Objlab
// Research and development

Neuroq: our work on silicon.

Objlab does not only do software. Neuroq is a neuromorphic platform for two precise domains — blockchain transaction validation and high-volume security event analysis — with a hardware accelerator covered by a patent. The software already runs; the silicon is the road.

The patent

102026000009331

Authority
UIBM — Italian Patent and Trademark Office
Filed
7 April 2026
Claims
27
IPC classes
H10D 48/01 · G06N 99

The classifications say more than the title: the first is semiconductors, the second specific computing models. It sits on both sides of the hardware/architecture line.

Three modes on one piece of silicon

This is what the reconfigurable-tile claims cover: a single circuit that changes how it operates, instead of three separate accelerators.

Deterministic

Blockchain

Cryptographic acceleration for block validation, with support for lattice-based post-quantum primitives.

Event-driven

AI

A spiking neural network with integrate-and-fire neurons: it reacts to events instead of burning cycles. That is how patterns and temporal dynamics get read.

Stochastic

Quantum-inspired

A probabilistic mode with a hardware random number generator, for optimisation and entropy. It is not a quantum computer, and we do not call it one.

Why the software already exists

The architectural choice that holds today and tomorrow together.

  • The engine is a C++17 library with Python bindings, running on ordinary CPUs today.
  • Between engine and compute sits a hardware abstraction layer exposing the same interface on CPU and accelerator.
  • When the accelerator arrives it replaces the backend, with no change to application code.
  • Anyone integrating the library into their own product rewrites nothing to move to silicon.

What it is for

Two domains, chosen because that is where an event-driven architecture changes the maths.

Blockchain validation

Validator nodes spend resources even on trivial blocks, because deterministic cryptographic pipelines do not adapt to what they are looking at.

High-volume security

A security operations centre handles millions of events per second, and existing platforms scale linearly in CPU: cost and latency rise with traffic.

If you work on distributed validation, SIEM or security infrastructure, we want the conversation.

Let’s talk