PandaSecurity Team is a Web3 security research team dedicated to protecting decentralized protocols through advanced smart contract auditing, vulnerability discovery, and protocol security analysis.
As blockchain ecosystems continue to grow, security vulnerabilities have become one of the biggest challenges facing Web3 projects. A single mistake in smart contract logic, economic design, or access control can result in catastrophic financial losses.
Our mission is simple: help protocols identify critical risks before attackers do.
We combine deep EVM knowledge, manual code review expertise, and real-world attack analysis to provide security insights for the next generation of decentralized applications.
The Web3 ecosystem requires more than automated scanning tools. Modern protocols contain complex interactions between smart contracts, economic incentives, external dependencies, and user behavior.
Our security research focuses on:
Every protocol has unique risks. Our approach combines automated tools with intensive manual research to discover vulnerabilities that traditional scanners often miss.
At PandaSecurity Team, we believe security research is the foundation of effective auditing.
Our researchers actively participate in competitive security reviews and vulnerability research across the Web3 ecosystem. Through analyzing real-world protocols and attack patterns, we continuously improve our understanding of emerging threats.
We focus not only on finding bugs, but also understanding how attackers think.
A successful security review requires answering important questions:
By looking at protocols from an attacker’s perspective, we help teams build stronger security foundations.
We perform comprehensive manual reviews of Solidity and EVM-based smart contracts, identifying vulnerabilities across contract logic, architecture, and implementation.
Our audit process includes:
DeFi protocols introduce complex financial mechanisms that require specialized security knowledge.
We analyze:
Our reviews focus on both technical vulnerabilities and economic attack vectors.
Security is not limited to individual contracts.
We evaluate complete protocol architectures, including:
Our goal is to help teams understand their complete security landscape.
The future of decentralized technology depends on trust, transparency, and security.
At PandaSecurity Team, we work with Web3 builders to reduce risks, improve protocol resilience, and protect users from potential attacks.
Whether you are preparing a mainnet launch, expanding protocol functionality, or reviewing an existing system, our security researchers are ready to help identify hidden risks before they become real-world incidents.
Security is not a final step.
It is the foundation of every successful Web3 protocol.
A missing authorization check in an unverified Ethereum order factory allowed any caller to create orders for active buyers, assign themselves as the seller, and abort those orders to receive the buyers' escrowed ETH. One transaction extracted 20.247 ETH from five victims.
how a permissionless registration and cross-vault double-counting of stETH allowed a flash loan attacker to drain approximately 9.25 ETH from RedSonic Vault. Full technical breakdown, attack steps, addresses, and security lessons.
UNCX's token vesting contract lost roughly $87.7K when an attacker exploited a share-accounting flaw in release(), topUpVesting(), and cancel(). We break down the root cause, the exact attack sequence, and what builders should take away from it — without the jargon.
Autheo’s THEO token lost 92% after attackers used a Hyperlane TrustedRelayerIsm misconfiguration to mint 19 million unbacked tokens on Base and extract roughly $1.76 million. Here’s how the attack worked and why single-key security models remain dangerous for cross-chain assets.