Claude 3.5 Sonnet
Anthropic introduces Claude Sonnet 3.5, a fast and cost-effective large language model with new features like Artifacts. Human tests show significant improvements. Privacy and safety evaluations are conducted. Claude 3.5 Sonnet's impact on engineering and coding capabilities is explored, along with recursive self-improvement in AI development.
Read original articleThe article discusses the introduction of Claude Sonnet 3.5 as a leading large language model (LLM) by Anthropic. The model is highlighted for its speed, cost-effectiveness, and new features like Artifacts for enhanced user experience. Updates on larger and smaller models, Claude Opus 3.5 and Claude Haiku 3.5, are expected later this year. The article also mentions human evaluation tests showing significant improvements in various tasks compared to prior models. Privacy measures and safety evaluations by the UK Artificial Intelligence Safety Institute are emphasized. The potential impact of Claude 3.5 Sonnet on engineering work and coding capabilities is discussed, with insights into its performance in coding tasks and the future implications for programming. The article touches on the concept of recursive self-improvement in AI development and its implications for accelerating engineering work. Overall, the focus is on the advancements in LLM technology and the potential benefits and considerations associated with these developments.
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I spent some time yesterday experimenting with Projects, and, like Artifacts, it looks really useful. I like the idea of being able to have multiple projects going simultaneously, each with its own reference materials. I don’t need to use it in a team, but I can see how that could be useful, too.
The one problem I see is that the total context window for each project might start to seem too small pretty quickly. I assume, though, that Anthropic’s context windows will be getting larger as time goes on.
I wonder what other features Anthropic has in the works for Claude. My personal wish is for a voice interface, something like what OpenAI announced in May but has now put off until later this year.
As an experiment, I produced a set of bindings to Anthropic's API pair-programming with Claude. The project is of pretty good quality, and includes advanced features like streaming and type-safe definitions of tools. More than 95% of the code and docs was written by Claude, under close direction from me. The project is here:
https://github.com/cortesi/misanthropy
And I've shared part of the conversation that produced it in a video here:
What I'm seeing with Sonnet 3.5 is a night-and-day step up in consistency. The responses don't seem to be that different in capability of opus / 4o when they respond well, it just does it with rock-solid consistency. That sounds a bit dull, but it's a huge step forward for me and I suspect for others.
Considering cancelling my subscription with OpenAI as I was previously using GPT-4 quite heavily as a multiplier for myself, guiding it and editing outputs as required, but GPT-4o feels significantly worse for this use case. It is certainly better in many other areas, but its coding ability is not great.
I tried to revert back to standard GPT-4 but it is now so slow to respond (higher load?) that it breaks my mental flow, so I'm exploring other options.
Claude: subjectively sounds more human to me, and really nails data questions that 4o is lackluster at
4o: far better assistant logic reasoning. I can trivially break Claude's assistant (system prompt) instructions within the user prompt, where 4o succeeds in all of these tests.
Pricing and output speed, for our purposes, are functionally identical. Exciting to have a competitor in the space already who stands to keep openai honest.
The graph does not look like it is accelerating. I actually struggle to imagine what about it convinced the author the progress is accelerating.
I would be very interested in a more detailed graph that shows individual benchmarks because it should be possible to see some benchmarks effectively be beaten and get a good idea of where all of the other benchmarks are on that trend. The 100 % upper bound is likely very hard to approach, but I don't know if the limit is like 99%, 95% or 90% for most benchmarks.
+1 OpenAI Subscription -1 Anthropic Sonnet->sudden-death-automatic-review-system
I have an idea for a project that involves streaming 3 giabits of data per second from a USB 3.0 device out over a 10 gig Ethernet connection, and it was able to compare/contrast various levels of support for high-bandwidth USB 3 and Ethernet in multiple frameworks and languages.
And the whole conversation, with code examples, cost me 3 _cents_ of Anthropic credits.
My new fear is when people start asking AIs "Hey AI, here is my codebase, my org chart, and commit histories for all my employees - how can I reduce the number of humans I need to employ to get this project done?"
Its frustrating to work with the AI to implement something only to realise within a few interactions that it has forgotten or lost track of something I deemed to be a key requirement.
Surely the future of software has to start to include declarative statement prompts as part of the source code.
It may not be great for every workflow, but it certainly hits a sweet spot for intelligence x cost on most of my workflows.
If you want me to try your service, try using some flow with less friction than sandpaper, folks.
I'm legit elated that a smaller player is able to compete with large behemoths like OpenAI and Google. (I know they have Amazon backing them, but their team is much smaller. OpenAI is ~1000 employees now).
I'm building on top of their api. It's neat. I wish them the best.
It did seem slightly odd to me that openai made their supposedly best model free.
Here is an example using http://github.com/robusta-dev/holmesgpt/ where ask it to troubleshoot a payment processing workload in a Kubernetes cluster vs the GPT-4o output underneath:
holmes ask --model="bedrock/anthropic.claude-3-5-sonnet-20240620-v1:0" "what is wrong with the payment processor?"
