, teams can ask questions in natural language and receive instant, actionable insights that support faster decision-making and revenue optimisation.

How does conversational business intelligence work?

Conversational business intelligence allows users to ask data questions in plain language. The AI translates those questions into data queries, analyses connected systems, detects patterns, and returns clear insights within minutes. This removes the need for manual report building and reduces dependency on BI teams.

How can AI analytics improve conversion rates?

AI analytics improves conversion rates by identifying funnel drop-offs, segmenting customer behaviour, detecting purchasing patterns, and highlighting optimisation opportunities in real time. Faster insight allows teams to test changes quickly, refine acquisition strategies, and increase customer lifetime value.

What is decision intelligence in eCommerce?

Decision intelligence in eCommerce refers to AI-driven systems that turn raw data into actionable recommendations. Instead of reviewing static reports, teams receive contextual explanations, performance comparisons, and suggested next steps — enabling faster, more confident business decisions.

How is AI analytics different from traditional BI tools?

Traditional BI tools rely on pre-built dashboards and manual report creation. AI analytics platforms use natural language processing and automated pattern detection to generate real-time insights instantly. This reduces reporting delays and allows business teams to self-serve answers without technical queries.

Is AI-powered business intelligence secure?

Enterprise AI analytics platforms use encryption, role-based access control (RBAC), and secure data connections to protect sensitive information. Access permissions ensure users only see authorised data while maintaining real-time insight capabilities across the organisation.