GEER_PROTOCOL_v0.1.0

Atomic_Instruction_Composer

System_Status: Operational_v0.1.0

GRIND THE
INEFFICIENCY.

Solana's execution engine for the decentralized machine economy. Atomic instruction packing for the next generation of AI agents.

Live_Execution_Logs

[03:14:15] INFO: Scanning for optimal packing paths...

[03:14:16] WARN: MTU limit approaching (1198/1232 bytes)

[03:14:17] INFO: Instruction compression active (42.1%)

[03:14:18] SUCCESS: Atomic sequence staged. Awaiting signature.

$GEER/Instruction_Packing_Engine

The_Problem

1. Instruction_Limit [1232_BYTES]Solana transactions are capped. Complex arbitrage or multi-hop swaps fail due to MTU size limits.
2. Sequential_Lag [SLIPPAGE]Executing multiple transactions separately introduces latency. Prices move between signatures.

The_Solution

1. Packing_Engine [TETRIS_ALGO]Optimizes and compresses instruction data to squeeze maximum utility into a single atomic block.
2. Atomic_Composer [ZERO_REVERT]A hypervisor for CPI calls. If any step fails, the whole sequence reverts. No wasted gas.

Structural_Analysis_001

Hydraulic_Compression_Node

Thermal_Optimization_Grid

Technical_Specs

Low_Level_Implementation

geer_core_runtime.rs

#[program]
pub mod geer_core {
    pub fn execute_sequence(
        ctx: Context<ExecuteSequence>, 
        blob: Vec<u8>, 
        account_indices: Vec<u8>
    ) -> Result<()> {
        msg!("Instruction: Execute Packed Sequence");
        
        let composer = &mut ctx.accounts.composer_state;
        let instructions = composer::unpack_instructions(&blob, &account_indices)?;
        
        for (i, ix) in instructions.iter().enumerate() {
            // Atomic CPI Execution Logic
            // ...
        }

        Ok(())
    }
}

Efficiency_Report

Compute_Optimization+42.5%

Transaction_Size_Reduction+68.1%

Agent_SDK_v0.1

Node.js / Rust / Python

Mainnet_Deployment