Systems Hub
The Systems Hub is the universal reference layer behind ElectronsX, bringing together the architectures, control systems, and digital infrastructure that connect vehicles, energy, infrastructure, and industrial operations.
See also the glossary.
Systems Foundations
Foundational architectures and digital overlays that define how complex systems are structured and coordinated.
- Cross-Stack Architecture Overview
- Digital Infrastructure Backbone
- SDx Foundations
- EV Vehicle Stack
- Digital Twins Overview
Compute, AI, and Control
Compute stacks, autonomy pipelines, OTA loops, and software-defined control planes that turn hardware into intelligent systems.
- Edge and Central Compute Architecture
- Autonomy Stack
- Model Update and Deployment Pipeline
- Full OTA Loop
- Fleet Depot Edge Compute Systems
- Software-Defined Systems (SDS)
- Software-Defined Vehicle (SDV)
- EV Vehicle Platform
- Software-Defined Robotics (SDR)
- Software-Defined Energy (SDE)
- Software-Defined Infrastructure (SDI)
- Software-Defined Industrial Operations (SDIO)
- AI in Systems and Operations
- AI in Energy & Infrastructure
- AI in Vehicles
- AI in Robots
- Industrial AI
Energy and Power Systems
High-voltage architectures, microgrid controls, and power electronics that deliver reliable, efficient energy to fleets and facilities.
- Microgrid, DER, and BESS Control Stack
- High-Voltage Architecture
- Microgrid Controls and Interface
- Microgrid Supply Bottlenecks
- Fleet Charging Costs: DCFC, Depot, and Tesla
- Fleet Depot Charging Systems
- Fleet Depot Topologies
- Fleet Depot Ops Throughput
- Fleet Depot Safety and Standards
- SiC Power Chips
- Digital Twins for Grid Operations
Sensors, IoT, and Data Pipelines
Sensing layers and telemetry pipelines that move real-world data into digital systems for monitoring, control, and optimization.
- Sensor Layer Overview
- Telemetry Pipelines
- Digital Twin Data and State Layer
- AI-Assisted Infrastructure Monitoring
Security and Cyber-Physical
Security primitives and mechanisms that protect autonomous, connected, and software-defined systems from cyber-physical threats.
Supply Chains and Material Systems
Upstream architectures for critical components and materials that feed batteries, power electronics, and electrified systems.
Industrial Systems and Electrification
Software-defined industrial operations and future industrial-electrification content that tie factories, fabs, and logistics hubs into the wider system.