FAQ's
Q: What industries does SMSE serve?
A: We work across critical sectors such as cybersecurity, telecommunications, government, healthcare, finance, and education—delivering tailored engineering and training solutions.
Q: Do you offer consulting or implementation services?
A: Yes. We provide end-to-end support, from discovering and scoping your security needs to the physical engineering and deployment of semiconductor and cryptographic systems.
Q: What are "Custom AI Solutions" in the context of SMSE?
A: Our AI solutions focus on Cybersecure AI. We integrate security at the hardware level (SoC) to ensure that AI models and the data they process are protected from adversarial attacks and data poisoning.
Q: How does SMSE handle "Cryptographic Agility"?
A: Cryptographic agility allows our systems to switch between different encryption algorithms (e.g., moving from RSA to Post-Quantum) via software updates without needing to replace the physical microchips or hardware.
Q: Is SMSE equipped for Post-Quantum Cryptography (PQC)?
A: Absolutely. We specialize in implementing NIST-approved post-quantum algorithms that protect data against "Harvest Now, Decrypt Later" attacks by future quantum computers.
Q: What is the difference between your Quantum and Non-Quantum encryption?
A: Quantum Encryption uses the laws of physics (photons) to detect eavesdropping instantly. Non-Quantum Encryption uses advanced mathematics (like AES-256) to secure current standard digital traffic.
Q: Do you offer custom training programs for internal teams?
A: Yes. Part of our "Train & Deploy" phase includes hands-on technical workshops for your internal engineering and IT teams to ensure they can manage and maintain the new secure infrastructure.
Q: Does your SoC architecture comply with international security standards?
A: Yes, our designs are engineered to align with FIPS 140-3, ISO/IEC 19790, and national security framework requirements.
Q: Can your security solutions be integrated into legacy infrastructure?
A: We specialize in "Hybrid Integration," where we wrap existing systems in a layer of post-quantum protection, allowing you to upgrade without a total "rip-and-replace."
Q: How do you protect against hardware-level "Backdoors"?
A: We utilize a Hardware Root of Trust (HRoT) and rigorous simulation to ensure that the silicon itself is untampered and secure from the point of manufacture.