Querex Is Now Everywhere You Work

Industrial-Grade Analytics on ChatGPT, Gemini, Microsoft Copilot 365, and Claude — Web & Mobile

announcement
multiplatform
mcp
Author

Querex AS

Published

February 10, 2026

Abstract

Querex MCP servers are now available across every major AI platform — ChatGPT, Google Gemini, Microsoft Copilot 365, and Claude — on both web and mobile. Industrial mathematics, Power BI integration, graph theory, and statistical research are now literally at your fingertips. This walkthrough demonstrates a complete analytical workflow from a mobile phone: connecting to Power BI, querying Vinmonopolet sales data, forecasting with SSA time series, competitive landscape analysis, and Monte Carlo simulation for pricing strategy — all through natural conversation.

1 The Announcement

ImportantQuerex Is Now On Every Major AI Platform

ChatGPT · Google Gemini · Microsoft Copilot 365 · Claude

Web and mobile. Industrial mathematics, Power BI, graph theory, and statistical research — at your fingertips.

Today we’re announcing that Querex MCP servers are available across all four major AI platforms. This means you can access the same institutional-grade analytics whether you’re at your desk, in a meeting, or on the train — from whichever AI assistant you already use.

No installation. No configuration. Just connect and ask.

Platform availability
Platform Web Mobile MCP Gateway
ChatGPT
Google Gemini
Microsoft Copilot 365
Claude

1.1 What’s Available Everywhere

  • Power BI Integration — Connect to your semantic models, query DAX, explore schemas
  • Industrial Mathematics — Linear programming, constraint programming, vehicle routing, bin packing
  • Statistical Research — Hypothesis testing, regression, time series, clustering
  • Graph Theory — Network analysis, community detection, centrality metrics
  • Revenue Growth Management — Price elasticity, Monte Carlo simulation, scenario analysis
  • Nordic Statistics — Live data from SSB, SCB, StatFI, DST, Hagstofa

2 Live Demo: Mobile Analytics Workflow

To show what this looks like in practice, here’s a complete analytical session conducted entirely from a mobile phone. The conversation moves from connecting to Power BI, through sales analysis and forecasting, to competitive intelligence and Monte Carlo pricing simulation — all in about 15 minutes.

2.1 Step 1: Connecting to Power BI

The workflow starts with a simple request: “Connect to Power BI.”

The system initiates a device code authentication flow — standard OAuth. You visit microsoft.com/devicelogin, enter the code, and you’re in.

Figure 1: Initiating Power BI connection via device code authentication
Figure 2: Authentication complete — discovering workspaces
NoteTwo Workspaces Discovered
Discovered Power BI workspaces
Workspace Dedicated Capacity
Norway Analytics ✅ Premium
VBF ✅ Premium

Both workspaces are on Premium capacity, which means full DAX query support through the XMLA endpoint.


2.2 Step 2: Querying Sales Data — “How much did Absolut Vodka sell in 2024?”

With the connection established, the first question is a business one: “How much did Absolut Vodka sell in 2024?”

The AI connects to the Vinmonopolet semantic model, writes the appropriate DAX query, and returns granular results by product variant.

Figure 3: Querying Absolut Vodka 2024 sales from the Vinmonopolet Power BI model
Figure 4: Detailed breakdown by product variant
TipKey Result: 734,306 Liters / ~1.1 Million Bottles
Absolut Vodka 2024 sales by SKU
Product Liters Bottles
Absolut Vodka 1L 366,553 366,552
Absolut Vodka 0.5L 151,578 303,156
Absolut Vodka 0.7L 122,158 174,512
Absolut Citron 0.7L 41,991 59,987
Absolut Cocktails Espresso Martini 0.2L 10,200 50,998
Absolut Vanilia 0.7L 9,157 13,081
Absolut Pears 0.7L 8,195 11,707

The core Absolut Vodka (plain) in three sizes accounted for 640,289 liters — 87% of total volume. The 1L bottle is the dominant SKU.


2.3 Step 3: Forecasting 2025 — Time Series with SSA

Next question: “Can you forecast sales for 2025?”

The system pulls 14+ years of monthly historical data, identifies the clear seasonal pattern (December spike from Vinmonopolet holiday shopping), and runs a Singular Spectrum Analysis (SSA) forecast for the remaining months of 2025.

Figure 5: SSA time series forecast with confidence intervals
Figure 6: Forecast results and trend analysis
Note2025 Forecast: ~714,457 Liters (−2.7% vs 2024)

Actuals (Jan–Jul 2025): 405,882 liters

SSA forecast for Absolut Vodka Aug–Dec 2025
Month Forecast (L) 95% CI Lower 95% CI Upper
Aug 61,389 52,448 70,330
Sep 54,680 42,036 67,325
Oct 56,711 41,225 72,197
Nov 55,885 38,003 73,767
Dec 79,910 59,917 99,902

The December spike is the dominant seasonal pattern — consistent across all 14 years. The COVID years (2020–2021) created an anomalous spike that has been normalizing since 2022.


