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Taiwan Server
1.
preparation and network requirements
- obtain the native static ipv4 address assigned by taiwan's isp (example: 203.0.113.45 is the example ip).- confirm that the isp supports 1:1 nat or direct routing (business/residential difference).
- purchase vps/bare metal or prepare a home host: it is recommended to have at least 2-core cpu and 4gb memory.
- plan the public network segment, gateway, subnet mask and dns (example gateway 203.0.113.1, mask 255.255.255.0).
- prepare the domain name and create an a record at the domain name resolution provider pointing to the static ip, and set the ttl to 300 seconds for testing.
2.
server system and basic software installation
- recommended system: ubuntu 22.04 lts or debian 12; choose a minimized system during installation.- set the system host name and time zone: sudo timedatectl set-timezone asia/taipei.
- install important software: nginx, certbot, ufw, fail2ban, iptables-persistent.
- configure a static ip (the example uses netplan): write addresses: [203.0.113.45/24], gateway4: 203.0.113.1 in /etc/netplan/01-netcfg.yaml.
- reload the network: sudo netplan apply, and check connectivity with ip addr show and ping 8.8.8.8.

3.
nginx and site configuration implementation
- create the site directory: /var/www/example.com/html, and set the permission www-data.- example nginx server block (summary): listen 80; server_name example.com; root /var/www/example.com/html;.
- use certbot to obtain the let's encrypt certificate: sudo certbot --nginx -d example.com -d www.example.com.
- enable gzip, cache headers and static resource long caching policies to reduce upstream bandwidth.
- test: curl -i https://example.com check the return header cache-control and certificate chain.
4.
domain name, cdn and ddos defense strategy
- point the domain name to cdn (such as cloudflare) as a reverse proxy to hide the native ip and provide waf/cdn acceleration.- if the native ip must be exposed, limit ssh to non-standard ports and enable key-only login.
- configure ufw and iptables rules, deny inbound by default, and only allow 80/443 and management ports (example: ufw allow 443/tcp).
- deploy fail2ban to prevent brute force cracking, set maxretry=3, bantime=3600.
- enable cloudflare's "i'm under attack" mode and rate limiting, and cooperate with local iptables rate limiting rules to mitigate syn/udp floods.
5.
real case: taipei small site migration and results
- background: an electronics store migrated from shared hosting to a residential native ip vps provided by a taiwanese isp (example ip 203.0.113.45).- comparison of server specifications and configuration (see table below) before and after migration. after starting cdn, the cache hit rate reaches 85%.
- migration steps: obtain isp static ip → configure netplan → deploy nginx and certbot → point to domain name → connect to cloudflare and enable waf.
- measurement results: average response delay dropped from 120ms to 45ms, peak bandwidth usage reduced by 40%, and ddos events were intercepted by cloudflare.
- experience suggestion: set up low ttl and monitoring when going online for the first time to ensure rollback process and remote control channel (such as vpn or console).
6.
operation and maintenance and subsequent optimization
- regularly check for certificate updates (certbot renew --dry-run) and system security updates (apt update && apt upgrade).- set up monitoring: prometheus+grafana or node exporter monitors cpu/memory/network traffic and 404/500 rates.
- make backups: daily snapshots of website files and databases and save them off-site (s3 compatible or ftp backup recommended).
- performance optimization: enable http/2/3, adjust nginx worker_processes and worker_connections, and tune keepalive_timeout based on concurrency.
- disaster recovery: prepare a second backup ip/backup computer room, and rehearse the process of switching dns and certificates.
7.
sample server configuration table (sample data, table centered)
| project | example value |
|---|---|
| operating system | ubuntu 22.04 lts |
| cpu | 2 vcpus |
| memory | 4gb |
| disk | 80gb ssd |
| example public ip | 203.0.113.45 |
| gateway/mask | 203.0.113.1 / 255.255.255.0 |
| dns | 1.1.1.1, 8.8.8.8 |
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