As cybersecurity threats and vulnerabilities continue to escalate, the need for a unified approach to protecting digital assets within blockchain and Web3 technology has never been greater. Zokyo, FailSafe, and Mamoru have joined forces to address these rising concerns, pooling their expertise to create robust measures that safeguard digital assets and transactions.

Together, these three entities combine their specialized capabilities to offer a comprehensive solution that is robust, peer-reviewed, and acknowledged as the gold standard of Web3 security. The result is a multi-layered security framework designed specifically for the complex domains of blockchain and Web3 technology.

The Challenge of Web3 Security

The Web3 landscape presents unique security challenges that traditional cybersecurity models were never designed to handle. Smart contracts, decentralized finance protocols, and blockchain-based applications all introduce novel attack surfaces that require specialized protection.

From complex phishing attempts and private key theft to smart contract hacks and flash-loan exploits, the threat vectors targeting Web3 platforms are both sophisticated and constantly evolving. A single vulnerability can lead to the loss of millions in digital assets, making proactive and layered defense not just advisable but essential.

Recognizing that no single tool or methodology can address the full spectrum of these risks, Zokyo, FailSafe, and Mamoru have built a collective approach - one that covers the entire security lifecycle from pre-deployment auditing through real-time monitoring and automated threat response.

Zokyo: Securing Smart Contracts Before Deployment

Zokyo is on a relentless mission to make every organization leveraging blockchain technology secure from cyber threats and confident in its readiness. By delivering dynamic Web3 cyber defense and economic solutions, Zokyo combines services and products powered by industry-leading expertise, intelligence, and innovative technology.

Zokyo provides end-to-end Web3 security services, protecting entities through:

  • Smart contract and blockchain protocol reviews and audits: Rigorous analysis of code before deployment to identify vulnerabilities, logic errors, and potential exploits
  • Cryptographic analysis: Assessment of cryptographic implementations to ensure data integrity and protection
  • Digital asset exchange and wallet assessments: Comprehensive security evaluations of platforms where assets are stored and traded

With a track record of over 300 audits safeguarding in excess of $200 billion in digital assets, Zokyo's expertise in pre-deployment security forms the critical first layer of the collective defense framework.

FailSafe: Transaction Interception and Asset Protection

FailSafe proactively guards digital assets against increasingly evolving cyberattacks - including critical and worst-case scenarios such as complex phishing attempts, private key theft, smart contract hacks, and more.

FailSafe offers a multi-tiered security solution that combines three core capabilities:

  • Risk assessment: Continuous evaluation of threat landscapes and vulnerability exposure across protected platforms
  • Automated responses: Instant, programmatic reactions to detected threats that can halt malicious transactions before they complete
  • User-driven asset protection: Tools and controls that empower individual users to manage and safeguard their own digital assets

This multi-tiered approach provides comprehensive defense against theft and fraud in the Web3 ecosystem. FailSafe's transaction interception software adds the second critical layer to the security framework - catching threats that may have bypassed pre-deployment audits and providing real-time protection at the transaction level.

Zokyo also conducted a comprehensive security assessment of FailSafe's systems, examining both cloud infrastructure and smart contract components. The audit of FailSafe's interceptor and signing server codebase yielded zero critical issues, with the assessment concluding that "the contract demonstrates superb writing and organisation."

Mamoru: Real-Time Threat Detection and Intelligence

Built in-house by Zokyo, Mamoru leads the charge in Web3 security, offering unparalleled protection against zero-day cyber attacks, economic risks, and on-chain anomalies. Mamoru safeguards digital assets, blockchain protocols, and Web3 applications from potential losses and threats.

Powered by advanced machine learning, Mamoru's real-time threat intelligence detects and anticipates cyber, economic, and governance threats. It connects seamlessly to automated playbooks for instant risk prevention and mitigation.

Threat Detection Capabilities

Mamoru continuously monitors blockchain activity and guards against a wide range of attack vectors:

  • Price Manipulation Attacks: Detects and responds to suspicious price changes on decentralized exchanges or price oracles
  • Reentrancy Attacks: Prevents potential exploits by monitoring smart contract function calls in real time
  • Transaction Anomalies: Analyzes transactions for fraud indicators such as double-spending or unusual gas fees
  • Events and Call Traces: Identifies irregularities in smart contract events and call traces that could indicate manipulation
  • Flash-Loan Attacks: Monitors for large, rapid transactions designed to exploit protocol mechanics

Mamoru detects and remediates threats and anomalies on blockchains 24/7 using custom agents designed to prevent exploits before they happen. It scans on-chain interactions associated with monitored smart contract addresses with zero latency and minimal false positives.

The Collective Security Framework

The true power of this partnership lies in how the three solutions complement each other across the entire security lifecycle:

  • Pre-deployment (Zokyo): Smart contracts and protocols are rigorously audited before they go live, catching vulnerabilities at the source
  • Transaction-level (FailSafe): Once deployed, FailSafe's interception layer monitors and protects transactions in real time, halting malicious activity before damage is done
  • On-chain monitoring (Mamoru): Continuous AI-powered surveillance of blockchain activity detects emerging threats, anomalies, and zero-day attacks across the entire protocol surface

As Andrew Rowlstone, the Managing Director of Zokyo, stated: "Through harnessing Zokyo's expertise in securing smart contracts before deployment, incorporating FailSafe's transaction interception software, and integrating Mamoru's real-time threat and anomaly detection software, our clients enjoy the pinnacle of protection against cybersecurity threats."

Why a Collective Approach Matters

In the Web3 space, security is not a one-time event. It is a continuous process that spans the entire lifecycle of a protocol - from the first line of code to every on-chain transaction that follows. No single tool or audit can cover every possible attack vector, which is exactly why a layered, collective approach is essential.

Traditional security models that rely solely on pre-deployment audits leave protocols vulnerable to emerging threats that did not exist at the time of the audit. Similarly, monitoring solutions alone cannot catch vulnerabilities that are baked into the contract logic itself. Only by combining expert auditing, transaction-level interception, and real-time AI-powered monitoring can organizations achieve the level of protection that Web3 demands.

By uniting the strengths of Zokyo, FailSafe, and Mamoru, this partnership delivers a security framework that addresses the full spectrum of threats facing blockchain platforms today - creating a standard that the industry can trust.

Conclusion

The collaboration between Zokyo, FailSafe, and Mamoru represents a significant step forward in how the Web3 industry approaches security. Rather than treating security as a single checkpoint, this collective framework treats it as a continuous, multi-layered discipline.

For organizations building in the blockchain space, this partnership offers a clear message: comprehensive security requires more than one tool, more than one methodology, and more than one perspective. It requires a collective approach.