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Codez
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Content creator | AI researcher & builder | AI insights from 2030 | @beyond_xai
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Lance Martin, Anthropic engineer:
"Stop prompting Claude Opus 5.5/Fable 5.5 like it’s a junior engineer - you’re making it worse.
at Anthropic, 90% of our engineers use 8-step prompt systems when talking to frontier models"
8-step system Anthropic engineers use daily:
1) audit your prompts. “Think step by step,” “double-check” - frontier models already do it. The rituals just burn tokens. Delete them.
2 ) kill contradictions. Old models ignored one conflicting rule. Opus 5.5 chokes on both. Clean beats clever.
3) protect the cache. Strict prefix match - one byte early kills it. Anthropic cut costs up to 72% just by not breaking it.
4) order by stability. Stable → volatile: system, memory, session, messages. Anything dynamic up top torches the cache every turn.
5) default to low effort. Smart model at low effort beats a weak one at high - fewer tokens, higher baseline. Start Opus 5.5 low.
6) grade binary. “Rate 1–10” is noise. Go good/bad or pairwise. Validate across models, keep variance tight.
7) build the eval first. A saturated eval burns tokens on impossible cases. Give it headroom before you tune anything.
8) decouple brain from hands. Recoverable session log, secrets in a vault the model never sees. Harness, not hand-holding.
this 1-hour prompting workshop by Anthropic engineer will replace you 500$ AI engineering course
watch today, then read how to reverse engineer anything with Opus 5.5 in article below
"Stop prompting Claude Opus 5.5/Fable 5.5 like it’s a junior engineer - you’re making it worse.
at Anthropic, 90% of our engineers use 8-step prompt systems when talking to frontier models"
8-step system Anthropic engineers use daily:
1) audit your prompts. “Think step by step,” “double-check” - frontier models already do it. The rituals just burn tokens. Delete them.
2 ) kill contradictions. Old models ignored one conflicting rule. Opus 5.5 chokes on both. Clean beats clever.
3) protect the cache. Strict prefix match - one byte early kills it. Anthropic cut costs up to 72% just by not breaking it.
4) order by stability. Stable → volatile: system, memory, session, messages. Anything dynamic up top torches the cache every turn.
5) default to low effort. Smart model at low effort beats a weak one at high - fewer tokens, higher baseline. Start Opus 5.5 low.
6) grade binary. “Rate 1–10” is noise. Go good/bad or pairwise. Validate across models, keep variance tight.
7) build the eval first. A saturated eval burns tokens on impossible cases. Give it headroom before you tune anything.
8) decouple brain from hands. Recoverable session log, secrets in a vault the model never sees. Harness, not hand-holding.
this 1-hour prompting workshop by Anthropic engineer will replace you 500$ AI engineering course
watch today, then read how to reverse engineer anything with Opus 5.5 in article below
63:57
View quoted post on X
Ryo Lu, SpaceXAI designer ( ex. Cursor ):
"99% of people still use GrokBot like Google and only 1% are building teams of self-learning agents
i'm running 15-25 Grok cloud agents in a loop. I have a Chief of Staff, a PM agent and 15+ worker agents"
in a 22-minute session, a SpaceXAI designer explained how to ship products in the AI agent era.
this replaced a $500 agentic engineering course
watch today, then read the article below on how to use GrokBot at 100% of its power
"99% of people still use GrokBot like Google and only 1% are building teams of self-learning agents
i'm running 15-25 Grok cloud agents in a loop. I have a Chief of Staff, a PM agent and 15+ worker agents"
in a 22-minute session, a SpaceXAI designer explained how to ship products in the AI agent era.
this replaced a $500 agentic engineering course
watch today, then read the article below on how to use GrokBot at 100% of its power
22:45
View quoted post on X
web designers just lost again...
