Inception AI benchmarks.
A lab-level profile for Inception AI, covering tracked models, category leaders, open/proprietary mix, speed, value, source coverage, and portfolio depth.
Lab rank
#18
By available Arena average
Models tracked
2
0 open-weight models
Portfolio coverage
34%
Average matched benchmark signals
Fastest model
4.00s
Mercury 2
Lab profile
Portfolio shape, leaders, and model coverage.
The lab page now starts with the portfolio read, then drills into category leaders, value rankings, and model-level coverage rather than repeating source panels.
Portfolio read
Inception AI has 2 tracked benchmark profiles.
The portfolio combines 2 proprietary models and 0 open-weight models. Its average available Arena rank is 172.3, with a best category rank of #93. Average profile coverage is 34%, so model-level gaps remain visible in the cards below.
Best Arena model
Mercury 2
Best category rank #93
Highest coverage
Mercury 2
56% matched signals
Fastest response
Mercury 2
4.00s first token
Category leaders
Best model by benchmark lens.
Each card shows the highest-ranked model from this lab in a composite benchmark suite, with the global rank and index left intact.
Value
Quality, price, latency, and speed
Mercury 2
value index
Coding
Code Arena, SWE-bench, and output speed
Mercury 2
coding index
Agents
Search, document, code, and latency
Mercury 2
agent proxy
Reasoning
Text, document, vision, and mode signals
Mercury 2
reasoning proxy
Context
Document, search, and text proxy
Mercury 2
context proxy
Inception AI value ranking table
Models from this lab with both quality and commercial price matches.
Top 1 of 1
| Rank | Model | Index | Price | Latency | Speed | Quality | Sources |
|---|---|---|---|---|---|---|---|
| #88 | 70value index | $0.375blended / 1M tokens | 4.00stime to first token | 927 tok/soutput speed | 44quality signal | ArenaArtificial Analysis |
Model portfolio
Inception AI model coverage map.
Every tracked model keeps its best Arena rank, coverage score, commercial metrics, and suite placement visible in one scannable grid.
