Understanding the Quantum Computing Threat

Quantum computers use qubits instead of classical bits, allowing them to solve complex mathematical problems exponentially faster. This renders 128-bit encryption and other conventional methods vulnerable

🚨 Shor’s Algorithm can break RSA encryption within seconds, threatening any system that relies on public-key infrastructure (PKI).
🔐 Post-quantum cryptography is the only viable defense against future cyberattacks.

Organizations must act now to integrate quantum-safe cryptography into their infrastructure before adversaries gain a technological edge.

Building Quantum-Resistant Cryptographic Hardware

Implementing quantum-safe cryptography requires more than just software updates—it demands secure, high-performance hardware solutions that can handle new cryptographic algorithms without compromising efficiency.

1️⃣ Prototyping Quantum-Resistant Hardware

Before scaling to production, organizations must rigorously prototype and test new quantum-resistant cryptographic solutions. EST provides:

✅ Secure chip design for post-quantum cryptography
✅ 128-bit and higher encryption support for hybrid encryption models
✅ Stress testing for cryptographic resilience under real-world conditions

🔹 Design-for-Manufacturability (DFM): EST collaborates with engineering teams to refine cryptographic hardware designs for scalable, error-free production.
🔹 Rapid Prototyping: Using Surface Mount Technology (SMT) and Through-Hole Technology (THT), we rapidly build and test prototypes with next-gen encryption capabilities.

2️⃣ Ensuring Compliance & Security in Cryptographic Manufacturing

Security-driven industries—including DARPA-backed defense projects—require strict regulatory compliance to prevent unauthorized access and ensure reliability.

✅ ITAR compliance guarantees that cryptographic hardware remains within secure U.S. supply chains.
✅ ISO 13485-certified production meets healthcare and defense industry standards.
✅ Real-time traceability & serialization prevent counterfeit components and security vulnerabilities.

🔹 Hybrid Encryption: We support the integration of post-quantum cryptographic algorithms with existing PKI infrastructures, ensuring seamless transitions without disrupting operations.

From Prototype to Secure Production

Scaling a quantum-safe cryptographic hardware solution from proof-of-concept demonstration to full production requires supply chain resilience and manufacturing expertise.

🔹 Domestic Production Advantage: EST’s San Diego-based facilities eliminate offshore risks such as IP theft and geopolitical disruptions.
🔹 Precision Manufacturing for Cryptographic Hardware: We offer low-to-mid volume scalable production, ideal for startups, OEMs, and government-backed projects like DARPA initiatives.

Why EST? A Trusted Partner in Quantum-Safe Electronics Manufacturing

With 35+ years of experience in high-security electronics manufacturing, EST delivers:

✔ ITAR-compliant, post-quantum cryptographic solutions
✔ Scalable hybrid encryption hardware production
✔ Next-gen cryptographic chip design with 128-bit+ encryption capabilities

Securing Tomorrow: Quantum-Safe Cryptography Starts Now

The rise of quantum computing threats makes quantum-resistant cryptography hardware an immediate necessity—not a future concern. Organizations that delay risk catastrophic security breaches.

At Electro Surface Technologies, we ensure no compliance failures, no offshore risks—just precision-built cryptographic hardware you can trust.

🔐 Secure Your Cryptographic Future with EST

➡️ Contact us today to discuss your post-quantum security needs.