Independent Web3 security practice · Available for hire

Break the logic.Protect the protocol.

Adversarial security research for smart contracts, blockchain clients, and the systems around them—before attackers find the edge case.

RESEARCH_LOG // 2026● LIVE
01
CRITICAL

Accounting · Solvency · Access control

02
HIGH

Consensus mismatch → invalid state accepted

if (assumption != invariant) {
  exploit(surface);
}
03
MEDIUM

Recovery · Availability · Fee mechanics

0+Critical · 5 private
0+High / medium · 6 private
0Programs influenced
#0HackenProof rank

Public track record · 11 private disclosures

01 / Selected work

Evidence over promises.

Public findings across production blockchain systems, DeFi protocols, wallets, and application layers.

Browse the full audit repository

02 / Expertise

Systems thinking.Attacker mindset.

From Solidity contracts to validator clients, reviews are built around the invariants that keep value safe—not a checklist of familiar bugs.

01

Protocol logic

State transitions, invariants, privilege boundaries, and adversarial paths.

02

Economic security

Oracle assumptions, solvency, liquidations, fee mechanics, and manipulation.

03

Client & consensus

Execution clients, networking, serialization, and consensus-critical behavior.

04

Fix verification

Remediation review with clear, reproducible guidance for engineering teams.

Languages & ecosystems

SolidityRustGoMoveC / C++SorobanEVMSVM

03 / The researcher

fromeo016hacks

An independent Web3 security research practice focused on breaking protocol assumptions. Public work spans Cantina, Sherlock, Code4rena, CodeHawks, and HackenProof, with accepted findings across lending, L1/L2 infrastructure, staking, DEXs, wallets, and cross-chain systems.

The track record also includes private disclosures covering 5 additional critical, 4 high, and 2 medium-severity vulnerabilities.

Based in Nigeria. Working globally. Direct researcher-to-team communication from scoping through remediation.

Need a security review?

Let’s make the exploit hypothetical.

Share your scope, timeline, and repository. Get a direct response from the researcher doing the work.

Contact @fromeo_016