Product Introduction
Definition: Cyvers is a comprehensive, real-time Web3 threat prevention platform and institutional-grade security layer designed specifically for the digital asset ecosystem. It functions as a proactive financial crime prevention suite that integrates security, fraud detection, and regulatory compliance into a single, unified control layer.
Core Value Proposition: Cyvers exists to move the industry from a reactive "post-mortem" security model to a proactive "pre-transaction" prevention model. By replacing fragmented financial crime tools with a holistic threat prevention layer, Cyvers enables centralized exchanges, custodians, and financial institutions to stop crypto losses before they happen. Its primary objective is to secure institutional funds through high-fidelity AI detection, ensuring 99.9% accuracy in identifying hacks, scams, and money laundering attempts.
Main Features
Pre-Transaction Firewall and Secure Co-Signer: This feature acts as the first line of defense by simulating every transaction on-chain before a user or institution provides a digital signature. It exposes the full impact of a transaction, flagging malicious contracts, wallet drainers, and address poisoning attempts in real-time. The integrated Secure Co-Signer serves as an independent, automated co-pilot for multi-signature (multisig) and Multi-Party Computation (MPC) wallets, enforcing granular policy controls and end-state validation. It is designed to plug directly into industry-standard providers like Safe and Fireblocks.
AI-Powered Monitoring and Detection: Cyvers utilizes proprietary graph-based AI to provide runtime security for smart contracts and transaction flows. Unlike traditional signature-based detection, this system identifies "zero-day" exploits and access control breaches by analyzing cross-chain signal correlations. It continuously monitors smart contracts and wallets for anomalies, triggering automated response playbooks—such as pausing contracts or blocking transactions—at machine speed to prevent full execution of an attack.
Fraud and Scam Prevention Engine: This module intercepts Authorized Push Payment (APP) fraud, pig-butchering scams, and money mule activity by connecting on-chain behavior with off-chain intelligence. It screens destination wallets against live fraud intelligence databases before funds leave the platform. This allows institutions to detect synthetic identities during the onboarding process and block fraudulent withdrawals that typical monitoring tools only catch after the funds have vanished.
Compliance and Risk Management: Designed for financial institutions requiring regulatory-grade controls, this feature provides AML-grade monitoring and sanctions screening. It detects interactions with mixers and high-risk counterparties, generating audit-ready investigation outputs. This ensures that stablecoin issuers and banks entering the digital asset space remain compliant with global regulatory standards while maintaining a full audit trail for every transaction.
Problems Solved
Pain Point: The "Post-Hack" Recovery Gap: Traditional blockchain security tools typically alert users only after a protocol has been exploited or funds have moved. Cyvers solves this by shifting the focus to the pre-signature phase, significantly reducing the "time-to-detection" and preventing the "contagion shock" often seen in DeFi exploits where one protocol failure cascades into others.
Target Audience:
- Centralized Exchange (CEX) Security Teams: Looking to protect hot wallets and withdrawal flows.
- Institutional Custodians: Requiring advanced access control and secure co-signing for MPC architectures.
- Stablecoin Issuers: Needing end-to-end protection for minting, burning, and de-peg prevention.
- TradFi Banks and Payment Providers: Seeking regulatory-ready crypto risk controls to enter the Web3 space safely.
- DeFi Protocol Governance Leads: Needing real-time monitoring of smart contract integrity and bridge security.
Use Cases:
- Withdrawal Protection: A CEX uses the Cyvers API to scan every withdrawal request for fraud signals, stopping a "pig-butchering" victim from sending funds to a known scammer's address.
- Smart Contract Security: A DeFi protocol utilizes autonomous AI agents to monitor for access control anomalies, automatically pausing the contract the millisecond a zero-day exploit is detected.
- Onboarding Compliance: A digital bank uses Cyvers to screen new users against synthetic identity patterns and global sanctions lists in real-time.
Unique Advantages
Differentiation: The primary differentiator for Cyvers is its Pre-Transaction Layer. While competitors focus on post-facto forensics or basic blacklisting, Cyvers simulates transaction outcomes in sub-100ms environments. This allows for "Interception over Investigation," where the threat is neutralized before the blockchain state is ever updated.
Key Innovation: The integration of Agentic AI represents a significant leap in blockchain security. These autonomous agents do not merely flag alerts for human review; they perform root-cause analysis and execute pre-approved defensive playbooks in milliseconds. This addresses the "hacking humans" trend in social engineering by taking the decision-making speed out of human hands and moving it to machine-speed execution.
Frequently Asked Questions (FAQ)
How does Cyvers prevent zero-day exploits in DeFi? Cyvers uses graph-based AI and runtime monitoring to identify patterns associated with malicious activity—such as unusual access control changes or logic manipulation—rather than relying on a database of known past attacks. By detecting these anomalies in real-time, it can trigger automated responses like pausing a contract before an exploit can be fully executed.
Can Cyvers integrate with existing MPC wallet providers? Yes. Cyvers is designed to be developer-first and offers a low-latency REST API and SDKs that plug directly into major MPC and multisig providers like Fireblocks and Safe. It adds an independent security verification layer (the Secure Co-Signer) to existing institutional custody workflows.
What is the difference between Cyvers and traditional AML tools? While traditional AML tools focus on historical transaction data and static blacklists, Cyvers combines AML-grade counterparty screening with real-time threat detection and pre-transaction simulation. This provides a more holistic view of risk, covering not just "where the money came from" but also "what the transaction will do" once it is signed.
