Recently, the domain name C1.ai was traded for $65,000, attracting attention in the domain name circle. The past transaction history of this short and powerful two-character .ai domain name has also been exposed: According to public records, C1.ai was sold for $910 on January 6, 2020. In just five years, its increase was as high as 7043%, which is a model of huge profits.

Minimalist combination: high recognition value of letters + numbers
C1.ai belongs to the "letter + number" combination, with a minimal structure and strong memorability, especially suitable for AI startups, technology product brands or encryption project naming. The letter "C" can represent technology-related terms such as Cloud, Code, Core, Compute, Cognitive, etc., while "1" represents concepts such as leading, unique, and first, which is highly commercially symbolic. At a time when competition in the AI track is becoming increasingly fierce, having a short and professional brand domain name may become a key link for a company to gain user recognition.

.ai suffix continues to heat up, and its ability to attract money remains unabated
In recent years, with the outbreak of the topic of artificial intelligence, the .ai suffix has continued to heat up, and has successfully transformed from a geographical suffix (originally belonging to Anguilla) to an important brand asset in the field of AI. In recent years, there have been many high-priced transactions for .ai, such as the domain name npc.ai, which was sold for US$250,000, and You.ai, which reached US$700,000. This time, C1.ai was sold for US$65,000, further confirming the market appeal and investment potential of the suffix.
The case of C1.ai once again verified the strong premium ability of the combination of short characters + .ai suffix. For domain name investors, this type of domain name not only has a solid demand support in the technology field, but also has high liquidity and international applicability. In the future, with the continued expansion of the AI industry, domain names with similar structures are expected to continue to heat up.