2.4 Step 4: Competitive Landscape — “Who are the closest competitors?”

“What are the closest competitors of Absolut in the vodka segment?”

The system queries the full vodka category, aggregates by brand, and ranks them against Absolut.

Figure 7: Competitive landscape — vodka brands in Norway 2024
Figure 8: Brand ranking with market share comparison
NoteAbsolut: Clear Market Leader
Vodka brand ranking — Norway 2024 (Vinmonopolet)
Rank Brand Total Liters vs Absolut
1 Absolut 734,306
2 Vanlig Vodka 447,541 61%
3 Dworek 418,298 57%
4 Smirnoff 349,776 48%
5 Kalinka 318,989 43%
6 Explorer 309,129 42%
7 Amundsen Arctic 237,498 32%
8 Vikingfjord 198,373 27%
9 Koskenkorva 94,271 13%
10 Brennevin Seksti 69,029 9%

Absolut’s biggest competitive threat comes from the budget segment (Dworek, Vanlig Vodka, Kalinka) rather than premium international brands. In the premium tier, Smirnoff is the only real challenger — and Absolut outsells it roughly 2:1.


2.5 Step 5: Monte Carlo Simulation — “What if Absolut raises price 10%?”

The final question brings out the heavy artillery: “Can you run a Monte Carlo simulation for the 0.7L vodka segment? What happens if Absolut goes up 10% in price? Run 100K paths.”

This triggers a full Revenue Growth Management (RGM) simulation with:

  • Price elasticity modeling across the competitive set
  • Cross-elasticity substitution effects
  • 100,000 stochastic scenarios
  • NPV and risk-adjusted return calculations
Figure 9: Monte Carlo simulation setup — 100K paths, 0.7L vodka segment
Figure 10: Simulation results and strategic recommendation
ImportantMonte Carlo Result: Raise the Price (on core 0.7L only)
100K-path Monte Carlo simulation results
Metric Baseline +10% Price Delta
Absolut 0.7L demand 155,190 bottles 138,425 bottles −10.8%
Absolut Citron 0.7L demand 53,361 bottles 48,051 bottles −9.9%
Total portfolio revenue 185.6M NOK 184.3M NOK −0.7%
Total portfolio profit 92.7M NOK 95.6M NOK +3.1%
NPV (risk-adjusted) 89.2M NOK 91.9M NOK +3.0%

Market share shift: Absolut 0.7L drops from 30.8% → 28.7% (−2 points), but the substitution is diffuse — spread thinly across 8+ competitors rather than flowing to a single rival.

2.6 The Strategic Recommendation

TipVerdict: Raise, But Selectively

The case FOR raising: Elasticity on Absolut 0.7L is −1.2 (moderate for vodka). You lose ~17K bottles but gain ~37 NOK per bottle on the remaining 138K. The simulation shows +2.9M NOK in profit (+3.1%) with improved risk-adjusted NPV. The Vinmonopolet channel is unique — consumers can’t easily switch on impulse the way they would in a supermarket.

The key risk: The 2-point market share loss is real but manageable. The substitution is spread thinly across 8+ competitors, so no single rival gets a meaningful volume boost.

The nuance on Citron: Hold flavored variants at current price. Citron drops ~10% from a sympathetic price hike, but the flavored portfolio competes with Koskenkorva flavors and niche brands. Raising flavored prices risks accelerating decline in a sub-segment where volume justifies shelf space.

Bottom line: A 10% increase on Absolut Vodka 0.7L alone would deliver +2-3% profit uplift at the cost of ~2 points of market share — a trade-off that pencils out well.


3 What This Means

This entire workflow — Power BI authentication, DAX queries, 14 years of time series forecasting, competitive brand analysis, and 100,000-path Monte Carlo simulation — was conducted from a mobile phone in about 15 minutes.

No Jupyter notebooks. No Python scripts. No data exports. No desktop required.

NoteThe Tools Behind the Conversation
MCP servers invoked during the session
Capability Used MCP Server
Power BI authentication & DAX queries Querex MCP Gateway
SSA time series forecasting MCP Statistics (Analytics)
Competitive landscape aggregation Querex MCP Gateway
Monte Carlo simulation (100K paths) MCP OR-Tools (RGM)
Chart rendering MCP Statistics (Visualization)

All five servers worked together seamlessly, orchestrated by natural language. The user never needed to know which tool was being called — they just asked business questions and got answers.


4 Get Started

Querex MCP servers are available today on all four platforms. Whether you’re a data analyst, a brand manager, a financial controller, or a researcher — industrial-grade analytics now goes wherever you go.

Contact: support@querex.no