dazzaji

Location: San Francisco Bay Area, CA Remote: Yes (US and international consulting); available for occasional onsite work and travel Willing to relocate: No Technologies: LLM agents; Claude Code; Codex; MCP; multi-agent orchestration; evals; workflow automation; legal-AI architecture; privilege and authority controls; system-prompt assurance Résumé/CV: https://www.dazzagreenwood.com/about LinkedIn: https://www.linkedin.com/in/dazzagreenwood Email: [email protected]

SEEKING CONSULTING / CONTRACT WORK — also open to the right full-time role

Lawyer-technologist designing and building agentic AI systems for legal and other high-stakes work. I focus on the difficult distance between a promising demo and a deployment-ready workflow: selecting the right work, mapping privilege, data, and authority boundaries, designing evals and human-decision gates, and creating tool-agnostic operating architectures that can survive legal and security review. Current obsession: chaining authority- and scope-bounded agents into high-assurance workflows that can run autonomously for six-plus hours, show their receipts, and stop at explicit human (sometimes licensed professional) gates between stages—then produce genuinely valuable, substantial, compliant, and defensible deliverables.

A useful first engagement is a bounded two-week sprint: rank workflows by value, readiness, and fit; sketch an initial target operating architecture; and produce a prioritized 90-day pilot plan plus one implementation-ready pilot brief.

Recent work: AISPA system-prompt assurance paper: https://arxiv.org/abs/2607.28617 Authority Boundaries for AI: https://www.dazzagreenwood.com/p/authority-boundaries-for-ai Interlateral Agents: https://github.com/dazzaji/interlateral_agents (I have a private repo version with professional authorization or approval/adoption gates and control kernel verifiable logging)

Earlier work includes founding law.MIT.edu, testifying before Congress on electronic-transactions law, and leading Consumer Reports’ Data Rights Protocol. I am currently a Stanford CodeX affiliate.

Available now for one bounded sprint and booking one or two larger engagements beginning in September. Best fit: in-house legal teams, legal-tech companies, and AI companies building high-stakes professional workflows. Contract through https://www.civics.com.

Nope, not bored at all. I'm clicking on most HN AI threads out of sheer curiosity, eager to learn new techniques and see what folks are thinking or building. Given its transformative ripple effects, AI feels like the single biggest shift reshaping the economy and society right now. Kind of the opposite of boring.

I’m pleasantly surprised this was AI assisted so deeply that inconsistencies like that slipped by you. The writing is really extraordinary. It made me want to read for fun again for the first time in decades. Thank you!

Thanks for those links - these are the rules and norms I didn’t know before. Now that I see them, they seem pretty sensible overall. Some are of them are a bit quirky.

By all means! I’m not sure if Hacker News rules or norms permit us to talk here or not but I’ll at least respond here as a start:

What about loyal agents would you like to talk about?

This discussion hits close to home. A few of us at Stanford and Consumer Reports have been working on a project called Loyal Agents (loyalagents.org ) that’s focused on the same core issue raised in the Economist article, namely how to make sure AI agents actually act in the interest of the people they represent.

The idea is to define what “loyalty” means for an AI agent in both technical and legal terms, and then build systems that can prove they’re acting on a user’s behalf (ie not a platform’s or advertiser’s).

It’s early-stage research, but the overlap with many of the questions here is striking. Would be great to get feedback from this crowd as the work evolves.

I’m part of the group working on Loyal Agents and happy to discuss it.

Here’s what Claude Sonnet 4.5 suggested to take this piece from something that sounds impressive but lacks substance to something that could actually deliver on its promise. I did this thought exercise to explore whether being AI-generated necessarily precludes brilliance. You be the judge - I think Claude succeeded in mapping the gap between the current draft and what a truly excellent version would actually require.

https://claude.ai/share/46dd4b7e-9adf-473d-8372-22cb1ae34249

Based on the URL correlation and content, it sure appears to be the same book.

Registration full :-(

Not quite - as I understand it box-counting measures global space-filling, manifolds handle local coordinate structure. Consider that the Earth is locally flat but globally spherical, and a Möbius strip vs cylinder are locally identical but globally different. Related problems, but the tools reveal different aspects of geometry. So I think whether “this is exactly what topological manifolds are for” depends what you’re trying to understand.

Synthi is an open web tool that instantly summarizes and synthesizes Hacker News threads and their linked articles, grouping every point of view by topic.

[Live demo here: https://prototypejam.github.io/synthesize/](https://prototypejam.github.io/synthesize/)

Why I Built This:

I love the deep discussions on HN, but I never have time to read a long article and a 400-comment thread. The tipping point for building this was when I nearly burned through my monthly API credits on another service just trying to synthesize a few threads! I needed my own tool.

How It Works:

1. Paste any HN thread URL into Synthi. 2. It instantly detects it and fetches the linked article. 3. Click "Full Analysis" for a unified, topic-based synthesis (with attribution to the article or the commenter). 4. Export the result, bookmark it, or listen to it (the output is text-to-speech friendly).