i created AI agent web extension based on Claude Code CLI for redesigning any site with Opus 5.5
→ getredraft.vercel.app
then i made it free & open-source:
→ open any site, pick a style
→ watch agents rebuild the page live in your browser
→ copy the style of any site and apply it to another
→ save your own styles and reuse them on future redesigns
→ undo anytime or copy the CSS
→ no API key, it runs on your Claude Code
find github with full workflow below ↓
i created AI agent web extension based on Claude Code CLI for redesigning any site with Opus 5.5
→ getredraft.vercel.app
then i made it free & open-source:
→ open any site, pick a style
→ watch agents rebuild the page live in your browser
→ copy the style of any site and apply it to another
→ save your own styles and reuse them on future redesigns
→ undo anytime or copy the CSS
→ no API key, it runs on your Claude Code
find github with full workflow below ↓
0:26
View quoted post on X
Andrej Karpathy:
“A 1B model can be much more effective than most current LLMs.
90% of current models waste a ton of capacity and money on remembering stuff that doesn’t matter.”
here is his 5 core thesis about Small LLM’s:
1. the intelligence was never the knowledge. Strip the memorized internet, keep the reasoning. What’s left is the cognitive core, and it’s small.
2. the core might fit in ~1B params. Maybe less. “Plenty of room at the bottom.” We’ve been paying for a library when we needed a brain.
3. size stopped being the bottleneck. What makes an agent work is the tools it can call and how tight the feedback loop is, not parameter count.
4. intelligence lives in the system, not the weights. A raw LLM is a CPU with no OS. Small core + good harness > giant model alone.
5. you can own it. A model on your hardware is one no one can rate-limit, price-hike, or deprecate on you.
in 12 months the gap between teams shipping on-device and teams paying per-token frontier bills won’t be capability.
TwIL an 8.8B model at 90%+ of frontier isn’t a benchmark flex.
It’s the thesis Karpathy’s been repeating all year, made real.
study more on this below ↓
“A 1B model can be much more effective than most current LLMs.
90% of current models waste a ton of capacity and money on remembering stuff that doesn’t matter.”
here is his 5 core thesis about Small LLM’s:
1. the intelligence was never the knowledge. Strip the memorized internet, keep the reasoning. What’s left is the cognitive core, and it’s small.
2. the core might fit in ~1B params. Maybe less. “Plenty of room at the bottom.” We’ve been paying for a library when we needed a brain.
3. size stopped being the bottleneck. What makes an agent work is the tools it can call and how tight the feedback loop is, not parameter count.
4. intelligence lives in the system, not the weights. A raw LLM is a CPU with no OS. Small core + good harness > giant model alone.
5. you can own it. A model on your hardware is one no one can rate-limit, price-hike, or deprecate on you.
in 12 months the gap between teams shipping on-device and teams paying per-token frontier bills won’t be capability.
TwIL an 8.8B model at 90%+ of frontier isn’t a benchmark flex.
It’s the thesis Karpathy’s been repeating all year, made real.
study more on this below ↓
17:02
Modest intelligence is arriving faster than most people realize.View quoted post on X
Today, we're open-sourcing TwIL-8B.
Just 8.8 billion parameters, yet approaching frontier-model scores on several difficult benchmarks:
• 93% of frontier performance on coding
• 92% on instruction following
• 90% on contest mathematics
All from a model small enough to run on your own hardware.
But the benchmarks aren't the most important part of this announcement.
For years, the AI industry has focused on building the most capable model, regardless of the cost required to run it.
I believe that equation is changing.
The next era of AI will be defined by the cost of completing work. Not simply the intelligence of the model, but how efficiently that intelligence can accomplish the task.
If a model with 8 billion parameters can reliably complete the same work as one with hundreds of billions, why pay for the larger model?
As smaller models become more capable, intelligence becomes something we can distribute, specialize, and run across the hardware we already own.
That's the future we're building at @thewebAI
TwIL-8B is available today. Open weights.
And this is just the first of several announcements we're making today.
HF Link: huggingface.co/webAI-Official…