Where Innovation Meets Security
Guardient engineers secure foundations for the technologies of tomorrow — from silicon-level trust to zero-trust cloud. Performance uncompromised by protection.
What We Build

Secure Silicon
High-performance architectures with hardware-level trust, cryptography, and tamper resistance.

Zero-Trust Cloud
Encrypted communication, continuous verification, and adaptive defenses at scale.

Embedded Integration
Firmware, OS, and hardware co-designed for mission-critical reliability.

Advisory & Acceleration
Architecture reviews, performance optimization, and secure deployment strategies.
Why Guardient

Secure-by-Design
Security is built into every layer, from chip to cloud.

Performance without Compromise
Speed and protection engineered together.

Multidisciplinary DNA
Semiconductors, embedded systems, cloud, and cyber expertise under one roof.

Future-Ready Foundations
Scalable architectures designed to evolve with industries and threats.
Industries We Serve

Defense & Dual-Use
Secure communications, trusted supply chain, mission-critical infrastructure.

Healthcare & MedTech
Protected devices, PHI-aware connectivity, compliance-ready by design.

Industrial IoT
Resilient edge fleets, authenticated telemetry, and safe OTA updates.

Autonomous Systems
Deterministic security for robotics and real-time decision loops.
Built on Experience. Driven by Vision.
Founded in 2020 by an Israeli engineer with a global vision, Guardient combines deep expertise in semiconductors, embedded systems, cybersecurity, and distributed computing.
Our leadership team brings decades of hands-on experience in chip design, large-scale systems engineering, and cloud security — uniting Israel’s innovation culture with Silicon Valley’s execution mindset.
Mission
To design and deliver secure-by-design semiconductors and intelligent cloud protection systems that enable industries to innovate fearlessly and operate securely.
Vision
To create a future where every connection, interaction, and system is inherently secure by design.