Key Features:

* Smart HN workflow: Auto-detects HN links for a one-click analysis. * Works with any URLs: Can also synthesize any two articles or pieces of text. * 100% client-side: All processing happens in your browser. No backend, no tracking. * Open source (MIT License): The code is yours to inspect, fork, and use.

The Code: [https://github.com/prototypejam/synthesize](https://github.com/prototypejam/synthesize)

A Note on the API Key:

Synthi is a "Bring Your Own Key" app. You'll need a Google Gemini API key, which is stored securely in your browser's local storage and never sent anywhere else.

For now, it's Gemini only, largely because the free tier on Google AI Studio is incredibly generous and a great way to get started. I'm considering adding support for other models like Claude or OpenAI via OpenRouter in the future.

I've been using this every day and I hope it's useful to some of you too. All feedback is welcome!

Wow - I'd forgotten all about this but just realized I have posts from an entire phase of earlier professional life - topic by topic and event by event - on an old blog there. Amazingly the browser remembered my login so I was able to find the URL. It's been quite a trip down memory lane revisiting some of the posts. Not sure I need to keep any of that published but I'll at least scrape and store it somewhere for old times sake. Maybe I'll find some buried gem of an idea when I scan them during the great scrape. Or - optimistically - perhaps a future zillion-token context LLM will uncover some personal patterns that unleash deep and actionable insights. Irrespective of the measurable value, I just hate to see the old posts dissapear forever.

This is a fun project to be sure. I just wish the author would not refer to the experiment as an "autonomous startup builder" unless they mean it humorously. Having poked around the GitHub repo and read through the materials, it seems like more of an AI coding assistant running in a loop that built and deployed a broken web application with no users, no business model, and no understanding of what problem it was trying to solve. There were quasi-autonomous processes and there were things that were built, but nothing I'd call a startup.

Ruv (of Claude Flow) seems to like the new Claude Agents a lot, and already is leveraging them in Claude Flow. He waxes positively on the topic here: https://www.linkedin.com/posts/reuvencohen_spent-the-afterno...

One of the things that I found most frustrating about USB-C hubs is how hard it is to find one that actually gives you multiple USB-C ports. I have several USB-C devices but most hubs just give you one USB-C port and a bunch of USB-A ports. At most it’s 2 USB-C ports but only with the hub that plugs into both USB-C ports on my MacBook Pro (so I’m never able to get more ports than I started with). The result is I end up having to keep swapping devices. For a connector that was supposed to be the "one universal port," it's weird that most hubs assume you only need one USB-C connection. Has anyone found a decent hub with multiple USB-C data outputs?

* I'd call it "VibeOffice".

That system would make a tidy startup, especially if tightly integrated with an open source office suite behind the scenes (LibreOffice, OpenOffice, etc) and a generative AI native UX.

Got it, thanks for clarifying! So if I’m understanding you right, you’re saying that all the generative stuff the LLM does—like creating text—basically becomes part of the ‘arguments’ the original post talks about, and then that gets paired with a tool call (like inserting into a text editor, doing edits, etc.). I was focused on the tool call not the argument content aspect of the post.

And it sounds like you’ve had a lot of success with this approach in an impressive variety of application types. May I ask what tooling you usually use for this (eg custom python for each hack? MCP? some agent framework like LangGraph/ADK/etc, other?)

I’m still stuck on the first sentence "An LLM should never output anything but tool calls and their arguments” because it just doesn’t make sense to me.

Tool calling is great, but LLMs are - and should be used as - more than just tool callers. I mean, some tools will have to be other LLMs doing what they’re good at, like writing a novel, summarizing, brainstorming ideas, or explaining complex topics. Tools are useful, but the stuff LLMs actually do is also useful. The basic premise that LLMs should never output anything beyond tools and arguments is leaving most of the value of LLMs on the table.

> No one actually pays that price. The $1000 misrepresented in the article…

With respect, that is absolutely incorrect. People absolutely pay over $1000 and do so monthly. For example, Kaiser of Northern California makes it very difficult for their doctors to prescribe these, and nearly impossible to get a prescription for Monjaro (which is particularly effective). Therefore, Kaiser patients/insured for whom these drugs are of immense benefit but who must have their prescriptions from out of network physicians receive ZERO insurance coverage. This means they get neither the negotiated insurance price discount nor any co-pay on the full cost. I am directly aware of this. And it is a travesty. Yet the benefits of these drugs is so significant and uniquely available through these drugs that in a sense, if it is possible to pay, then pay one must. Because in effect they are invaluable.

I was fortunate to get early access to the new Agent SDK and APIs that OpenAI dropped today and made an open source project to show some of the capabilities [1]. If you are using any of the other agent frameworks like LangGraph/LangChain, AutoGen, Crew, etc I definitely suggest giving this agent SDK a spin.

To ease into it, I added the entire SDK with examples and full documentation as a single text file in my repo [2] so you can quickly get up to speed be adding it to a prompt and just asking about it or getting some quick start code to play around with.

The code in my repo is very modular so you can try implementing any module using one of the other frameworks to do a head-to-head.

Here’s a blog post with some more thoughts on this SDK [3] and some if its major capabilities.

I’m liking it. A lot!

