For the ad buy side; I made a live data terminal app for tracking the order book, purchased block burndown, and bid pricing calc against volume-weighted average price of the order book.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00
Serving floor | $31.00
Open interest | $1,506
Imps in book | 38.6K
For the ad buy side; I made a live data terminal app for tracking the order book, purchased block burndown, and bid pricing calc against volume-weighted average price of the order book.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00
Serving floor | $31.00
Open interest | $1,506
Imps in book | 38.6K
It's hard as yet for me to feel skilled in interacting with AI agents when coding, and the challenges I face are more interaction with agents, and less around the object of the coding.
an agentic coding scaffold/framework you can reference when building out your next random raspi project. prefer to build around systemd units first; make an idempotent installer script, then put as little as possible custom coding around that.
`impl muster` comes down to: /build out this tool wiring together `patterns` like: C3.dropfolder-trigger; R2.device-binding; C4.lazy-resource-gate
or composite patterns like:
T2R4.device-triggered-conveyor
"Bind a physical device event to a bounded ingest job that waits for hot-storage capacity, proves cold-storage capability, stages local work, and hands output to a hot/cold conveyor."
I need to back up a couple hundred DVDs, so with muster I get out:
dvd-ingester
T2R4.device-triggered-conveyor
Architecture
DVD media becomes ready
-> udev rule adds SYSTEMD_WANTS=dvd-rip@%k.service
-> systemd runs /opt/dvd-ingester/current/bin/dvd-rip-one /dev/%I --apply
-> dvd-rip-one proves DEST_DIR and waits for HOT_DIR capacity
-> completed rip moves to HOT_DIR/<run-id>
-> dvd-publish-one.timer drains HOT_DIR to DEST_DIR
-> publish writes DEST_DIR/.incoming-<run-id> and atomically renames final output
Pipelined; ejects after rip completed. Monitors local disk capacity, retries after NAS comes back online; resumes after random reboot; etc.
You can create a timelock smart contract requiring a future state of the blockchain to have been reached. Once that time has been reached, you can freely execute the function on the contract to retrieve the information. Tested it years ago, to lock up 1 ETH in essentially a CD for a year.
The trust is held in your own code implementation of the contract and that ETH will continue to exist and not be hard-forked or Shor'd or something.
I take Mounjaro. For obesity. I thought back in '05 when I first started learning about DPP-4 inhibitors it wouldn't be too long before we realized obesity/T2DM were aspects of the same whole, but it'd take decades before we got to an effective therapy.
This is pretty much it. Zero side effects (other than the side effects from losing weight too fast, still have to pay attention to diet). We'll see if there's long term pancreatic/other issues down the line; but comparing risk against obesity, I still feel like I come out ahead on risk.
I expect to be taking some low level of a GLP/GIP/next-twincretin/next-tricretin forever. If I didn't now; I figure I'd keep running and dieting and meditating to steel my willpower; continue slighty overeating and slowly gaining fat and insulin resistance. And then I'd still end up taking a GLP/GIP years down the line after I finally developed T2DM.
I'd gladly spend $12k/year for the extra healthspan, and it seems many, many people are prepared to do the same.
Tracks which ads are actually getting served and what to bid to not overpay or get buried.
943.1 imps/min
Top bid now | $111.00 Serving floor | $31.00 Open interest | $1,506 Imps in book | 38.6K
https://www.insapio.com/