---
title: KOURAN | Garmo Labs
url: https://garmolabs.com/marketplace/families/kouran
description: Garmo Labs chips, software and semiconductor IP.
---

IP FAMILY EXPLORER

# KOURAN

Related canonical identities, organized together. A shared family is not a claim that every release is mutually compatible or equally qualified.

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## 5 named technologies.

[All families ](https://garmolabs.com/marketplace/families)

Security & cryptography

[## KOURAN Authority-Epoch-Domain-Version Security Composition](https://garmolabs.com/ip/kouran-authority-epoch-domain-version-security-composition-ip-3643)

Composite KOURAN security model combines authority/bounds/rights, epoch revocation, domain isolation, object versioning, replay checks and an external hardened cryptographic boundary.

Source / reference evidence

IP-3643 · Source / reference evidence

Security & cryptography

[## KOURAN Continuation Token Execution Model](https://garmolabs.com/ip/kouran-continuation-token-execution-model-ip-3632)

Execution is driven by continuation tokens rather than SKYRA hyperblocks; a continuation becomes eligible when dependency tokens, authority state and expected object version satisfy the architectural contract.

Source / reference evidence

IP-3632 · Source / reference evidence

AI & tensor compute

[## KOURAN Morphable Compute Lattice Architecture](https://garmolabs.com/ip/kouran-morphable-compute-lattice-architecture-ip-3645)

One morphable PE lattice is intended to map dense matrix, sparse tensor, vector, reduction, graph and solver/search primitives rather than separate fixed-function dense/sparse islands.

Source / reference evidence

IP-3645 · Source / reference evidence

Memory & coherency

[## KOURAN Node/Package-Independent SRAM/PHY Boundary Architecture](https://garmolabs.com/ip/kouran-node-package-independent-sram-phy-boundary-architecture-ip-3649)

Stable SRAM and streaming PHY wrappers isolate KOURAN digital logic from foundry/vendor memory and I/O hard macros so the architecture can target SKY130, N2, 18A-class and package-specific implementations.

Source / reference evidence

IP-3649 · Source / reference evidence

CPU & execution

[## KOURAN Segment-Journal Precise Recovery Architecture](https://garmolabs.com/ip/kouran-segment-journal-precise-recovery-architecture-ip-3636)

Fine-grained side-effect segments journal destination/value updates and discard them on fault or drain them only after commit, avoiding whole-hyperblock recovery granularity.

Source / reference evidence

IP-3636 · Source / reference evidence

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