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Architecting Hardware-Rooted Trust
Architecting Hardware-Rooted Trust
Architecting Hardware-Rooted Trust
and Next-Gen Compute on Silicon.
and Next-Gen Compute on Silicon.
and Next-Gen Compute on Silicon.
Trusted by 10K+ Teams
4.9 /5
Modern software encryption is collapsing against quantum algorithms. Tashkian Semiconductor designs tape-out ready Post-Quantum Cryptography (PQC) security and ultra-efficient In-Memory Compute IP directly into physical silicon.
>
SILICON RoT
SILICON RoT
→
→
POST-QUANTUM
POST-QUANTUM
LAYER FOR
LAYER FOR
❏❐
❏❐
ENTERPRISE
ENTERPRISE
<
[n.
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> key value
Physical Silicon Defense.
Zero Exposure.
Physical Silicon Defense.
Zero Exposure.
Physical Silicon Defense.
Zero Exposure.
//
001
PQC TPM Root-of-Trust
Hardware Root-of-Trust (RoT) architecture featuring seed-resident key generation, authenticated boot locks, and lattice compression (tpm_kemcodec).
Non-Volatile In-Memory Compute
//
001
PQC TPM Root-of-Trust
Hardware Root-of-Trust (RoT) architecture featuring seed-resident key generation, authenticated boot locks, and lattice compression (tpm_kemcodec).
Non-Volatile In-Memory Compute
//
001
PQC TPM Root-of-Trust
Hardware Root-of-Trust (RoT) architecture featuring seed-resident key generation, authenticated boot locks, and lattice compression (tpm_kemcodec).
Non-Volatile In-Memory Compute
//
002
Post-Quantum TPM (RoT)
Hardware Root-of-Trust architecture with seed-resident key generation, authenticated boot locks, and verified modular testbench (tb_tpm_top).
TAPE-OUT READY SILICON
//
002
Post-Quantum TPM (RoT)
Hardware Root-of-Trust architecture with seed-resident key generation, authenticated boot locks, and verified modular testbench (tb_tpm_top).
TAPE-OUT READY SILICON
//
002
Post-Quantum TPM (RoT)
Hardware Root-of-Trust architecture with seed-resident key generation, authenticated boot locks, and verified modular testbench (tb_tpm_top).
TAPE-OUT READY SILICON
//
003
Resistive In-Memory Compute
Analog crossbar architecture combining memory and compute with Thermal Drift Compensation and Sparsity-Aware row activation.
ReRAM NVM-IMC CORE
//
003
Resistive In-Memory Compute
Analog crossbar architecture combining memory and compute with Thermal Drift Compensation and Sparsity-Aware row activation.
ReRAM NVM-IMC CORE
//
003
Resistive In-Memory Compute
Analog crossbar architecture combining memory and compute with Thermal Drift Compensation and Sparsity-Aware row activation.
ReRAM NVM-IMC CORE
[n.
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> Performance
Mathematical Certainty.
Physical Gate Protection.
Mathematical Certainty.
Physical Gate Protection.
Mathematical Certainty.
Physical Gate Protection.
< 1.8s
Key Encap Latency
2-4x
Microsecond Latency
~ 90%
DOM Masking Security
< 1.8s
Verified tb_tpm_top RTL
0
0
100
100
200
200
300
300
400
400
500
500
600
600
700
700
800
800
[n.
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> core capabilities
DATA
SIGNALS
ReRAM Crossbar Architecture
// 001
Resistive crossbar array co-locating compute and memory with thermal drift compensation and sparsity-aware row controllers for massive energy efficiency.
Actionable
logic
Intelligent Processing
// 002
Apply AI to analyze, reason, and adapt dynamically across different workflows and use cases.
RESULTS
STRUCTURE
Actionable Output
// 003
Generate structured, reliable outputs that can be used, refined, and integrated into real workflows.
Three Silicon Pillars.
Zero Software Compromises.
[n.
03
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11
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> core capabilities
DATA
SIGNALS
ReRAM Crossbar Architecture
// 001
Resistive crossbar array co-locating compute and memory with thermal drift compensation and sparsity-aware row controllers for massive energy efficiency.
Actionable
logic
Intelligent Processing
// 002
Apply AI to analyze, reason, and adapt dynamically across different workflows and use cases.
RESULTS
STRUCTURE
Actionable Output
// 003
Generate structured, reliable outputs that can be used, refined, and integrated into real workflows.
Three Silicon Pillars.
Zero Software Compromises.
[n.
