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March 20268 min read

DeFi Infrastructure,
in Silicon

FPGA-grade computation has been standard in TradFi, while on-chain operators aren't using it yet, held back by outdated assumptions & development costs.

I'm designing FPGA-based systems to give on-chain protocols the speed, precision, and determinism that today only centralized venues have. Same chains, dramatically better performance.

Where the Gap Hurts

Every critical layer in DeFi hits the same bottleneck: software that can't compute fast enough between blocks. The protocols aren't the problem, the infrastructure operators run is.

FPGA changes what's architecturally possible.

MetricFPGA
Pricing update cycle<1μs
Parallel computationFully parallel pipelines
Latency consistencyDeterministic (HW clocked)
Per-tick risk checksPipelined, every input
50-pair re-price<1μs
Full decision cycle<100μs

“But block time is 400ms, why does sub-microsecond matter?”

FPGA doesn't race the chain. It races every other market participant.
Short version: block time caps when you land a transaction. FPGA accelerates how fast you process information flows and decide what that transaction should be.

What I Can Accelerate

FPGA infrastructure applies across DeFi:

Showcase: FPGA-Accelerated Prop AMM

To demonstrate the approach concretely, I'm building a proprietary AMM, a vertically integrated DEX where the FPGA engine controls pricing and I provide liquidity directly.

Input
Cross-venue dataCEX + DEX feeds
FPGA Engine
Pricing Pipelinevol, spread, skew, toxicity, all HW
Output
On-Chain AMMdynamic curve updates, prop liquidity, swaps

The Prop AMM is a proof of concept for the broader thesis: any DeFi primitive that depends on fast computation benefits from FPGA infrastructure.

Current Status

Market making engine (on-chain, production)
Live
FPGA pricing pipeline (Xilinx Alveo, HLS)
In Development
Prop AMM on-chain contract
Architecture Defined
Multi-chain deployment
Planned

What I'm Looking For

Ecosystem Grants

Fund FPGA R&D targeted at your chain's specific bottlenecks.

Protocol Integrations

Hardware-accelerated modules for existing protocols (AMM, lending, oracle).

Liquidity Infrastructure

Dedicated market making deployments for token launches, new pairs, ecosystem programs.

The FPGA layer is chain-agnostic and portable. What changes per ecosystem is the on-chain integration and which problem we target first.

Blockchain infrastructure engineer. Building and operating DeFi systems in production. Background in quantitative systems and hardware-software co-design.

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