Taiwan Native Ip Odin Solution Adaptability Evaluation And Performance Test Report

1.

overview and test objectives

this paragraph outlines the background and objectives of the test.
test goal: evaluate the adaptability and performance of taiwan’s native ip of the odin solution for domestic and foreign access.
coverage: vps/host, domain name resolution, cdn access and ddos protection compatibility.
key indicators: latency (ms), packet loss rate (%), bandwidth throughput (mbps), concurrent connections and rps.
test environment: multi-site nodes (taipei, taichung, kaohsiung, hong kong, shanghai) and third-party stress tools.
related to seo: analyze the impact of ttfb and page first screen time on search engine friendliness.

2.

test environment and server configuration examples

example server a (used for edge nodes and back-to-origin):
cpu: 4 vcpu intel xeon 2.4ghz; memory: 8gb; storage: nvme 100gb;
network: one-way bandwidth upstream/downstream 1gbps, 2 public network ipv4 native taiwan segments;
operating system: ubuntu 22.04 + nginx 1.22 + php-fpm 8.1;
back-to-origin and load: use lvs + haproxy for four-layer load balancing, and cluster three back-end hosts with the same configuration;
there is also logging and monitoring: prometheus + grafana collects network and application performance indicators.

3.

routing, dns and cdn adaptability analysis

domain name resolution: use a dual domain name strategy, and use taiwan dns nodes for authoritative resolution of the primary domain name;
cdn access: tested to have good back-to-origin compatibility with two mainstream cdn vendors (edge ​​nodes cover taipei/kaohsiung);
cname back-to-origin: the odin solution supports a hybrid method of a record with native taiwanese ip and cname back-to-origin;
routing strategy: supports bgp multi-line, the same ip can be used as egress priority within the station, and international exports use hk/jp links according to the policy;
recommendation: seo-friendly domain names pointed to taiwan’s native ip can reduce first-hop delay, and cooperate with cdn for static caching.

4.

performance test results (including tabular data)

test tools: iperf3, wrk, ping, mtr, htop and custom concurrent scripts.
test scenario: delay and throughput measurement from taipei to local, taipei to hong kong, and taipei to shanghai.
concurrency pressure: wrk 10 threads, 1000 concurrency, lasting 60 seconds, measured rps and average latency.
conclusion summary: the average delay of taiwan's internal network is very low, and the delay across the sea to mainland china is slightly higher due to the influence of submarine cables and operators.
the following is a summary of key indicators:

test items	taipei→taipei	taipei→hong kong	taipei→shanghai
average latency (ms)	6	20	60
packet loss rate (%)	0.01	0.1	0.5
throughput(mbps)	940	760	420
http average ttfb(ms)	45	85	160
wrk concurrent rps	10,200	7,800	3,200

5.

ddos defense and security adaptability testing

protection method: the upstream has traffic cleaning capabilities and supports syn cookies, rate limit and black hole routing.
test content: simulate udp/icmp flooding, tcp syn flooding and http slow connection attacks.
protection effect: under the condition of maximum attack traffic of 40gbps, the automatic cleaning threshold is triggered and business availability can be maintained;
false alarm rate and misjudgment: the rate of accidentally killing static resources in short-term stress tests is <1%, which can be reduced to 0.2% through rule adjustment.
recommended deployment: use cloud cleaning + local firewall (iptables/nftables) double-layer protection on the front end, combined with waf rules.

6.

real cases and optimization suggestions

case: after enterprise a (e-commerce website) switched to odin taiwan’s native ip :
before migration: the average first screen time for users in taipei was 1.8 seconds, the average server cpu was 60%, and the monthly packet loss rate was 0.2%.
after migration: the first screen time is reduced to 0.9s (static resources are cached by taiwan edge cdn), and the server cpu peak value is reduced by about 25%;
seo effect: the frequency of page crawling in taiwan has increased, the mobile bounce rate has dropped by 12%, and search performance has improved significantly;
optimization suggestions: connect dynamic interfaces directly through the back-to-source, use cdn for static resources, prepare a geodns policy for the domain name, and retest routing and delay regularly.

7.

conclusion and deployment suggestions

conclusion: odin taiwan’s native ip solution has excellent performance in terms of local access and seo friendliness in taiwan. cross-sea performance is affected by lines but can be optimized through multi-point back-to-origin and cdn.
deployment priority: prioritize deployment of native ip and local nodes for taiwan’s traffic-intensive services.
monitoring and alarming: it is recommended to deploy end-to-end monitoring (delay/packet loss/ttfb/rps/cleaning events).
extension suggestions: combine multiple cdns, bgp multi-line and cloud cleaning services to enhance robustness.
future work: regularly retest and record changes in traffic and seo indicators within six months to form a long-term optimization strategy.