AI: To investigate what's wrong with the payment processor, we'll need to gather more information about it. First, let's try to find the relevant Kubernetes resources related to the payment processor.
Running `kubectl get -A --show-labels pod | grep payment`
Thank you for your question about the payment processor. initial search, I've found two pods related to payment processing. Let's investigate the one that seems to be having issues:
1. In the default namespace, there's a pod named "payment-processing-worker-5bb5bd75cd-x4g99" which is in a CrashLoopBackOff state. This indicates that the pod is repeatedly crashing and restarting.
2. In the sock-shop namespace, there's a pod named "payment-ff86cd6f8-rs47b" which appears to be running normally.
Let's focus on the problematic pod in the default namespace. To get more information about what's wrong, we'll need to look at its logs and description.
Running `kubectl describe pod payment-processing-worker-5bb5bd75cd-x4g99 -n default`
AI: Based on the information gathered, it appears that there is an issue with the payment processor in the Kubernetes cluster. Let me explain what's wrong:
1 The payment processing worker pod is in a CrashLoopBackOff state:
• Pod name: payment-processing-worker-5bb5bd75cd-x4g99
• Namespace: default
• Status: CrashLoopBackOff
2 The pod is continuously restarting and failing:
• Restart Count: 242
• The container is in a "Waiting" state with the reason "CrashLoopBackOff"
3 The root cause of the issue appears to be related to an environment variable:
• The container is running a bash script that checks for the presence of the DEPLOY_ENV environment variable.
• If DEPLOY_ENV is not set, the container exits immediately after printing an error message.
• The command being run is:
if [[ -z "${DEPLOY_ENV}" ]]; then echo Environment variable DEPLOY_ENV is undefined ; else while true; do echo hello; sleep 10;done; fi
4 The environment section in the pod description shows:
Environment: <none>
This indicates that no environment variables are set for the container.
5 The container is exiting with a status of "Completed" and an exit code of 0, which suggests that it's running the script, finding that DEPLOY_E
To fix this issue:
1 The DEPLOY_ENV environment variable needs to be set for the payment-processing-worker deployment.
2 You should update the deployment configuration to include this environment variable.
3 After setting the environment variable, the pod should stop crashing and enter a running state where it prints "hello" every 10 seconds.
To resolve this, you'll need to update the deployment configuration for the payment-processing-worker. You can do this by editing the deployment and adding the DEPLOY_ENV environment variable with an appropriate value.
Would you like me to show you how to update the deployment with the required environment variable?
Note that it explicitly picks up on the ambiguity in the question and notes that there are 2 payment related workloads and one is healthy.GPT-4o:
$ holmes ask "what is wrong with the payment processor?"
Running `kubectl get -A --show-labels pod | grep payment-processor`
Running `kubectl get -A --show-labels deployment | grep payment-processor`
Running `kubectl get -A --show-labels service | grep payment-processor`
Running `kubectl get -A --show-labels pod | grep payment`
Running `kubectl describe pod payment-processing-worker-5bb5bd75cd-x4g99 -n default`
Running `kubectl logs payment-processing-worker-5bb5bd75cd-x4g99 -n default --previous`
AI: payment-processing-worker-5bb5bd75cd-x4g99 in namespace default crashes due to missing DEPLOY_ENV environment variable.
Fix: Define DEPLOY_ENV in the deployment spec.
Example patch:
env:
- name: DEPLOY_ENV
value: "production"
> Given a body with momentum B and forques F, what is the differential of applying the forques to the momentum in PGA?
Claude gave a wrong answer, ChatGPT gave a correct one. I’m sticking with ChatGPT.
Related
Run the strongest open-source LLM model: Llama3 70B with just a single 4GB GPU
The article discusses the release of open-source Llama3 70B model, highlighting its performance compared to GPT-4 and Claude3 Opus. It emphasizes training enhancements, data quality, and the competition between open and closed-source models.
Testing Generative AI for Circuit Board Design
A study tested Large Language Models (LLMs) like GPT-4o, Claude 3 Opus, and Gemini 1.5 for circuit board design tasks. Results showed varied performance, with Claude 3 Opus excelling in specific questions, while others struggled with complexity. Gemini 1.5 showed promise in parsing datasheet information accurately. The study emphasized the potential and limitations of using AI models in circuit board design.
Francois Chollet – LLMs won't lead to AGI – $1M Prize to find solution [video]
The video discusses limitations of large language models in AI, emphasizing genuine understanding and problem-solving skills. A prize incentivizes AI systems showcasing these abilities. Adaptability and knowledge acquisition are highlighted as crucial for true intelligence.
Anthropic: Collaborate with Claude on Projects
Claude.ai introduces Projects feature for Pro and Team users to organize chats, enhance collaboration, and create artifacts like code snippets. North Highland reports productivity gains. Future updates prioritize user-friendly enhancements.
Anthropic: Expanding Access to Claude for Government
Anthropic expands AI models Claude 3 Haiku and Sonnet for government users via AWS Marketplace, emphasizing responsible AI deployment and tailored service agreements to enhance citizen services and policymaking.