[1] https://github.com/dazzaji/agento6

[2] https://raw.githubusercontent.com/dazzaji/agento6/refs/heads...

[3] https://www.dazzagreenwood.com/p/unleashing-creativity-with-...

Here’s the conclusion of a much more refined initial review by Andrej Karpathy [1] which, I think overall, comports with the substance of my own hot take:

“As far as a quick vibe check over ~2 hours this morning, Grok 3 + Thinking feels somewhere around the state of the art territory of OpenAI's strongest models (o1-pro, $200/month), and slightly better than DeepSeek-R1 and Gemini 2.0 Flash Thinking. Which is quite incredible considering that the team started from scratch ~1 year ago, this timescale to state of the art territory is unprecedented. Do also keep in mind the caveats - the models are stochastic and may give slightly different answers each time, and it is very early, so we'll have to wait for a lot more evaluations over a period of the next few days/weeks. The early LM arena results look quite encouraging indeed. For now, big congrats to the xAI team, they clearly have huge velocity and momentum and I am excited to add Grok 3 to my "LLM council" and hear what it thinks going forward.”

[1] Full review at: https://x.com/karpathy/status/1891720635363254772?s=46&t=91u...

Update: Now I am a person who has used Grok 3 to generate evocative fiction (using your description as the catalyst): https://x.com/i/grok/share/r8XR6IdeuzDLDFTL7xDHLuADO

That sounds like very evocative prose. Would you be up for sharing some of that fiction? I haven’t tried Grok 3 for that purpose and now I’m curious.

It’s gracious of you to say that you’d be sorry, and I did run my comment through 4o (perhaps ironically) which caught a slew of typos and weird grammar issues and offered some improvements. But the robotic sound and anything else you don’t like are my own responsibility. Do you, perhaps, have any thoughts on the substance of the comment?

I’ve been putting Grok 3 through some challenging test flows, and it’s impressing me. Not flawless, but the quality is generally exceptional, and the speed? Lightning-fast.

It’s delivering answers on par with the other top models on my back-pocket tests and in a fraction of the time. The integrated search is solid overall, though it occasionally misses key resources—likely a web indexing quirk. That said, its ability to ingest content from any website when you provide the URL is a standout feature.

The analysis is razor-sharp. It’s picking up on nuances—and even uncovering entirely new angles—that other models have overlooked. I just posed a tough hypothetical about a new line of business I’m looking at for my consulting service and it identified an entirely new sphere of possibility that I hadn’t seen nor had any of the other top models (not Gemini 2.0 Pro, OpenAI’s o1-Pro and o3-mini-high, or Claude 3.5 Sonnet).

An API will be needed for real programmatic testing and certainly for integrated business applications and workflows, but I’m told one is coming in the next few weeks.

It’s still early (we’re talking hours here), but so far, I’m digging it.

I started my affiliation with MIT in 1997 as a lecturer on eCommerce Architecture—a topic that felt both exciting and exotic back then, as the internet was just beginning to transform the world. Walking through those doors for the first time, I was immediately struck by the brilliance of the people around me. Virtually everyone I met seemed like the smartest person I’d ever encountered, and I couldn’t help but feel like an imposter at times. But that feeling also came with the thrill of being part of a community that constantly challenged and elevated me.

In 2007, I moved over to the Media Lab to focus on computational law, a field that thrives on MIT’s interdisciplinary ethos. Over the years, I’ve had the privilege of collaborating with CSAIL researchers from time to time. These experiences were always a blast—not just because of the cutting-edge research, but also because navigating the Frank Gehry-designed Stata Center was its own adventure. I loved spelunking through its quirky passageways, stumbling across obscure treasures like tucked-away whiteboards filled with half-finished equations or discovering yet another coffee machine in a corner I hadn’t visited before.

Since the pandemic, I’ve been living back in the Bay Area, so much of my MIT involvement is now remote. Yet even from a distance, I remain in awe of the people, ideas, and unrelenting creativity that define the Institute. Reading this reflection brought back so many memories—and a wave of nostalgia. It’s inspiring to see how others have experienced their time at MIT, and it makes me want to book a visit back to the campus just to soak it all in again. There’s something about MIT that stays with you, no matter how far away you are.

This article seems to be mostly about the slowdown in globalization since 2008, driven by economic uncertainty and advancements in automation reshaping global value chains. It makes sense that reshoring is becoming more viable for industries with higher levels of automation and that control and risk reduction are taking precedence over cost savings. I suppose a really good model can show greater control and risk reduction represent more value than the rewards of direct cost savings.

I imagine this trend will only accelerate with the renewed focus on tariffs initiated in the United States, which seem to be rippling across the globe. Tariffs not only increase costs but also encourage nations and companies to rethink dependencies on international supply chains. I'm no economist, but my take away is that the tariff wars, combined with the rise of automation, might just be catalyzing a structural shift toward more localized production on a global scale. That wouldn’t necessarily be so bad.

I rely on ElevenReader several times a week for quick text to voice on snippets of text I’m working on or sometimes on full web pages when I hand it a url. It’s quick and easy to use and the performance and quality is high.