03
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11
]
> core capabilities
DATA
SIGNALS
ReRAM Crossbar Architecture
// 001
Resistive crossbar array co-locating compute and memory with thermal drift compensation and sparsity-aware row controllers for massive energy efficiency.
Actionable
logic
Intelligent Processing
// 002
Apply AI to analyze, reason, and adapt dynamically across different workflows and use cases.
RESULTS
STRUCTURE
Actionable Output
// 003
Generate structured, reliable outputs that can be used, refined, and integrated into real workflows.
Three Silicon Pillars.
Zero Software Compromises.
Hardware-Rooted Assurance
From synthesizable Verilog to physical packaging, every hardware gate is engineered for zero-compromise security and computational efficiency.
Zero Software Wrappers
Physical silicon gates protecting enterprise storage, sovereign defense systems, and mission-critical cloud infrastructure.
Foundry-Ready Tape-Out
Side-channel attack resilience with hardware DOM masking and glitch monitor integration.
[n.
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> How It Work
From Math to Silicon.
RTL to Tape-Out.
From Math to Silicon.
RTL to Tape-Out.
From Math to Silicon.
RTL to Tape-Out.
// 001
// 002
// 003
// 004
Hardware PQC IP (FIPS 203/204)
NIST standard ML-KEM and ML-DSA acceleration cores with dedicated NTT units and polynomial multipliers driving microsecond key generation.
// 001
NIST standard ML-KEM and ML-DSA acceleration cores with dedicated NTT units and polynomial multipliers driving microsecond key generation.
Hardware PQC IP (FIPS 203/204)
// 002
Transform inputs into structured, meaningful outputs in real time.
Process with AI
// 003
Turn processed data into actionable outputs ready to use, refine, or share.
Generate results
// 004
Iterate, adjust inputs, and continuously improve results over time.
Refine and repeat
[n.
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> Silicon RTL & Synthesis
import { Client } from "@tashkian/silicon"; const client = new AIClient({ apiKey: process.env.TASHKIAN_ROT_KEY,}); // Send input & contextconst response = await client.generate({ task: "summarize", input: "summarize the following document into key insights",}); // Trigger next actionif (metadata.score > 0.8){ await notifyUser(output);}Silicon-Proven Cores.
Deploy with Confidence.
Silicon-Proven Cores.
Deploy with Confidence.
Silicon-Proven Cores.
Deploy with Confidence.
SystemVerilog RTL
Synthesizable SystemVerilog RTL cores with verified modular testbench suites (tb_tpm_top).
SystemVerilog RTL
Synthesizable SystemVerilog RTL cores with verified modular testbench suites (tb_tpm_top).
EDA Synthesis
Synopsys DC & Cadence Genus synthesis scripts targeting TSMC N3/N5 with sub-ns timing closure.
EDA Synthesis
Synopsys DC & Cadence Genus synthesis scripts targeting TSMC N3/N5 with sub-ns timing closure.
UVM Testbench
Pre-silicon regression testbench (vsim / VCS) verifying NIST FIPS 203/204 compliance.
UVM Testbench
Pre-silicon regression testbench (vsim / VCS) verifying NIST FIPS 203/204 compliance.
[n.
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> Document
Complete RTL & Testbench.
Tape-Out Ready tb_tpm_top.
Complete RTL & Testbench.
Tape-Out Ready tb_tpm_top.
Complete RTL & Testbench.
Tape-Out Ready tb_tpm_top.
Everything you need to get started.
Explore features, and integrate smoothly, without unnecessary complexity.
[n.
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> Testimonial
Silicon-Proven Reliability.
Endorsed by Hardware Architects.
“Physical gate-level security and verified RTL tape-out readiness. Tashkian protects sovereign enterprise datacenters from quantum breach.”
Emily Carter
Frontend Engineer
“Tashkian’s analog NVM-IMC core slashed energy consumption by 14x on matrix multiplication benchmarks while maintaining robust drift compensation.”
David K.
Full-Stack Developer
Silicon-Proven Reliability.
Endorsed by Hardware Architects.
“Physical gate-level security and verified RTL tape-out readiness. Tashkian protects sovereign enterprise datacenters from quantum breach.”
Emily Carter
Frontend Engineer
“Tashkian’s analog NVM-IMC core slashed energy consumption by 14x on matrix multiplication benchmarks while maintaining robust drift compensation.”
David K.
Full-Stack Developer
Silicon-Proven Reliability.
Endorsed by Hardware Architects.
“Physical gate-level security and verified RTL tape-out readiness. Tashkian protects sovereign enterprise datacenters from quantum breach.”
Emily Carter
Frontend Engineer
“Tashkian’s analog NVM-IMC core slashed energy consumption by 14x on matrix multiplication benchmarks while maintaining robust drift compensation.”
