About

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> our mission

4.9 /5

Trusted by
10K+ Teams

Software cannot protect what the hardware fails to secure. As quantum algorithms advance, enterprise data requires mathematical certainty at the physical silicon layer.

Modern software encryption is collapsing against quantum algorithms. Software-only security cannot withstand physical side-channel observation, glitch injection, or memory bus probing.

Tashkian Semiconductor designs tape-out ready Post-Quantum Cryptography (PQC) security and ultra-efficient analog-in-memory compute IP directly in silicon. Our architectures protect enterprise storage, sovereign defense systems, and mission-critical datacenters at the physical gate level.

Because security shouldn't just be a software layer. It must begin in silicon.

Software cannot protect what the hardware fails to secure. As quantum algorithms advance, enterprise data requires mathematical certainty at the physical silicon layer.

Modern software encryption is collapsing against quantum algorithms. Software-only security cannot withstand physical side-channel observation, glitch injection, or memory bus probing.

Because security shouldn't just be a software layer. It must begin in silicon.

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> philosophy

Beyond Software Wrappers. 

Architected in Physical Silicon.

Beyond Software Wrappers. 

Architected in Physical Silicon.

Beyond Software Wrappers. 

Architected in Physical Silicon.

001

Hardware-Rooted Trust

Microsecond latency with dedicated NTT arithmetic units.

001

Hardware-Rooted Trust

Microsecond latency with dedicated NTT arithmetic units.

002

Sub-Microsecond NTT Latency

Resistive In-Memory Computing (NVM-IMC) combining storage with ultra-dense analog compute.

002

Sub-Microsecond NTT Latency

Resistive In-Memory Computing (NVM-IMC) combining storage with ultra-dense analog compute.

003

Tape-Out Ready RTL

Verified in modular testbench suites (tb_tpm_top) with formal proofs.

003

Tape-Out Ready RTL

Verified in modular testbench suites (tb_tpm_top) with formal proofs.

004

Transistor-Level DOM Masking

Domain-Oriented Masking and glitch monitors actively defeat side-channel power analysis.

004

Transistor-Level DOM Masking

Domain-Oriented Masking and glitch monitors actively defeat side-channel power analysis.

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> our team

Semiconductor Architects.

Engineering Transistor-Level Trust.

Semiconductor Architects.

Engineering Transistor-Level Trust.

Semiconductor Architects.

Engineering Transistor-Level Trust.

We are a team of IC design veterans, lattice cryptographers, and mixed-signal engineers building transistor-level security for next-generation defense and datacenter infrastructure.

JOIN US

Taki Al Zaki

Founder & CEO