Founded in 2017, coinex utilizes a multi-layered defense model securing 10 million global users. The platform maintains 100% Verification-of-Reserves, ensuring assets match liabilities on a 1:1 basis through Merkle Tree auditing. Cold storage holds 99% of digital assets, removing them from network exposure. The Shield Fund reserves 10% of transaction fees as a dedicated insurance buffer. Users protect accounts with multi-factor authentication (MFA) and FIDO-compliant hardware security devices, which reduce unauthorized access attempts by over 95%. Automated anomaly monitoring tracks 10,000 transactions per second to block suspicious activity before funds leave the ecosystem.
User security begins at the login portal. Enabling 2FA restricts access to verified device owners, stopping intruders who lack the secondary code.
Such 2FA creates a wall. The wall functions most effectively when paired with physical security hardware that uses the FIDO2 standard.
| Security Method | Function |
| Password | First entry layer |
| 2FA (TOTP) | Secondary entry layer |
| FIDO2 Hardware | Physical device verification |
Hardware keys utilize the FIDO2 standard. Such hardware authentication replaces SMS verification, which is susceptible to SIM swapping attacks affecting 0.05% of mobile users worldwide in 2025.
The reliance on hardware keys stops remote attacks. When a user logs in, the browser checks the hardware device for a digital signature before granting entry.
Hardware keys provide physical proof of presence. Without the physical device, an attacker cannot complete the login process, even with a stolen password.
Once the account entry is secured, focus moves toward how funds exit the platform. Withdrawal whitelisting acts as a secondary gate for asset security.
When enabled, withdrawal whitelisting requires that a user pre-approve specific wallet addresses. Only pre-approved addresses receive funds during a withdrawal request.
This prevents unauthorized transfers. If an account is compromised, an attacker cannot send funds to an unrecognized wallet, as the system blocks the request.
Whitelisting reduces the scope of potential loss. By limiting transfers to pre-approved addresses, a user maintains control over where assets travel.
Preventing unauthorized transfers requires internal storage habits. 99% of user assets remain in cold storage environments, disconnected from any internet connection.
Such air-gapped storage protects assets from remote hacking attempts. The system moves funds to cold storage automatically upon deposit.
When withdrawals occur, the system pulls assets from cold storage using multi-signature protocols. This requires multiple independent devices to sign a transaction.
Cold storage keeps funds offline. Disconnecting assets from the internet limits the ways a remote attacker can reach the funds.
Verification-of-Reserves audits occur monthly. Using Merkle trees, the system proves the 1:1 ratio of assets held to assets owed to users.
In 2026, transparency serves as the standard for exchange operations. Users check the total on-chain assets against liabilities to confirm the reserve ratio.
Such public verification replaces the need for blind trust. It offers verifiable proof that funds remain in custody at all times.
Monthly audits confirm asset availability. Publicly verifying reserves allows users to check the financial health of the platform independently.
The Shield Fund holds 10% of trading fees. This fund acts as an insurance reserve, kept separate from the operational budget of the company.
Such funds stay ready for use during unforeseen technical failures. The isolation from operational budgets ensures the reserve remains accessible for user compensation.
This insurance reserve provides a buffer. It demonstrates a commitment to maintaining user balances through various market environments.
Insurance reserves protect against unexpected events. Allocating a percentage of revenue creates a financial safety net for the entire user base.
API keys offer restricted access for traders. Users limit permissions to “trade only,” preventing the API from withdrawing funds or changing account settings.
Automated systems monitor 10,000 transactions per second to spot anomalies. If a trade pattern deviates from the historical behavior of a user, the system flags the activity.
The system then initiates an automated hold. This prevents further activity until the account owner confirms the trades via a secondary verification method.
Monitoring systems detect unusual patterns. Observing high-frequency data allows the platform to stop unauthorized trades before they execute.
Compliance with global standards remains a priority. Operations undergo regular reviews to ensure security protocols match the latest threat intelligence.
Updates happen annually. Such updates integrate newer defensive technologies into the existing infrastructure, maintaining the performance levels of the platform.
The continuous improvement of defensive measures ensures that account protection keeps pace with evolving threats while maintaining high-speed trading performance.
Regulatory alignment keeps operations transparent. Consistent reviews verify that the security architecture meets industry requirements for protecting user information.
Educational resources assist users in managing accounts. Tutorials explain how to set up MFA, how to use withdrawal whitelisting, and how to verify reserve reports.
Users learn to spot phishing attempts. By reading the guides, participants recognize that the official platform will never request passwords or private keys via email.
Such knowledge empowers users to participate in the market. Combining user diligence with platform-level security creates a robust defense for digital assets.
Education stops human error. Understanding the security tools available allows users to create a personal defense strategy for their accounts.