Avery Core Kinetics 2.8µs emblemAVERY CORE KINETICS
AVERY CORE KINETICS // COMMERCIAL SOLUTIONS & RISK UNDERWRITING

VHDL-2008 Soft IP for Hardware Risk Underwriting

Software trying to police software is an architectural flaw. Avery Core Kinetics delivers 100% synthesizable VHDL-2008 Soft IP cores for FPGA and ASIC compilation—closing the Substrate Gap with hardware-enforced governance beneath the operating system.

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100% Synthesizable VHDL-2008 RTL

Zero host OS modifications. Zero kernel driver patches. Zero application code refactoring. Compiles directly into Xilinx Vivado, Intel Quartus, ModelSim, and Synopsys VCS.

Core Comparisons

The 3 Pillars of Bare-Metal Risk Mitigation

PILLAR 1
THE PHYSICS OF SPEED
Sub-2.8µs Hardware Clamping vs. 50ms Software Delay

Vetoes rogue commands at the bus layer before they reach motors, breakers, flight surfaces, or settlement rails.

PILLAR 2
BELOW-THE-OS AIR-GAPPING
Zero OS/Kernel Dependency vs. Bypassable Middlemen

The governance floor lives in VHDL RTL beneath the OS; it cannot be bypassed by prompt injections or kernel exploits.

PILLAR 3
DETERMINISTIC TRUTH
Hardwired Boolean Gate Vetoes vs. Unverified Host Commands

Boolean envelope checks mathematically permit or veto transactions, producing auditable evidence.

Eight VHDL Industry Solutions

Mapped to the 4 Divisional Pillars

PILLAR 01: GOVERNANCE

DIV-01 // SYNTHESIZABLE RTL

BUS-LOCK™ COMMERCIAL ENTERPRISE & MAIN-STREET

EVALUATE DIV-01 VHDL CORES
DIV-02 // SYNTHESIZABLE RTL

FINTECH, POS & TREASURY (FIN-LOCK™)

EVALUATE DIV-02 VHDL CORES

PILLAR 02: PRE-GOVERNED AI SUITES

DIV-03 // SYNTHESIZABLE RTL

ROBOTICS, MEDTECH & KINETICS (TORQUE-VETO™)

EVALUATE DIV-03 VHDL CORES
DIV-05 // SYNTHESIZABLE RTL

PRE-SILICON, NPU & FOUNDRY (FOUNDRY-VETO™)

EVALUATE DIV-05 VHDL CORES

PILLAR 03: CYBER

DIV-06 // SYNTHESIZABLE RTL

HARDWARE CYBER & BUS ISOLATION (NIST SP 800-193)

EVALUATE DIV-06 VHDL CORES
DIV-07 // SYNTHESIZABLE RTL

UTILITIES, SCADA & POWER (GRID-GUARD™)

EVALUATE DIV-07 VHDL CORES

PILLAR 04: DEFENSE / DoD

DIV-04 // SYNTHESIZABLE RTL

AVIONICS, AEROSPACE & DO-254 (FLIGHT-AERO™)

EVALUATE DIV-04 VHDL CORES
DIV-08 // SYNTHESIZABLE RTL

SOVEREIGN DEFENSE MATRIX (FULL CATALOG PASS)

EVALUATE DIV-08 VHDL CORES
Commercial Value & Risk Underwriting

From Hardware Exposure to an Evidence-Backed Underwriting Case

Insurance carriers and regulators share one requirement: deterministic proof that an autonomous system physically cannot exceed its certified envelope. Software guardrails are probabilistic by nature and un-underwritable at actuation. Avery Core Kinetics replaces probability with physics, executing vetoes in <2.8µs to generate an auditable, non-repudiable safety record.

“Preauthorization may schedule capability. It cannot schedule legitimacy.”
Licensing & Wholesale Tier Pathway

A Fixed, Predictable Path from Evaluation to Enterprise Deployment

STEP 1
LAB BENCH PASS
$7,500 – $27,500

Fixed-price evaluation seat: simulation validation on your target scenario within 14 days. Intake reservation first, engineering review second.

STEP 2
FIELD INTEGRATION
60 DAYS

Guided FPGA field integration on your existing hardware with a deterministic validation report suitable for underwriters and regulators.

STEP 3
WHOLESALE CORE LICENSE
$185,000+ / ANNUM

Full enterprise deployment through the Private Wholesale Portal with unlimited production volume. 100% of Bench Pass fee rolls over into license credit.

When the mathematical truth table lives directly in the silicon... Who audits the software when the software is no longer in the critical path?

EVALUATE ACK BARE-METAL HARDWARE GOVERNANCE

  • 14 to 60-Day Active FPGA Simulation & Verification Rights
  • Cycle-Accurate RTL & Target-Device .SDC Timing Constraints
  • 100% Fee Rollover Credit Applied Toward Wholesale Core Licensing
EXPLORE LAB BENCH PASS TIERS WHOLESALE LICENSING OVERVIEWCAGE / SAM.GOV INTAKE