waLLLnut

365

Days

Hours

Seconds

waLLLnut’s vision is to ensure both “transparency” and “confidentiality” of data in the next-generation internet infrastructure.

01. Our Technology

FHE16

A 16-bit integer computation–centric deterministic FHE structure that eliminates floating-point operations, ensuring identical results regardless of the execution environment

Key Features

Elimination of floating-point operations, ensuring identical results regardless of the execution environments
Elimination of floating-point environment-specific error issues
Ultra-fast 2.89 ms bootstrapping through GINX gate optimization (suitable for real-time and low-latency applications)

Reference: ePrint 2024/1916

FHE16-based
MPC (SSFHE)

FHE16-based MPC (SSFHE)

A new FHE (FHE16) is based on 16-bit integer arithmetic, utilizing composite numbers of 16-bit primes as its modulus values.

Key Features

O(1) complexity for each of communication, computation,
rounds and input size
O(n κ d²) complexity for generation of evaluation key (ev)
CRT-SPDZ–based secure random number and distribution sampling (including Discrete Gaussian)
Circuit Privacy with active security in a dishonest majority setting

Reference: ePrint 2024/1916

02. Our Service

Deterministic Confidential Coprocessor

Normal transactions stay on-chain, while sensitive data/compute run in a confidential FHE coprocessor—keeping state public.

Keyword

Hide

Encrypted data stays hidden

Confidential Coprocessor
for Solana

On Solana, we apply FHE to sensitive state and code, enabling private execution hidden from external observers.

Keyword

Solana

Encrypted data stays hidden

Fair DeFi

Block trading bots from doing
MEV extraction in order to boost asset growth and returns

Keyword

Fair asset growth

Block trading bots to protect
your assets and boost returns

Confidential
Voting

Demographic vote stats—
no disclosure of individual choices or identities.

Keyword

Privately

Safe and private voting

03. Our Goal

waLLLnut's Confidential Coprocessor locks data with FHE, MPC, and threshold cryptography while running verifiable on-chain compute. It opens only what's needed, ith user consent—reducing MEV bots' edge and keeping markets fair.

04. Our Experience

waLLLnut
makes it
possible that,

Each private state is deterministically encrypted under FHE16 and recorded on-chain
Any state change can be verified by all network participants
State disclosure is propagated across the network via a Threshold Decryption protocol

Use Cases

Protecting DeFi transaction data and preventing MEV

Keep your crypto trades private so others can't peek at your orders.
Block unfair bot tactics that jump ahead to profit from your trade (often called MEV).