Substrate Framework & Polkadot Parachain
Mosaic Chain is built on Substrate, the framework powering Polkadot. By connecting to Polkadot as a parachain, Mosaic Chain inherits security, scalability, and interoperability from one of the most robust blockchain ecosystems.
Here's how it all works together.
What is Substrate?
Substrate is a blockchain development framework that lets us build a custom blockchain runtime from the ground up—consensus, governance, assets, and application logic—all optimized for a specific purpose.
Instead of deploying smart contracts on a general-purpose blockchain, Substrate lets us design the entire blockchain architecture. This is why Mosaic Chain can be so specialized for financial applications.
Key advantages of Substrate:
Modular architecture - Builds with pallets (runtime modules) that snap together
Forkless upgrades - Upgrades the blockchain without hard forks via runtime upgrades
Interoperability-ready - Native compatibility with Polkadot and XCM
Battle-tested - Powers Polkadot, Kusama, and dozens of parachains
How Polkadot Works
Polkadot is a sharded blockchain network. Instead of one blockchain trying to do everything, Polkadot connects multiple specialized blockchains—called parachains—that run in parallel.
The architecture:
Relay Chain - Polkadot's central coordination layer. Validates and finalizes blocks from all parachains. Secured by ~1,000 validators with billions in staked DOT.
Parachains - Specialized blockchains connected to the relay chain. Each handles its own transactions and logic.
Collators - Parachain validators that sequence transactions into blocks, then send them to the relay chain for finalization, and maintain the parachain’s state.
Each parachain processes its own transactions independently. The relay chain coordinates everything, finalizes blocks, and provides shared security to all connected parachains.
Mosaic Chain as a Polkadot Parachain
Mosaic Chain is one of Polkadot's parachains. We won a parachain auction and secured a slot on Polkadot's relay chain.
What this means:
Mosaic Chain validators (collators in Polkadot terminology) collect and batch Mosaic Chain transactions.
Blocks are sent to Polkadot's relay chain for validation and finalization by ~1,000 relay chain validators.
Double-checking ensures security - This two-layer validation process protects Mosaic Chain while enabling trustless interoperability with other blockchains.
The result:
Shared security from Polkadot's massive validator set
Our own decentralized validator set (2,000+ validators, when fully onboarded)
True interoperability with other parachains and external blockchains via XCM
Forkless upgrades through runtime upgrades
Shared Security: How It Works
Most blockchains have to bootstrap their own security. They need to attract validators, distribute tokens, and hope enough people stake to keep the network secure. It's slow, expensive, and risky—especially for new chains.
Mosaic Chain skips that entirely.
By connecting to Polkadot as a parachain, Mosaic Chain is secured by Polkadot's validator set—around 1,000 validators with billions of dollars in staked DOT.
How it works:
Mosaic Chain validators produce blocks and handle consensus. Polkadot's relay chain validators check the blocks, validate them, and add them to the relay chain for finalization.
This "double-checking" process means Mosaic Chain gets economic security from Polkadot's massive validator set, while still maintaining our own consensus mechanism (DPoS) for block production.
Security without the bootstrapping cost. That's the parachain advantage.
Scalability Through Parachains
Polkadot's sharded architecture spreads transaction execution across multiple parachains running in parallel. Each parachain processes its own transactions, which means the network scales horizontally as more parachains connect.
Mosaic Chain benefits from this immediately. Instead of competing with thousands of other applications for block space on a single blockchain, Mosaic Chain has its own dedicated execution layer.
This design ensures:
Dedicated throughput for Mosaic Chain transactions
No competition with other applications for block space
Horizontal scalability as Polkadot adds more parachains
Fast finality without sacrificing decentralization
Interoperability: XCM (Cross-Consensus Messaging)
One of the biggest risks in crypto is bridges. Traditional bridge technologies rely on centralized entities, multisig accounts, and trust—which is why billions of dollars have been lost to bridge hacks.
Polkadot solves this with XCM (Cross-Consensus Messaging)—a trustless, native protocol for blockchains to communicate and transfer assets.
How XCM works:
XCM is a messaging format—a language blockchains use to talk to each other
XCMP (Cross-Chain Message Passing) is the network protocol that delivers XCM messages between parachains
Two blockchains that "speak" XCM can seamlessly interact using a standard format
Key XCM features:
Programmability - Expectations for messages, version checking, branching, NFT/asset support
Functional Multichain Decomposition - Remote locking, cross-chain actions, asset namespacing
Bridging - Universal location system for multi-hop setups, connecting to Ethereum, Bitcoin, and beyond
For Mosaic Chain, this means:
Trustless asset transfers between Mosaic Chain and other parachains
Programmable cross-chain interactions—not just token transfers, but complex logic
Bridging to Ethereum, Bitcoin, and Solana via Polkadot's bridge infrastructure
No centralized bridges. No single points of failure. Just native, secure interoperability.
Forkless Upgrades: Runtime Upgrades
Blockchain upgrades are usually painful. On most chains, upgrades require hard forks—validators download new software, coordinate off-chain, and hope the network doesn't split.
Polkadot parachains, including Mosaic Chain, use runtime upgrades instead.
The blockchain's logic is stored on-chain. When an upgrade happens, validators automatically switch to the new runtime. No hard fork. No downtime. No coordination chaos.
Mosaic Chain can roll out new features, optimizations, and fixes seamlessly—without disrupting users or validators.
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