Technology Intelligence

Protocol Comparison Matrix

Hyperledger is not the only way. Here is the full deployment model landscape — from managed BaaS to sovereign appchains.

Protocol Comparison

Protocol	Category	TPS	Smart Contracts	Best For	Deploy Time
Hyperledger Fabric	Permissioned Consortium	3,500	Go, Java, Node.js	Supply chain, data sharing, B2B consortia	2–4 weeks
Hyperledger Besu	EVM-Compatible Enterprise	200–800	Solidity	Tokenization, RWA, financial assets	1–2 weeks
Custom EVM Fork (Geth/Besu)	Sovereign L1	500–2,000	Solidity	Government deployments, zero-gas networks, CBDC	4–8 weeks
Polygon CDK	ZK-Powered Appchain	20,000	Solidity	Consumer apps, gaming, national loyalty, RWA with global liquidity	2–6 weeks
Avalanche L1	Sovereign Subnet	4,500	Solidity	Institutional tokenization, MENA sovereign deployments	2–4 weeks
R3 Corda	Financial Services	170	Kotlin, Java	Banking, insurance, financial contracts	4–8 weeks

The 4 Deployment Models

Managed BaaS

Cloud provider runs the nodes. Zero ops overhead. V2 BLaaS or AWS Managed Blockchain.

Use when: Fast PoCs, low-ops consortia, Lane A deployments

Pros

Zero infrastructure overhead

Saudi sovereign cloud available (V2 BLaaS)

Fastest time to deploy

Cons

Vendor lock-in

Less control over consensus

Higher long-term cost

Self-Hosted Nodes

You run Besu or Fabric nodes on your own KSA infrastructure. Full control, full responsibility.

Use when: B2B consortia, regulated financial use cases, SAMA/CMA requirements

Pros

Full data sovereignty

NCA ECC compliance easier

Consortium partners trust it more

Cons

DevOps overhead

Requires Saudi cloud infra

Slower initial setup

Custom EVM Fork

Fork Geth or Besu. Run your own validators. Zero-gas transactions. Custom consensus rules.

Use when: Government deployments, sovereign networks, CBDC-style infrastructure

Pros

Complete protocol control

Zero gas fees for users

Proven at sovereign level (Project Aber)

Cons

Requires blockchain engineering expertise

No community support

Security audit mandatory

Sovereign Appchain

Polygon CDK or Avalanche L1. Your own chain, your validators, optional bridges to public liquidity.

Use when: Consumer apps, national loyalty, tokenization with global reach

Pros

EVM compatible

High TPS (20K+)

Future bridge to global liquidity

Cons

More complex architecture

CMA required if tokens have fiat value

Newer tech, less enterprise precedent

Quick Decision Guide

Supply chain / data sharing / multi-org consortium?

Hyperledger Fabric

Tokenization, RWA, sukuk, or digital assets?

Hyperledger Besu or Polygon CDK

Want to be the infrastructure layer (sell the rails)?

Sovereign Appchain (Polygon CDK or Avalanche L1)

Government / sovereign / CBDC-style deployment?

Custom EVM Fork (Geth/Besu)

Consumer app with zero-gas UX requirement?

Polygon CDK Validium mode

Bank-to-bank financial contracts?

R3 Corda

The Fork Angle

Forking Besu or Geth to create a standalone private network is exactly what SAMA and CBUAE did for Project Aber. It's proven, it's compliant, and it gives you zero-gas transactions, custom consensus rules, and full data sovereignty. If your team can fork a chain, this is a legitimate path to building infrastructure that no one else in KSA has — and potentially selling it as a service to government entities and banks.