Docs / Architecture
Systemarchitecture
ARES V6 is structured as a product layer on top of exported simulation outputs. Its architecture is designed to separate run generation, evidence export, data reading and visual presentation.
Architecture snapshot
Layered design
Core
Simulation engine
Generates strategy evidence and final outputs.
Input
Exported reports
Stable interface contract for the product layer.
Parsing
Mapping utilities
Convert raw evidence into reusable UI state.
Output
Product modules
Dashboard, compare, race replay and docs.
Simulation core
The engineering core is responsible for generating the exported runs, strategy outputs, timing distributions, pit optimization and tyre-plan data.
Export layer
Generated results are persisted as exported reports and figures, creating a stable evidence layer that can be consumed by the interface.
Reading layer
ARES V6 reads the exported artifacts and maps the relevant fields into a frontend-friendly structure for strategy interpretation and visual rendering.
Presentation layer
Dashboard, compare, battle, race replay and docs organize those outputs into different views focused on readability and decision support.
Processing flow
Architectural logic
A separation betweengeneration and presentation.
The architecture is intentionally layered. The simulation core is responsible for computing and exporting evidence. ARES V6 does not replace that engineering logic. Instead, it reads the generated outputs and builds a presentation environment that is easier to analyze, compare and explain.
This separation improves maintainability: the core can evolve as the computation engine, while the frontend can evolve as the premium interface. The result is a cleaner product boundary between engineering generation and decision-support visualization.
Dashboard
Strategy reading module
Displays recommended strategy, best pit timing, p50/p90, risk spread, tyre advisor notes and supporting simulation evidence.
Compare
Head-to-head reading
Loads two exported runs from the same round and transforms them into a comparative engineering view with deltas and winners.
Race
Visual replay layer
Interprets race plans, tyre wear, pit stops, safety car conditions and multi-car flow to create a replay-oriented control room.
Reports
Evidence consumption
Exposes the generated outputs as readable technical evidence for academic support, review and presentation structure.
Utilities
Shared frontend logicsupports architectural consistency.
The product layer depends on shared utilities that interpret reports, map driver metadata, derive race plans, define track structures and transform exported values into consistent UI elements. Those shared utilities help maintain coherence between dashboard reading, comparison logic and replay behavior.
Shared utilities