01. Vision
Confidential and Verifiable Computation
This layer uses FHE, MPC, and Threshold Cryptography to perform verifiable
computations on the blockchain while keeping sensitive data confidential.
We're a research-driven company building on quantum-resistant FHE (Fully Homomorphic Encryption) and MPC (Multi-Party Computation) to make data security and privacy sustainable. Moreover, multi- users’ data can be securely and privately processed — decrypting only when needed and extracting statistical insights if necessary.📊📈
(To be disclosed in Oct. 2025)
f321ce2f5032c6d408f553606755b51378366c99adfa37337c95c1a330577139
SHA256("Primitive Gate")
Go LatticA https://x.com/LatticAwaLLLnut/status/1994684910401987064
(To be disclosed 1H 2026)
e4462274db0498727f14b6ae254c32bbe0b1eda2f61c192ef71c896c88e7b7f5
(To be disclosed 1H 2026)
ffc2d4c64b8a683cc44cc98f910d2d9f7d7d873668f10b0bae14d025421016d8
(To be disclosed 2H 2026)
6c0214904ca1f25da77c4db533603d793f3c1cb335086e84f918ea10677c45d5
Flagship Product — Deterministic Confidential Coprocessor 🏁
Executes blockchain state data on FHE16, enabling public verification. 🔍
Unlike traditional ZK systems limited to fixed state verification, FHE16 keeps the entire state fully encrypted and enables true dynamic state verification without revealing any computation results.
03. Solutions
Deterministic Confidential Coprocessor
Normal transactions stay on-chain, while sensitive data/compute run in a confidential FHE coprocessor—keeping state public.
Encrypted data stays hidden
02. Technology
FHE16
A 16-bit integer computation–centric deterministic FHE structure eliminating floating-point operations and ensuring identical results regardless of the execution environment
Key Features
- Elimination of floating-point operations, ensuring identical results regardless of 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)
waLLLnut's Property is,
- 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 via a Threshold Decryption protocol.
Use case
~Dec.2026
Ongoing
Launch of SVM-based Confidential Layer module
~Nov.2026
LatticA
The Solana-native confidential computing that makes encrypted data computable and verifiable anywhere.
~Dec.2027
Launch of EVM-based Confidential Layer module
04. Team
We are pioneering
Fully Homomorphic Encryption(FHE)
for decentralized, secure, and verifiable computation.
-
Seunghwan Lee (CEO)
이승환Ph.D. in Electronic Engineering, Hanyang University; Leads FHE16 R&D
한양대 전자공학 박사, FHE16 연구·개발 총괄
-
Dohyuk Kim (CTO)
김도혁Leads FHE16 and MPC Implementation
한양대 전자공학 박사과정, FHE 상용화·납품 개발 경험
-
Dong-Joon Shin (CSO)
신동준Establishes Academic-Industry Strategies
한양대 전자공학 교수, 학계·산업 네트워킹 보유
-
KiIn Shin
신기인Marketing Manager and Graphic Designer
마케팅 매니저 · 그래픽 디자이너
-
JiIn Shin
신지인PR Manager and UIUX Designer
PR 매니저 · UI/UX 디자이너
