Earlier this week, we launched the new Giza Agent. It's the most significant upgrade we've ever shipped, and it changes how your capital operates at a fundamental level.

The brain inside is called the Giza Optimizer. And it represents a fundamental shift in how DeFi yield works.

Until now, the question every yield product has tried to answer is: which is the best protocol to deposit all my capital into? 

ARMA worked this way. The entire category has worked this way. Find the highest rate, put everything there, move when something better shows up.

The Giza Optimizer asks a different question entirely: how should your capital be distributed across lending markets to maximize yield given your specific risk preferences?

That's a different paradigm entirely. And it's been leaving money on the table the whole time it went unsolved.

The Giza Optimizer models yield curves across every supported protocol. It calculates exactly how your deposit size affects each one. Then it distributes your capital across them, fully personalized to your constraints, capturing more yield while holding less risk.

This piece breaks down exactly how it works.

Why Single-Protocol Allocation Leaves Money on the Table

The APR you see isn't the APR you get.

When you deposit into a lending protocol, you change the pool. You increase supply, utilization drops, and APR drops with it. A protocol advertising 6% might deliver 5.2% once your capital shifts the curve. The bigger your position, the more the market moves against you.

Chasing "the highest APR" treats yield as a static target. But yield is a curve, and your deposit slides you down it.

To actually optimize, you'd need to model how each protocol's rate responds to your specific deposit size, compare curves across multiple protocols, calculate the optimal split, factor in gas costs, and recompute whenever conditions change. The operational overhead filters out nearly everyone who isn't running infrastructure professionally.

This is where agents become necessary.

How the Giza Optimizer Works

The Giza Optimizer distributes capital across multiple protocols to keep you in each protocol's higher-yield range.

Here's the intuition: if Protocol A offers 6% on the first $500k but drops to 5% beyond that, and Protocol B offers 5.5% on the first $500k, a user with $1M captures more yield by splitting than by concentrating.

$1M in Protocol A alone might yield 5.2% (blended). $500k in A + $500k in B might yield 5.7% (blended).

Same capital. Higher return. The math works because you're staying in the steeper part of each yield curve instead of sliding down one entirely.

The technical process:

Before any allocation decision, the Giza Optimizer constructs a yield curve for each supported protocol by querying at multiple deposit levels, typically 20 points per protocol. This tells the system exactly how APR changes as deposit size increases.

With these curves modeled, the optimizer solves a Mixed-Integer Linear Program (MILP) to find the allocation designed to maximize total portfolio APR minus transaction costs.

We chose MILP over simpler rule-based approaches because yield curves aren't linear. A rule like "move when the spread hits 0.5%" ignores how your own capital changes the math. The tradeoff is computational complexity, but for this problem, precision matters more than speed.

The optimization accounts for:

• Current rates across all protocols

• How your deposit size affects each protocol's utilization

• Gas costs for entering and exiting positions

• Minimum position sizes and protocol-specific constraints

The result is an allocation designed to capture the best risk-adjusted yield available given your capital, your constraints, and current market conditions.

Why It's Also Safer

Yield is only half the equation.

Multi-protocol allocation is fundamentally better risk management. The Giza Optimizer maintains smaller positions across multiple protocols, which means:

Less concentration. No single protocol holds a dominant share of your capital.

Easier exits. Smaller positions mean you can almost always rely on instant withdrawals when you need liquidity.

Contained blast radius. Smart contract risk, governance decisions, oracle failures, liquidity crunches. These can happen. When your capital is distributed across protocols instead of concentrated in one, any single failure affects a fraction of your holdings.

The risk benefits apply to everyone. But there's another dimension: access to your capital. By distributing across protocols instead of concentrating, the optimizer ensures you're never locked into a single pool's liquidity conditions. Your capital stays available when you need it.

Yield gains scale with deposit size. Risk reduction, and capital accessibility, are universal.

This architecture also opens the door to strategies that go beyond yield optimization. Multi-protocol distribution is a prerequisite for more sophisticated financial operations, the kind that only autonomous agents can manage. The optimizer is the foundation.

Who Benefits Most

The Giza Optimizer's multi-protocol distribution activates for deposits over $100k. 

Below that threshold, gas costs and minimum position sizes make splitting across protocols less efficient than single-protocol allocation. The optimizer accounts for this: it only distributes when the math supports it.

For depositors above $100k, the impact is significant. Capital at this scale meaningfully shifts protocol utilization rates, which means yield curve compression hits hardest. The optimizer solves this by distributing across protocols, keeping your capital in each one's higher-yield range. The larger the deposit, the more yield the optimizer captures relative to a single-protocol strategy.

All users benefit from automated management, gas-aware rebalancing, and the agent's continuous monitoring. The optimizer only acts when the move is profitable after transaction costs.

What This Means For You

Before you even deposit, you can see the optimizer in action. 

Set your constraints (protocol exclusions, concentration limits, diversification preferences) and the simulator shows you exactly how the optimizer would allocate your capital. 

Once you deposit, it handles everything from there. It evaluates protocols, models yield curves, distributes capital, and rebalances when conditions change and the move is profitable after gas.

You don't need to monitor rates. You don't need to calculate when moving is worth the cost. You don't need to manually diversify or track protocol risk.

The Giza Agent runs 24/7, remains fully non-custodial, and only acts when it benefits your position. Your capital stays in your smart account. Giza never takes custody.

You define the constraints. The Giza Agent handles the rest.

The real question has always been "how should your capital move across all of them." 

The Giza Optimizer answers that: continuously, autonomously, and personalized to you