Question 1

What is RPI (Real Pressure Index)?

Accepted Answer

RPI is a proprietary in-match pressure indicator developed by Accurastat. It measures real team pressure in real time — minute by minute — across every match on the radar.

Question 2

How is RPI different from xG?

Accepted Answer

xG evaluates shot quality after the fact. RPI shows dynamics in real time — who controls the match right now and how the balance of power is shifting.

Question 3

How does RPI compare to other football metrics?

Accepted Answer

RPI is the first indicator that measures in-match pressure as a standalone metric. Not derived from shots or possession — an independent measure of match dynamics.

Question 4

Why is RPI better than standard match statistics?

Accepted Answer

Possession, shots, corners — static snapshots. RPI shows live dynamics — how pressure shifts minute by minute and which direction the match is heading right now.

Question 5

How accurate is RPI on the radar?

Accepted Answer

RPI captures the real balance of power regardless of the scoreboard. During testing, the team showing higher RPI matched the final result in the overwhelming majority of matches.

Question 6

Who is RPI designed for?

Accepted Answer

For analysts, scouts, sports journalists, and anyone who needs to understand a match at a deeper level than standard statistics allow.

Question 7

How do I get access to RPI?

Accepted Answer

RPI is available via closed subscription on the Accurastat platform. Professional-grade access opens after registration on the platform.

Question 8

What is Live Radar by Accurastat?

Accepted Answer

Live Radar is a real-time signal system that processes RPI data alongside other match indicators. Signals appear in real time during live matches — both on individual match pages and on the central card across all active matches on the platform.

Question 9

What is a signal in Live Radar?

Accepted Answer

A signal is an automatic trigger generated when the combination of data — including RPI — crosses a defined threshold. Users receive it in real time, with no delay and no manual analysis required.

Tukums II v JDFS Alberts Prediction | Aug 3, 2026