David K.
Full-Stack Developer
[n.
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> Pricing
Simple pricing.
Pay for what you use.
Monthly
Annually
SAVE 20%
FPGA Evaluation Kit
For architecture exploration, FPGA prototyping, and benchmark validation.
$9.00
/month
Includes:
Basic AI processing
Limited monthly usage
Standard response speed
Community support
most popular
Single-SoC Production
For commercial ASIC tape-outs and dedicated SoC integration.
$19.00
/month
Includes everything in FPGA Evaluation Kit, plus:
Higher usage limits
Faster processing
Priority API access
Workflow customization
Email support
Foundry & Defense License
For sovereign defense programs, multi-project tapeouts, and custom foundry silicon.
$49.00
/month
Includes everything in FPGA Evaluation Kit & Single-SoC Production, plus:
Unlimited usage
Dedicated performance
Advanced workflow control
Team & collaboration features
Priority support
Simple pricing.
Pay for what you use.
Monthly
Annually
SAVE 20%
FPGA Evaluation Kit
For architecture exploration, FPGA prototyping, and benchmark validation.
$9.00
/month
Includes:
Basic AI processing
Limited monthly usage
Standard response speed
Community support
most popular
Single-SoC Production
For commercial ASIC tape-outs and dedicated SoC integration.
$19.00
/month
Includes everything in FPGA Evaluation Kit, plus:
Higher usage limits
Faster processing
Priority API access
Workflow customization
Email support
Foundry & Defense License
For sovereign defense programs, multi-project tapeouts, and custom foundry silicon.
$49.00
/month
Includes everything in FPGA Evaluation Kit & Single-SoC Production, plus:
Unlimited usage
Dedicated performance
Advanced workflow control
Team & collaboration features
Priority support
Simple pricing.
Pay for what you use.
Monthly
Annually
SAVE 20%
FPGA Evaluation Kit
For architecture exploration, FPGA prototyping, and benchmark validation.
$9.00
/month
Includes:
Basic AI processing
Limited monthly usage
Standard response speed
Community support
most popular
Single-SoC Production
For commercial ASIC tape-outs and dedicated SoC integration.
$19.00
/month
Includes everything in FPGA Evaluation Kit, plus:
Higher usage limits
Faster processing
Priority API access
Workflow customization
Email support
Foundry & Defense License
For sovereign defense programs, multi-project tapeouts, and custom foundry silicon.
$49.00
/month
Includes everything in FPGA Evaluation Kit & Single-SoC Production, plus:
Unlimited usage
Dedicated performance
Advanced workflow control
Team & collaboration features
Priority support
[n.
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> Changelogs
Tape-Out Ready.
Continuous Verification.
Tape-Out Ready.
Continuous Verification.
Tape-Out Ready.
Continuous Verification.
Everything you need to get started.
Explore features, and integrate smoothly, without unnecessary complexity.
mar 18, 2025
Introducing new API feature
Nov 24, 2025
Expanded API capabilities with more flexible input handling and structured output formats. Improved response time and reliability across endpoints.
mar 18, 2025
Workflow Improvements
mar 18, 2025
Enhanced input processing and versatile output formats for our API. Expect faster response times and improved reliability across all endpoints.
dec 07, 2024
Output Optimization
dec 07, 2024
Refined output structure for clearer, more usable results. Better formatting and consistency across repeated runs.
[n.
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> blog
Silicon Milestones.
Mission-Critical Deployment.
Silicon Milestones.
Mission-Critical Deployment.
Silicon Milestones.
Mission-Critical Deployment.
[n.
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> FAQs
Hardware Architecture FAQs.
Mission-Critical Deployment.
//
001
What algorithms are accelerated by Tashkian Hardware PQC IP?
You can build AI-powered automation workflows, smart data processing pipelines, content generation tools, and intelligent task routing systems. Tashkian is designed for mission-critical enterprise systems that needs to process inputs, apply reasoning, and deliver structured outputs — from internal tools to customer-facing features.
//
002
How does Tashkian prevent side-channel and physical probing attacks?
No. Tashkian provides synthesizable RTL and testbenches complexity through clean APIs and workflow primitives. You define what you need — inputs, tasks, and expected outputs — and Tashkian hardware handles cryptographic acceleration in microseconds. Basic programming knowledge is enough to get started.
//
003
What is included in the PQC TPM silicon evaluation package?
Partners receive complete synthesizable SystemVerilog RTL, verified modular testbench suites (tb_tpm_top), FPGA bitstreams for Xilinx UltraScale+, C/C++ driver SDKs, and comprehensive timing/area synthesis scripts.
