satoshi 001

Exploring the business side of AI. Vibe coding, useful workflows & SaaS ideas. Sharing what I learn along the way.

[satoshi 001 @satoshiwhynot]

https://t.co/7pFDj6tiG5

[satoshi 001 @satoshiwhynot]

this practical guide to Grok Build will change what you think an AI agent is for

it's not about building apps
it's about handing off every boring task on your computer

the shift: you stop hunting for the right tool, flag or converter and just describe the outcome
the agent handles the process

the playbook in 6 steps:

1. install it in about a minute and launch it in the right folder
that folder is its workspace, so start where the work lives

2. keep the safety on at first
it asks before every command, /rewind undoes a whole session, and a sandbox is one flag away

3. hand it the small chores first
file conversion, photo renaming, spreadsheet cleanup, finding that one PDF, fixing Bluetooth audio

4. describe the result, not the steps
"pull the audio out so I can listen in the car" beats any ffmpeg flag

5. write an AGENTS.md once
plain-English rules like "show me a plan before moving more than 5 files" and "open the result when you're done"

6. scale up with plan mode, subagents, /loop and /goal
big jobs get planned first, run in parallel, and a goal only closes after an independent review confirms it

the result: no more forum threads, random converters or flag hunting
hours of small tasks gone from your week

read this before you automate anything else on your computer
it has the setup, copy-paste prompts and realistic time estimates

the full guide is in the article below ↓

[satoshi 001 @satoshiwhynot]

https://t.co/7pFDj6tiG5

[satoshi 001 @satoshiwhynot]

Grok Build isn't just for coding.

Let it convert your files, rename 300 photos, fix your Bluetooth audio, clean up messy spreadsheets and find that one PDF you half-remember.

You describe the result. The agent handles the process.

Free to try, open-source CLI, about a minute to set up.

Full guide to delegating everyday work:

[satoshi 001 @satoshiwhynot]

https://t.co/7pFDj6tiG5

[satoshi 001 @satoshiwhynot]

How the Tesla Roadster’s cold-gas thrusters work

Tesla’s official Roadster page describes a system of cold-gas thrusters mounted around the car. They can push it forward, lift it upward and rotate it in the air.

Tesla puts it simply: “So yes, it can fly.”

What exactly is a cold-gas thruster?

It’s one of the simplest types of rocket propulsion. There’s no combustion involved.

Air is compressed into high-pressure tanks. When a valve opens, that air escapes through a nozzle at high speed, creating thrust.

The physics behind it

It works through Newton’s third law: release gas in one direction, and the vehicle gets pushed in the opposite direction.

The amount of thrust depends largely on how quickly the gas exits and how much is released each second.

SpaceX already uses cold-gas thrusters to control the orientation of Falcon rockets. The Roadster brings that same basic engineering principle to a car.

Why use cold gas?

Without combustion, there’s no flame, burning fuel or combustion exhaust.

The system can react quickly and produce short, carefully controlled bursts of thrust.

How does the car stay stable in the air?

According to Tesla, the thrusters use all-electric actuators to make rapid, small adjustments that help keep the vehicle stable during flight.

With thrusters placed around the car, the system can control pitch, roll and yaw, much like the attitude-control systems used on spacecraft.

How quick is it?

Tesla lists a 0–60 mph time of less than one second with the Thrust upgrade.

At the unveiling, Tesla showed a 0–60 mph run of 0.81 seconds.

To put those numbers into perspective, reaching 60 mph from a standstill in one second means averaging roughly 2.7 g of forward acceleration.

At 0.81 seconds, that rises to around 3.4 g.

A few common questions

Does it need to be refueled?

The thrusters don’t burn fuel. They release compressed air from high-pressure tanks, which need to be replenished after use.

Tesla has discussed restoring tank pressure while the car is driving, but detailed recharge times and limits on repeated use haven’t been published.

Can it actually fly?

Tesla describes the Rocket version as “air ready” and says it comes with a full flight system.

During the unveiling, the Roadster used its suction system to drive upside down, completed a controlled flip in midair and cleared a row of Tesla vehicles, including a Semi.

Is it legal on public roads?

Tesla describes the Performance version as road ready.

The company also states that the Rocket version’s flight features are not approved for use on public roads.

Which versions get the thrusters?

Performance: The road-ready model, featuring active aerodynamics and a fan-powered suction system.

Thrust (Limited): Adds rear-mounted acceleration thrusters for even more extreme performance.

Rocket (Invite Only): Includes the full flight system, with thrusters positioned around the vehicle. It has one seat, and availability depends on the region.

The engineering is remarkable: Tesla and SpaceX are combining electric-car performance with rocket propulsion and flight-control technology in a sports car.

[Elon Musk @elonmusk]

Turns out the future does have flying cars

[satoshi 001 @satoshiwhynot]

The Tesla Roadster was built for this ☺️

[Tesla @Tesla]

Real life, baby

[satoshi 001 @satoshiwhynot]

How to use (or not to use) your Roadster.😁

I love these videos. 🤣🤣🤣
Mood when the Roadster finally drops.

[satoshi 001 @satoshiwhynot]

로드스터를 구매한 이후 내 일상🐰

My life after buying a Roadster 🐰

[Tesla @Tesla]

Real life, baby

[satoshi 001 @satoshiwhynot]

Como usar (ou não) seu Roadster.😁

[Tesla @Tesla]

Do a kickflip!

