Last week, I officially sold my stake in a company for $17,000.00.
As a 15-year-old, it’s the first big step in my entrepreneurial journey, and I couldn’t be more excited.
Now, I’m on to the next chapter. Time to figure out what’s next.
@gtmom Sometimes my friends will play Waymo roulette when they are leaving campus after school is over. They will order and cancel Uber rides until they get a Waymo.
@jsnnsa This is a weakness, not a strength. This means that if their text models fail, they are done for. And Sol proves that they aren’t really that far ahead, if they even are. So far their focus hasn’t resulted in any significant lead in frontier AI.
GPT-5.6 Sol is the new best coding model, even better than Fable.
On DeepSWE 1.1, the most accurate coding benchmark, Sol beats Fable by 3%. It also significantly outperforms Fable on cost, token efficiency, and steps per task.
- It is 2.6x cheaper than Fable, averaging $8.39 per task vs. Fable's $21.63. This is pretty self-explanatory; no one wants to spend more money.
- It is almost 2x more token-efficient than Fable. Greater token efficiency means lower costs and higher intelligence, as a tighter context window reduces confusion.
- It takes about 30% fewer steps to complete tasks, improving context management and efficiency.
Sol stays available on subscriptions (unlike Fable) and doesn't have a panic attack when you say "biology" (unlike Fable).
Additionally, Sol helped post-train Luna, an insane feat that should be getting more attention. While UI and reasoning are more ambiguous, Sol is clearly superior in coding.
Overall, an excellent model by @OpenAI, they cooked.
Why DeepSWE by @datacurve is the best coding benchmark and why I picked it:
- Tasks are written from scratch, unlike other benchmarks like SWE-Bench, which use already existing PRs/commits. This means that there is no chance the model has seen the solution in pretraining (cheating).
- There are a lot of tasks, 113 across 91 repos and 5 languages. High diversity = more comprehensive.
- The tasks themselves are hard and not as dependent on prompting. The prompts are "half the length of SWE-bench Pro's, yet solutions require 5.5x more code and ~2x more output tokens."
- Verifiers are quality and handwritten, so less false negatives/positives. Also, it isn't arbitrary/subjective, which is a plus.
- More realistic, it doesn't group every single model within a 10% range like some benchmarks.
- More of a personal reason, but many respected creators (e.g, Theo) and pretty much all AI companies use and trust it, which gives it credibility.
Why DeepSWE by @datacurve is the best coding benchmark and why I picked it:
- Tasks are written from scratch, unlike other benchmarks like SWE-Bench, which use already existing PRs/commits. This means that there is no chance the model has seen the solution in pretraining (cheating).
- There are a lot of tasks, 113 across 91 repos and 5 languages. High diversity = more comprehensive.
- The tasks themselves are hard and not as dependent on prompting. The prompts are "half the length of SWE-bench Pro's, yet solutions require 5.5x more code and ~2x more output tokens."
- Verifiers are quality and handwritten, so less false negatives/positives. Also, it isn't arbitrary/subjective, which is a plus.
- More realistic, it doesn't group every single model within a 10% range like some benchmarks.
- More of a personal reason, but many respected creators (e.g, Theo) and pretty much all AI companies use and trust it, which gives it credibility.
GPT-5.6 Sol is the new best coding model, even better than Fable.
On DeepSWE 1.1, the most accurate coding benchmark, Sol beats Fable by 3%. It also significantly outperforms Fable on cost, token efficiency, and steps per task.
- It is 2.6x cheaper than Fable, averaging $8.39 per task vs. Fable's $21.63. This is pretty self-explanatory; no one wants to spend more money.
- It is almost 2x more token-efficient than Fable. Greater token efficiency means lower costs and higher intelligence, as a tighter context window reduces confusion.
- It takes about 30% fewer steps to complete tasks, improving context management and efficiency.
Sol stays available on subscriptions (unlike Fable) and doesn't have a panic attack when you say "biology" (unlike Fable).
Additionally, Sol helped post-train Luna, an insane feat that should be getting more attention. While UI and reasoning are more ambiguous, Sol is clearly superior in coding.
Overall, an excellent model by @OpenAI, they cooked.
Why DeepSWE by @datacurve is the best coding benchmark and why I picked it:
- Tasks are written from scratch, unlike other benchmarks like SWE-Bench, which use already existing PRs/commits. This means that there is no chance the model has seen the solution in pretraining (cheating).
- There are a lot of tasks, 113 across 91 repos and 5 languages. High diversity = more comprehensive.
- The tasks themselves are hard and not as dependent on prompting. The prompts are "half the length of SWE-bench Pro's, yet solutions require 5.5x more code and ~2x more output tokens."
- Verifiers are quality and handwritten, so less false negatives/positives. Also, it isn't arbitrary/subjective, which is a plus.
- More realistic, it doesn't group every single model within a 10% range like some benchmarks.
- More of a personal reason, but many respected creators (e.g, Theo) and pretty much all AI companies use and trust it, which gives it credibility.