//
004
How does Analog In-Memory Computing (NVM-IMC) maintain accuracy?
Yes. Tashkian IP cores integrate directly into existing stacks without replacing them. It integrates with common data sources, APIs, and platforms. If your tool can send an HTTP request or run a script, it can interface with Tashkian silicon.
//
005
Is the IP silicon-proven and tape-out ready for commercial foundries?
Yes. Tashkian designs feature hardware-level DOM masking and glitch monitors and consistency in mind — the same input produces the same quality output every time. Teams already use it in live products and automated pipelines, with monitoring and priority support available on higher plans.
[n.
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> FAQs
Hardware Architecture FAQs.
Mission-Critical Deployment.
//
001
What algorithms are accelerated by Tashkian Hardware PQC IP?
You can build AI-powered automation workflows, smart data processing pipelines, content generation tools, and intelligent task routing systems. Tashkian is designed for mission-critical enterprise systems that needs to process inputs, apply reasoning, and deliver structured outputs — from internal tools to customer-facing features.
//
002
How does Tashkian prevent side-channel and physical probing attacks?
No. Tashkian provides synthesizable RTL and testbenches complexity through clean APIs and workflow primitives. You define what you need — inputs, tasks, and expected outputs — and Tashkian hardware handles cryptographic acceleration in microseconds. Basic programming knowledge is enough to get started.
//
003
What is included in the PQC TPM silicon evaluation package?
Partners receive complete synthesizable SystemVerilog RTL, verified modular testbench suites (tb_tpm_top), FPGA bitstreams for Xilinx UltraScale+, C/C++ driver SDKs, and comprehensive timing/area synthesis scripts.
//
004
How does Analog In-Memory Computing (NVM-IMC) maintain accuracy?
Yes. Tashkian IP cores integrate directly into existing stacks without replacing them. It integrates with common data sources, APIs, and platforms. If your tool can send an HTTP request or run a script, it can interface with Tashkian silicon.
//
005
Is the IP silicon-proven and tape-out ready for commercial foundries?
Yes. Tashkian designs feature hardware-level DOM masking and glitch monitors and consistency in mind — the same input produces the same quality output every time. Teams already use it in live products and automated pipelines, with monitoring and priority support available on higher plans.
[n.
11
/
11
]
> FAQs
Hardware Architecture FAQs.
Mission-Critical Deployment.
What algorithms are accelerated by Tashkian Hardware PQC IP?
You can build AI-powered automation workflows, smart data processing pipelines, content generation tools, and intelligent task routing systems. Tashkian is designed for mission-critical enterprise systems that needs to process inputs, apply reasoning, and deliver structured outputs — from internal tools to customer-facing features.
How does Tashkian prevent side-channel and physical probing attacks?
No. Tashkian provides synthesizable RTL and testbenches complexity through clean APIs and workflow primitives. You define what you need — inputs, tasks, and expected outputs — and Tashkian hardware handles cryptographic acceleration in microseconds. Basic programming knowledge is enough to get started.
What is included in the PQC TPM silicon evaluation package?
Partners receive complete synthesizable SystemVerilog RTL, verified modular testbench suites (tb_tpm_top), FPGA bitstreams for Xilinx UltraScale+, C/C++ driver SDKs, and comprehensive timing/area synthesis scripts.
How does Analog In-Memory Computing (NVM-IMC) maintain accuracy?
Yes. Tashkian IP cores integrate directly into existing stacks without replacing them. It integrates with common data sources, APIs, and platforms. If your tool can send an HTTP request or run a script, it can interface with Tashkian silicon.
Is the IP silicon-proven and tape-out ready for commercial foundries?
Yes. Tashkian designs feature hardware-level DOM masking and glitch monitors and consistency in mind — the same input produces the same quality output every time. Teams already use it in live products and automated pipelines, with monitoring and priority support available on higher plans.
//
[#post-quantum]
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[#silicon-trust]
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Evaluate Silicon IP in Minutes
Silicon IP,
Request RTL Evaluation Today!
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[#silicon-trust]
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[#post-quantum]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
Evaluate Silicon IP in Minutes
Silicon IP,
Request RTL Evaluation Today!
//
[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
//
[#post-quantum]
&
[#silicon-trust]
//
[#post-quantum]
&
[#silicon-trust]
Evaluate Silicon IP in Minutes
Silicon IP,
Request RTL Evaluation Today!
//
[#post-quantum]
&
[#silicon-trust]
//
[#post-quantum]
&
[#silicon-trust]
//
[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]
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[#post-quantum]
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[#silicon-trust]