What is an APP protection shield?

An APP protection shield is a specialized technology or service designed to safeguard the security of mobile applications (APPs). By integrating the SDK development kit of CDN07, it employs various methods such as encrypted transmission, tamper-proofing, anti-debugging, vulnerability detection, behavior monitoring, and anti-reverse engineering to prevent malicious attacks, data breaches, and unauthorized access, ensuring the integrity of the application and the security of user data. It is widely used in sectors such as finance, e-commerce, gaming, and enterprise applications, assisting developers in enhancing the security of their applications, bolstering user trust, and mitigating the economic and reputational risks associated with security issues.

Why choose CDN07's APP Shield?

CDN07's independently developed APP Shield boasts robust distributed defense capabilities and efficient attack mitigation mechanisms, effectively safeguarding against a wide range of complex cyber threats to ensure application stability and service continuity. Additionally, the SDK development kit we provide supports rapid integration and is compatible with various development frameworks, significantly reducing developers' access costs and time. Whether for financial, e-commerce, or gaming applications, it offers targeted security protection, aiding developers in enhancing their applications' market competitiveness and user trust.

Unlimited DDoS Protection

Localized data forwarding, fully encrypted transmission, unlimited distributed DDoS defense, easy integration, and one-click protection.

Immune to CC attacks

Our independently developed security mechanism is fully capable of disregarding CC attacks. It monitors user access behavior in real-time, automatically distinguishing between legitimate users and malicious crawlers or attack tools, ensuring a 100% zero false positive rate!

Fraud Detection

Through advanced technology and intelligent algorithms to identify and stop fraudulent behavior in mobile applications, it can monitor user behavior, transaction data and device information in real time (such as device fingerprints, geographic location, behavioral biometrics, etc.) Using machine learning and big data analysis, it can accurately identify abnormal patterns, such as false registration, bill swiping, account misappropriation, payment fraud and other risky behaviors.

Why integrate APP Shield SDK?

The core purpose of using APP DDoS Shield SDK is to provide mobile apps with client-side defenses against Distributed Denial of Service (DDoS) attacks, ensuring that the apps maintain stable operation and user experience even when attacked by malicious traffic. Below are its necessity and core benefits:

1. Real-time defense against high-frequency attacks
Accurate identification of malicious traffic: Through the intelligent algorithms embedded in the SDK and traffic behavior analysis, it distinguishes between normal user requests and DDoS attack traffic (e.g., UDP/HTTP Flood) in real time, and quickly intercepts abnormal requests to avoid service paralysis.

Low-latency protection: Directly clean the traffic in the client or the nearest edge node, without the need to return to the source to the server, to reduce the response delay and protect the user experience.

2. Defend against complex attack types
Cope with diversified DDoS attacks: Shield SDK can defend against traffic-based attacks (such as SYN Flood), application layer attacks (such as CC attacks) and hybrid attacks, covering a variety of attack scenarios.

Anti-Protocol Vulnerability Exploitation: Block slow attacks or resource exhaustion attacks that exploit HTTP/HTTPS protocol vulnerabilities through protocol compliance checking.

3. Lightweight Integration and Low Intrusiveness
Fast access: Embedded in the form of SDK in the APP client, no need to modify the back-end architecture, support for mainstream mobile platforms (iOS/Android) and development frameworks.

Low performance loss: optimize resource consumption, minimal impact on APP performance and user experience.

4. Business continuity and data security
Guarantee of core service availability: even if it suffers a large-scale attack, it can maintain the normal operation of key services (e.g. payment, login) through traffic scheduling and load balancing.

Sensitive data protection: Combined with encrypted communication and anti-sniffing technology, it prevents attackers from stealing user data through DDoS cover.

5. Cost Effectiveness and Scalability
Saving server resources: Dramatically reduce the consumption of server bandwidth and computing resources by attack traffic through client traffic filtering.

Typical application scenarios

High-frequency interactive APP: such as live broadcast, online games, social platforms, need to deal with high concurrent requests.
Financial and payment scenarios: preventing attacks from causing transaction failure or data leakage.
Internet of Things (IoT) devices: protect end devices from malicious traffic interference.

Questions about service