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Overview

The optimizer provides stateless capital allocation optimization across DeFi protocols. It computes optimal allocations, generates action plans, and returns execution-ready calldata. Optimizer methods are on the Giza client, not on the Agent instance. They operate at the chain level and do not require a specific smart account. 
import { Giza, Chain } from '@gizatech/agent-sdk';

const giza = new Giza({ chain: Chain.BASE });

// Optimizer methods are called on the Giza client
const result = await giza.optimize({ ... });

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optimize()

Compute the optimal allocation of capital across a set of protocols, given the current allocations and constraints. Returns the target allocations, an action plan describing the required moves, and execution-ready calldata.

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Signature

giza.optimize(options: OptimizeOptions): Promise<OptimizeResponse>

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Parameters

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options
OptimizeOptions
required
Optimization input parameters.
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options.token
Address
required
Token address to optimize for (e.g., USDC).
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options.capital
string
required
Total capital in the token’s smallest unit (e.g., '1000000000' for 1000 USDC). Must be a positive integer string.
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options.currentAllocations
Record<string, string>
required
Current allocation per protocol, as a map of protocol name to amount in smallest units. Use '0' for protocols with no current allocation.
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options.protocols
string[]
required
List of protocol names to consider for allocation. Must contain at least one entry.
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options.chain
Chain
Target chain. Defaults to the chain configured on the Giza client.
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options.constraints
ConstraintConfig[]
Allocation constraints to apply. See Constraints below.
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options.wallet
Address
Smart account address. When provided, the optimizer can use wallet-specific data for more accurate results.

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Returns

Promise<OptimizeResponse>

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Response Types

interface OptimizeResponse {
  optimization_result: OptimizationResult;
  action_plan: ActionDetail[];
  calldata: CalldataInfo[];
}

interface OptimizationResult {
  allocations: ProtocolAllocation[];
  total_costs: number;
  weighted_apr_initial: number;
  weighted_apr_final: number;
  apr_improvement: number;
  gas_estimate_usd?: number;
  break_even_days?: number;
}

interface ProtocolAllocation {
  protocol: string;
  allocation: string;
  apr: number;
}

interface ActionDetail {
  action_type: 'deposit' | 'withdraw';
  protocol: string;
  amount: string;
  underlying_amount?: string;
}

interface CalldataInfo {
  contract_address: string;
  function_name: string;
  parameters: string[];
  value: string;
  protocol: string;
  description: string;
}

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Examples

import { Giza, Chain } from '@gizatech/agent-sdk';

const giza = new Giza({ chain: Chain.BASE });
const USDC = '0x833589fCD6eDb6E08f4c7C32D4f71b54bdA02913';

const result = await giza.optimize({
  token: USDC,
  capital: '1000000000', // 1000 USDC
  currentAllocations: {
    aave: '500000000',
    morpho: '500000000',
  },
  protocols: ['aave', 'morpho', 'moonwell'],
});

// Optimal allocations
console.log('Target allocations:');
for (const alloc of result.optimization_result.allocations) {
  console.log(`  ${alloc.protocol}: ${alloc.allocation} (${alloc.apr}% APR)`);
}

// APR improvement
const { optimization_result } = result;
console.log(`APR: ${optimization_result.weighted_apr_initial}% -> ${optimization_result.weighted_apr_final}%`);
console.log(`Improvement: +${optimization_result.apr_improvement}%`);

if (optimization_result.gas_estimate_usd) {
  console.log(`Gas estimate: $${optimization_result.gas_estimate_usd}`);
}
if (optimization_result.break_even_days) {
  console.log(`Break-even: ${optimization_result.break_even_days} days`);
}

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Constraints

Constraints control how the optimizer distributes capital. Pass them in the constraints array of OptimizeOptions.

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WalletConstraints Enum

enum WalletConstraints {
  MIN_PROTOCOLS = 'min_protocols',
  MAX_ALLOCATION_AMOUNT_PER_PROTOCOL = 'max_allocation_amount_per_protocol',
  MAX_AMOUNT_PER_PROTOCOL = 'max_amount_per_protocol',
  MIN_AMOUNT = 'min_amount',
  EXCLUDE_PROTOCOL = 'exclude_protocol',
  MIN_ALLOCATION_AMOUNT_PER_PROTOCOL = 'min_allocation_amount_per_protocol',
}

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ConstraintConfig (Optimizer)

interface ConstraintConfig {
  kind: WalletConstraints;
  params: Record<string, unknown>;
}
The optimizer uses its own ConstraintConfig type where kind is a WalletConstraints enum value. The agent’s ConstraintConfig uses a plain string for kind. Both are exported from the SDK — use OptimizerConstraintConfig for the optimizer variant if you need to distinguish them.

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Constraint Reference

ConstraintDescriptionExample Params
MIN_PROTOCOLSRequire allocation across at least N protocols{ min_protocols: 2 }
MAX_ALLOCATION_AMOUNT_PER_PROTOCOLCap each protocol at N% of total capital{ max_allocation: 50 }
MAX_AMOUNT_PER_PROTOCOLCap each protocol at an absolute amount{ max_amount: 500000000 }
MIN_AMOUNTMinimum total allocation amount{ min_amount: 100000000 }
EXCLUDE_PROTOCOLExclude a specific protocol{ protocol: 'compound' }
MIN_ALLOCATION_AMOUNT_PER_PROTOCOLMinimum allocation per protocol{ min_allocation: 50000000 }

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Constraint Example

import { WalletConstraints } from '@gizatech/agent-sdk';

const constraints = [
  {
    kind: WalletConstraints.MAX_ALLOCATION_AMOUNT_PER_PROTOCOL,
    params: { max_allocation: 40 },
  },
  {
    kind: WalletConstraints.MIN_PROTOCOLS,
    params: { min_protocols: 3 },
  },
  {
    kind: WalletConstraints.EXCLUDE_PROTOCOL,
    params: { protocol: 'compound' },
  },
];

const result = await giza.optimize({
  token: USDC,
  capital: '10000000000',
  currentAllocations: { aave: '0', morpho: '0', moonwell: '0' },
  protocols: ['aave', 'morpho', 'moonwell'],
  constraints,
});