Consumer Apps

Build apps that scale to millions of users with real-time speed. All on Solana.

Why Real-Time Consumer Apps?

Consumers don’t care about infrastructure, they care about experiences that feel instant, reliable, and secure. Ephemeral Rollups make this possible: real-time execution, owned data, and composability by design.

MagicBlock supercharges Solana

Real-Time Performance

Near-instant transactions for seamless experiences.

True Digital
Ownership

Data and assets live onchain, controlled by the user, not a centralized server.

Composability

Features and logic can plug into a wider ecosystem, letting apps extend each other instead of living in silos.

With MagicBlock, consumer apps feel as smooth as Web2 but come with the permanence, security, and network effects of Web3.

From Fragile Servers to Living Worlds

Scalability

User Ownership

Integrations

Performance

Traditional Apps

Scalability

Centralized servers, costly scaling

User Ownership

Platforms control accounts, data, and assets

Integrations

Closed systems, hard to integrate with other apps

Performance

Latency and bottlenecks, especially at scale

Building with MagicBlock

Scalability

Stateless infra, scale on demand

User Ownership

Users own their identities and assets directly onchain

Integrations

Composable logic lets apps plug into and extend each other

Performance

Ephemeral Rollups prioritize user actions for real-time responsiveness

Under the Hood: 

Solana + Ephemeral Power

Smart contracts live on Solana. Real-time logic runs inside Ephemeral Rollups. All composable, secure, and gasless.

rust
#[ephemeral]

#[program]


pub mod counter {

    use super::*;



    /// Initialize the counter.

    pub fn initialize(ctx: Context<Initialize>) -> Result<()> {

        let counter = &mut ctx.accounts.counter;

        counter.count = 0;
       Ok(())

    }


    /// Increment the counter.

    pub fn increment(ctx: Context<Increment>) -> Result<()> {

        let counter = &mut ctx.accounts.counter;

        counter.count += 1;

        Ok(())

    }



    /// Delegate the account to the delegation program

    pub fn delegate(ctx: Context<DelegateInput>) -> Result<()> {

        ctx.accounts.delegate_pda(

            &ctx.accounts.payer,


            &[TEST_PDA_SEED],


            DelegateConfig::default(),

        )?;

        Ok(())

    }
}