[satoshi 001 @satoshiwhynot]

Tesla Roadster Unveiling — Timestamps 🚀

7:14 – Tesla x SpaceX: setting the stage
9:24 – Tesla’s last great driver’s car
9:52 – Going beyond the limits of a normal car
10:14 – Countdown to the first flight
12:37 – Flying cars just became real
12:40 – A callback to Peter Thiel
13:01 – How the suction system works
13:15 – Downforce and track performance
14:07 – Starman enters the scene
14:51 – Rocket thrusters and aerial tricks
15:51 – The kickflip demonstration
16:31 – A road car with rocket capabilities
16:55 – Pressure tanks, thrusters and hardware
17:13 – Refilling the high-pressure air system
17:35 – Design reveal and aerospace influences
19:49 – Different fan modes explained
20:36 – Active rear wing
20:49 – Chasing a sub-second 0–60
21:20 – Acceleration test
23:21 – The result: 0–60 mph in 0.81 seconds
23:25 – Why the production car could go quicker
24:04 – Taking acceleration even further
24:27 – Top speed and the Snake River Canyon idea
25:25 – Aiming for half the speed of sound
25:51 – Flying car meets ultimate driver’s car
26:03 – Production targeted for 2028

[Tesla @Tesla]

Roadster https://t.co/G0jU4mWfid

[satoshi 001 @satoshiwhynot]

NYC, 2030. Your cab driver: “Buckle up, I know a shortcut.”😁

[Tesla @Tesla]

Holy smokes

[satoshi 001 @satoshiwhynot]

馬斯克應該是我們世代的傳奇人物～
It’s so good to be alive!

[Elon Musk @elonmusk]

New Roadster is
beyond movies,
beyond imagination,
beyond human,
yet still made
by humans
on Earth

[satoshi 001 @satoshiwhynot]

Complete Tesla Roadster Unveiling

0:15 – Teaser for a wild Tesla x SpaceX collaboration
2:25 – The final Tesla you'll ever drive by hand
2:53 – Pushing far beyond normal limits
3:15 – Countdown and the first successful flight
5:38 – Flying cars are actually here
5:41 – Peter Thiel's famous flying-car line
6:02 – Fan-powered suction system (up to 2G)
6:16 – Massive downforce and record-breaking track times
7:08 – Starman makes a cameo
7:52 – Rocket thrusters and full-on acrobatics
8:52 – Kickflip demo (with Tony Hawk's blessing)
9:32 – The future of a road car that's also a rocket car
9:56 – Air tanks, nozzles, and specs
10:14 – Rechargeable ultra-high-pressure air
10:36 – The car's reveal and its aerospace-inspired design
12:50 – Fan modes
13:37 – Variable-pitch rear wing
13:50 – Target: 0–60 in under 1 second
14:21 – Acceleration demo
16:22 – 0–60 hit in 0.81 s
16:26 – The production version will be even faster
17:05 – The world's quickest production car
17:28 – Top speed and a Snake River Canyon teaser
18:26 – Goal: Mach 0.5 and beyond
18:52 – The best flying car yet and the last great driver's car
19:04 – Production begins in 2028

[satoshi 001 @satoshiwhynot]

https://t.co/OyGEntQVFx

[satoshi 001 @satoshiwhynot]

Tesla turned on the Roadster's fans live. The suction system lets it corner at more than 2 g.

[satoshi 001 @satoshiwhynot]

https://t.co/OyGEntQVFx

[satoshi 001 @satoshiwhynot]

wizards have it too easy now🤣

Elon Musk just made Avada Kedavra real.

[satoshi 001 @satoshiwhynot]

I loved the flying Roadster.

Now let the people with clipboards have a turn.

Before 2028, I want to see:
→ final price and spec
→ independently measured 0–60
→ repeated hard use
→ a full gas refill, waiting time included

[satoshi 001 @satoshiwhynot]

https://t.co/OyGEntQVFx

[satoshi 001 @satoshiwhynot]

https://t.co/OyGEntQVFx

[satoshi 001 @satoshiwhynot]

AI music videos are getting ridiculously cinematic......I generated this one with @grok @bot @imagine

The subtle facial expressions, lifelike detail and soft lighting make the character feel surprisingly real

And that transition into the darker scene with the teddy bear completely changes the mood......all in a 10-second clip

Here’s what I got 👇

[satoshi 001 @satoshiwhynot]

Give Grok Bot the topic you can’t explain....and ask it to SHOW you how it works.

There’s a reusable template called Explainer Video Bot, built for exactly that.

The Starlink example makes the appeal obvious: follow one object through several sensor views, and you can see how the same object produces multiple observations.

I love the idea of giving that workflow a question of your own:

- How does an AI agent use a tool?
- Why does a website keep showing old data?
- How do observations help estimate an orbit?

I put together a guide with the template, a prompt you can copy, and the checks I’d use before rendering.

Here’s the short teaser I made for it 👇

What would you want it to explain first?

[satoshi 001 @satoshiwhynot]

https://t.co/3j4MgVkEJl

[satoshi 001 @satoshiwhynot]

https://t.co/3j4MgVkEJl