ATLAS FLAGSHIP HARDWARE PLATFORM

ATLAS
INTELLIGENT PHYSICAL COMPUTING.

An intelligent hardware platform for experimentation, learning, embedded AI and physical-system interaction.

ATLAS / DEVELOPMENT
HARDWARE ENGINE R&D
ATLAS HW/EXPLODED BOARD
4ms00:00:00 UTC
INITIALIZING 3D TELEMETRY ENVIRONMENT...WEBGL 2.0 SHADER PIPELINE LOADING
ATLAS HARDWARE PIPELINE

PHYSICAL COMPUTING SYSTEM ARCHITECTURE

01

PHYSICAL SYSTEM

Real-world machine or environment interaction.

02

SENSING

Analog & digital sensor signal telemetry ingestion.

03

EDGE COMPUTE

Dual ESP32-S3 + Raspberry Pi CM4 bus handling.

04

AI INFERENCE

8 TOPS Tensor NPU model execution.

05

DECISION

Deterministic state machine & safety interlock.

06

DIGITAL TWIN

Real-time telemetry mirror & cloud dashboard.

HARDWARE CAPABILITY SPECS

ATLAS CORE CAPABILITIES

SELF-DIAGNOSTICS

Automated bus current monitoring, thermal throttling protection and hardware health pinging.

VISION SENSING

High-speed MIPI CSI camera interface supporting real-time optical flow & object detection.

EDGE COMPUTING

Dual-processor architecture combining ARM linux environment with real-time microcontroller bus.

DIGITAL TWIN INTERFACE

Bidirectional state synchronization with cloud/local digital twin mirrors via gRPC & MQTT.

GUIDED EXPERIMENTATION

Pre-loaded physical computing laboratory exercises for rapid deep-tech R&D prototyping.

HIGH-DENSITY SENSING

I2C, SPI, CAN bus, UART and analog GPIO expansion shields for multi-sensor integration.