EPIC Semiconductors

THE PHYSICAL WORLD, NOW INTELLIGENT

EPIC Semiconductors is creating a new foundation for digital twins: ultra-miniaturized, battery-free silicon embedded directly into structures, machines, products, and environments.

Founded in Vancouver in 2008, EPIC’s Smart Dust platform brings sensing, edge intelligence, energy harvesting, synchronization, secure communication, and digital identity together on silicon. Instead of attaching intelligence to an asset, EPIC makes intelligence part of the asset itself.

Each Smart Dust node becomes a permanent point of awareness—detecting change, processing information locally, preserving critical events, and contributing to a continuously updated digital twin. From a single embedded device to thousands of synchronized nodes, Smart Dust transforms buildings, factories, vehicles, vessels, infrastructure, and medical systems into living sources of operational intelligence.

Battery-free. Structurally integrated. Built for scale. Designed for environments where conventional electronics are too visible, too fragile, too maintenance-heavy, or simply unable to perform.

EPIC owns its core intellectual property, develops its semiconductor architecture in-house, and works with government and industry partners to move breakthrough silicon from prototype to real-world deployment.

This is not another sensor network.
This is the digital nervous system for the physical world.

SMART DUST FOR GPS-DENIED, RF-SILENT ENVIRONMENTS

The battery-free digital twin fabric delivering persistent intelligence where conventional sensing and communications fail.

A silent, battery-free sensing fabric that turns physical environments into living digital twins—delivering persistent intelligence without conventional batteries, wiring, or continuously active radio infrastructure.
Smart Dust is a deep-edge semiconductor architecture that combines sensing, computation, energy management, synchronization, and secure communication directly on silicon. Each ultra-miniaturized node detects change, processes information locally, and contributes decision-ready data at the source.
Designed for metal-dense, water-adjacent, confined, and electromagnetically complex environments, Smart Dust integrates with existing systems and scales from a single embedded node to thousands of synchronized sensing points.
By embedding intelligence directly into structures, machines, products, and infrastructure, Smart Dust transforms the physical world into a continuously updated source of insight.
Not another sensor network. The digital nervous system for the physical world.

Built in capabilities:

Zero-Power Energy Harvester
Converts ambient fields into operating power — no batteries, no recharging
RF-Free Communication Core
Enables wireless, bidirectional signaling with no RF, antennas, or coils
Logic Processor
Executes edge decision-making
Mesh-Ready Timing Sync
Synchronizes with other nodes

Invisible, Passive, Untouchable
Operates underground, underwater, or through shielding — with no RF, no emissions, and no signature.

Intelligent and Autonomous
Detects presence, confirms status, logs tampering, and synchronizes nodes with zero power or infrastructure.

Field-Ready at Scale
Deployable in swarms. Unjammable, untraceable, and logistics-light — built for denied, disconnected environments.
No heat, no risk
Operates safely in environments where heat could trigger explosions or damage.

BLOCKCHAIN IC: VERIFIED ORIGIN, TRUSTED TRACEABILITY, AND TAMPER-RESISTANT PROTECTION

SECURE, CONTACTLESS, AND ENCRYPTED PROTECTION FOR CRITICAL ELECTRONICS

Secure & Tamper-Proof

Prevents unauthorized access with built-in authentication
Uses advanced encryption for data integrity and privacy

Contactless & Wireless

Enables remote diagnostics and usage monitoring
Activates or deactivates chip functions securely on demand

High-Reliability Technology

Built for harsh, high-reliability environments
Designed for safety-critical and industrial applications

CONTACT US

We collaborate exclusively with large B2B enterprises, government organizations, and institutional partners. To request a technical demonstration or discuss integration opportunities, please contact us.