@OKfallah

Machines of continual learning grace. Building @explabsai.

San Francisco, CA
Joined March 2015
Try out experiential to turn your AI spend into an asset you own.
Experiential is an agentic AI gateway. Use hosted, BYOK, and local models through one OpenAI-compatible API, then turn real AI traces into simulations for automated evals and training. For a limited time, Experiential is also offering 1000+ models free through its hosted catalog at platform.xplabs.ai
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Every new AI model used to mean another account, billing dashboard, eval run, and integration. We built Experiential so it doesn’t. One open source gateway for 1,000+ models across our marketplace and BYOK + local models. No token markup. We’re live on Product Hunt 🚀
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STOP THROWING AWAY MONEY ON MODELS YOU DON'T OWN 📣📣
Today we’re officially launching @explabsai on YC. Companies spend more on AI every month, but none of it becomes an asset they own. Up to 97% cheaper and 50% higher quality.
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introducing screenpipe: it records and learns how you work and turns it into a searchable memory, SOPs, and AI agents open source, local-first, 20K+ GitHub stars, 1,900+ forks, and 130+ contributors
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Build a world model with one command `wmh build` An LLM pretends to be your Docker container so you can skip sandboxing 🐳 It runs the GEPA optimizer over your traces to create a high fidelity world model of your production environment
Excited to open source our world-model-harness! `wmh` makes it easy to go from agent traces -> faithful replication of your production environment Basically, an LLM pretends to be a Docker container but 5x faster Below is a comparison running 8 SWE-bench tasks
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Frontier models are already surprisingly strong at world modeling. With some post-training, open source can definitely also get there.
Excited to open source our world-model-harness! `wmh` makes it easy to go from agent traces -> faithful replication of your production environment Basically, an LLM pretends to be a Docker container but 5x faster Below is a comparison running 8 SWE-bench tasks
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Use world models to run your agents without spinning up an environment VM!
Excited to open source our world-model-harness! `wmh` makes it easy to go from agent traces -> faithful replication of your production environment Basically, an LLM pretends to be a Docker container but 5x faster Below is a comparison running 8 SWE-bench tasks
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Self-improving AI is getting commoditized. The next frontier is how fast your loop compounds.
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Trtllmgen kernels are now open. Fastest prefill and decode kernels for our target workloads. We wrote these to win InferenceX, MLPerf, other benchmarks. Powering some of today’s top served models. Dive in, learn, use them, or level up your own. Enjoy. github.com/flashinfer-ai/fla…
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Check out CLaaS, built on Tinker, for an OpenClaw that improves as you use it!
Replying to @tinkerapi
Continual Learning as a Service deploys a model that collects user feedback and distills the feedback into model weights via Tinker. CLaaS includes a dashboard for monitoring batches and an eval harness to make the training more deliberate. nitter.cf/OKfallah/status/202705…
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Me and @okfallah built an open-source repo to apply continual learning to autoresearch with self distillation policy optimization (SDPO) We managed to beat Karpathy's baseline by recursively self improving Qwen3 14b on 8xH100s Results and learnings 👇
I packaged up the "autoresearch" project into a new self-contained minimal repo if people would like to play over the weekend. It's basically nanochat LLM training core stripped down to a single-GPU, one file version of ~630 lines of code, then: - the human iterates on the prompt (.md) - the AI agent iterates on the training code (.py) The goal is to engineer your agents to make the fastest research progress indefinitely and without any of your own involvement. In the image, every dot is a complete LLM training run that lasts exactly 5 minutes. The agent works in an autonomous loop on a git feature branch and accumulates git commits to the training script as it finds better settings (of lower validation loss by the end) of the neural network architecture, the optimizer, all the hyperparameters, etc. You can imagine comparing the research progress of different prompts, different agents, etc. github.com/karpathy/autorese… Part code, part sci-fi, and a pinch of psychosis :)
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In-context learning is a hack to remind your model. CLaaS uses self-distillation to move that knowledge into weights, freeing up context.
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Please RT! Georgia Tech ECE is hiring faculty in bioengineering with a preference for candidates aligned with an emerging institute for neuroscience, neurotech and society: b.gatech.edu/3QIvgnZ. Details below. Apply here by Dec 15: bit.ly/3QIUaU8
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So excited to share @Waabi_ai strategic partnership with @UberFreight to accelerate the safe deployment of #AI-powered autonomous trucks at scale. Huge step toward the future of safer roads and more efficient supply chains. waabi.ai/waabi-uber-freight/
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Excited to share this paper using new neurotech and explainable AI to advance DBS for treatment resistant #depression (TRD). Team effort including @HelenMaybergMD, @sankar_alagapan and Patricio Riva-Posse. Summary thread! go.nature.com/48lmlzC @nature PC: Mike Halerz
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Isn't it strange that most contrastive methods only use a fixed set of augmentations? Check out our work on ManifoldCLR, a system for using geometric models to generate feature augmentations and improve contrastive learning performance! arXiv: arxiv.org/abs/2306.13544. Details🧵👇
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Our approach is compatible with any InfoNCE loss. When incorporated into SimCLR, we see consistent improvements in linear separability. We find that we can even match performance when training without a projection head!
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