At a time when the digital economy is booming, the frequency and complexity of cyber attacks continue to climb. According to industry reports, global DDoS attacks grew by 42% year-on-year in 2024, with finance, e-commerce, and other sectors bearing the brunt.
Traditional servers are often overburdened in the face of large-scale traffic attacks, while high-defence servers, with their powerful traffic cleaning and intelligent protection capabilities, have become the core barrier for enterprises to protect themselves against risks.
At the same time, cryptocurrency payment, with its decentralisation and anonymity, has gradually become an important choice for cross-border transactions, especially in circumventing traditional payment restrictions and enhancing the efficiency of capital flow. The implementation of the no-filing policy further reduces the threshold for enterprises to deploy servers, enabling them to quickly respond to market demand and seize business opportunities. The combination of the three provides enterprises with a secure, efficient and flexible digital infrastructure solution.
First, the core advantage: why choose the cryptocurrency payment of the record-free high defence server?
1. No record and no real name: rapid deployment, saving time and cost
While traditional servers need to submit cumbersome information and undergo a lengthy review process for filing, no-filing servers can be deployed in Hong Kong, the U.S., Singapore and other regions that do not need to be filed, so that enterprises can complete the server on-line in a matter of hours at the earliest. This feature is especially suitable for temporary projects, urgent business or high compliance requirements, helping enterprises to significantly shorten the deployment cycle, and focus resources on core business development.
2. Support for cryptocurrency payments (e.g. USDT): anonymous transactions, circumventing traditional payment restrictions.
Cryptocurrency payments are based on blockchain technology, which is decentralised and tamper-proof. Stable coins represented by USDT retain the convenience of cryptocurrencies and achieve price stability by anchoring to fiat currencies. Enterprises accepting cryptocurrency payments can not only simplify the cross-border transaction process and avoid the risk of exchange rate fluctuations, but also protect the privacy of both parties to the transaction through anonymity, which is especially suitable for industries that require high transparency in the flow of funds.
3. High protection capability: against DDoS/CC attacks, to ensure business stability
High-defence servers adopt distributed cluster architecture and integrate multi-layer protection technologies, including traffic cleaning, intelligent identification, and dynamic policy adjustment. Taking a service provider as an example, its defence bandwidth can be up to T-level, which can withstand large-scale DDoS attacks, and through real-time monitoring and AI algorithms to optimise the protection effect, ensuring that the enterprise's business can continue to run stably even under attack.
4. Global node coverage: Hong Kong, the United States, Japan and other multi-location server room, optimise access speeds
By deploying nodes globally, enterprises can choose the optimal server room according to the distribution of target users. For example, the Hong Kong node covers Southeast Asia and mainland China, the US node radiates to the European and American markets, and the Japanese node serves East Asian users. Combined with multi-line BGP and CN2 lines, the servers can achieve low-latency and high-bandwidth data transmission, which significantly improves the user access experience.
II. Global Node Layout and Performance Optimisation
1. Mainstream area node analysis
- Hong Kong computer room: Relying on geographic advantages, it provides low-latency access and is suitable for cross-border e-commerce and Asian business.
- US Machine Room: Coverage of the world's largest Internet market, support for high concurrent traffic, suitable for online gaming and live streaming.
- German server room: Meets EU GDPR compliance requirements, safeguards data privacy, and is suitable for financial and blockchain businesses.
2. Multi-line BGP and CN2 lines
By integrating multiple carriers' routes, servers can automatically select the optimal path to reduce the risk of network congestion, while CN2 leased lines further optimise the speed of cross-border access to ensure the stability and efficiency of data transmission.
3. Free machine testing and 7-day no-excuses return.
Service providers usually provide free testing services, so that enterprises can verify the performance of servers through actual operation. If you are not satisfied, you can return the server within 7 days without any reason to protect the rights and interests of users.
Third, application scenarios: which industries need these servers the most?
1. Cross-border e-commerce and independent websites
To cope with high concurrency orders and overseas user access requirements, to ensure the stable operation of the shopping cart, payment and other core functions.
2. Online gaming and live streaming
Supports low-latency data transmission in real-time interactive scenarios to resist the impact of malicious attacks on user experience.
3. Finance and blockchain
Satisfy privacy protection and compliance requirements, support cryptocurrency trading, smart contract deployment and other businesses.
4. Ad hoc projects and urgent go-live
Respond quickly to market opportunities such as limited time events, new product launches, etc. to ensure zero time lag in landing business.
Fourth, how to choose a reliable service provider?
1. Technical strengths
- Defence bandwidth: Choose a service provider with T-level defences to ensure that you can cope with large-scale attacks.
- Node distribution: Covering global nodes in target markets to optimise access speeds.
- Hardware configuration: High-performance servers with redundant architecture to guarantee business stability.
2. Service guarantees
- 24/7 technical support: Responds to and resolves unexpected problems in a timely manner.
- data backup: Back up data regularly to prevent accidental loss.
- Failure Response Speed: Commitment to minute-by-minute response to reduce business interruption time.
3. Recommended service providers
| Service Provider Name | Advantageous features | Support for cryptocurrencies | Node coverage area |
|---|---|---|---|
| 08Host | High-defence, 10+ nodes worldwide | USDT/BTC/ETH | Hong Kong, United States, Singapore |
| Cloudflare | Distributed DDoS Protection, CDN Acceleration | multi- | 200+ cities worldwide |
| AWS | Enterprise-class security solutions that scale elastically | Partial support | Major regions of the world |
| DigitalOcean | High performance cloud servers, developer friendly | Integrated payment gateway | Europe, America, Asia Pacific |
| BitFury | Specialist protection in the blockchain sector, with strong compliance | Full Currency Support | North America, Europe |
V. Frequently Asked Questions
Q: Is it legal to have a file-free server?
A: Filing-free servers are usually deployed outside of the country (e.g. Hong Kong, the United States) and their operations comply with local laws and regulations. Enterprises need to ensure that their business content meets the legal requirements of the target market.
A: Filing-free servers are usually deployed outside of the country (e.g. Hong Kong, the United States) and their operations comply with local laws and regulations. Enterprises need to ensure that their business content meets the legal requirements of the target market.
Q: What currencies are supported for cryptocurrency payments?
A: Mainstream service providers support Bitcoin (BTC), Ethereum (ETH), Tetcoin (USDT), etc., and some of them support multi-currency combination payment.
A: Mainstream service providers support Bitcoin (BTC), Ethereum (ETH), Tetcoin (USDT), etc., and some of them support multi-currency combination payment.
Q: How do high defence servers cope with unexpected attacks?
A: Ensure business continuity through real-time traffic monitoring, intelligent identification of attack characteristics, and automatic triggering of defence strategies (e.g. black hole routing, traffic cleaning).
A: Ensure business continuity through real-time traffic monitoring, intelligent identification of attack characteristics, and automatic triggering of defence strategies (e.g. black hole routing, traffic cleaning).
Q: How is data privacy guaranteed?
A: The service provider adopts measures such as data encryption, access rights control, and regular security audits, combined with the non-tamperability of blockchain technology, to safeguard data security and privacy.
A: The service provider adopts measures such as data encryption, access rights control, and regular security audits, combined with the non-tamperability of blockchain technology, to safeguard data security and privacy.