Remember when people were posting "this one prompt replaces a McKinsey consultant"?

McKinsey published an 8-page guide teaching Fortune 500 companies how to replace 60% of their dev teams with AI agent factories.

They weren't the ones getting replaced. They were studying the replacement playbook the entire time.

The article lays out a 24-hour sprint model. Humans work 8 hours during the day reviewing outputs, setting guardrails, aligning priorities. AI agents execute the other 16 hours overnight. Requirements, architecture, code, testing. All automated.

The team composition chart tells the real story. Old model: product owner, business analyst, tech lead, 6 engineers, 2 testers. Ten people. New model: product owner, tech lead, one AI-enabled engineer. Three people.

Business analysts gone. Testers gone. Five out of six engineers gone. Not "reassigned." Removed from the org chart entirely.

The article calls it "productivity gains" and "team resizing." The diagrams call it what it is. 100 FTEs down to 60. 200 person-years of work compressed into 100. And McKinsey is selling this transformation as a service.

The people who survive this shift aren't the ones writing the best code. They're the ones who can think clearly enough to direct the agents that write it.

Leading companies are moving from two-week sprint cycles to a daily rhythm that combines human judgment with overnight agent execution.

The opportunity now is how organizations use the capacity those agent-enabled workflows create. mck.co/3Q0yqpt

SpaceX has raised roughly $12B since its founding. IPO valuation $1.75T.

2015, Google and Fidelity invested $1B when SpaceX was worth $12B.
That stake worth 146B today.

Why is Wall Street only interested at $1.75T, instead of $12B?

#spacexipo #google    #starship

SpaceX began testing booster recovery back in 2010. First successful landing: 2015. By 2025, F9 and FH had racked up more than 450 booster landings.

Why did others wait over a decade before seriously pursuing reusable rockets?

And what exactly are they planning to launch? The world doesn’t need a second Starlink

#spacex #starship

How a Trader Makes $300–$500 a Day Using the Bonding Strategy on Polymarket (Risk-Free)

Found a trader who gets 80% APY simply by collecting profit on guaranteed outcomes

He uses a pure bonding strategy: buys contracts at 95–99.5 cents on markets where the outcome is already obvious to almost everyone and holds them until final resolution

No predictions or complicated analysis - just market mechanics and iron discipline

Each trade brings 1–3% (sometimes up to 5%). He does 2–4 such trades per day - and consistently makes $300–$500 clean profit

How does he do it?

He uses Parity Terminal to find the juiciest markets in seconds and enter positions instantly

Filters he uses:
• Probability: 95–99%
• Spread: ≤ 0.05
• Liquidity: ≥ $10k
• Time to resolution: ≤ 1 day

After that, he just waits for a decision and keeps repeating the same thing over and over again

Ready-made filters for this strategy + trader's profile 👇

Use a predefined filter or create your own in Parity Terminal:

predictparity.com/markets?probMin=95&probMax=99&liqMin=10000&endMin=&endMax=1&exc=

$AMPG: New website & updated customer list 👀

Now includes Amazon and Nvidia.

$IREN This is why I pay attention to consolidations.

Last weekend everyone was focused on the selloff.
I was focused on the setup.
Now the rebound is starting to take shape.
The AI infrastructure story didn't change.
The datacenter story didn't change.
The power demand story didn't change.
Only sentiment did.
Chart is beginning to reflect that reality again.

$MU rebound starting exactly where it needed to.

The support zone held.
The trend held.
The AI thesis held.
Everyone wants AI exposure.
Very few investors focus on where all that AI data actually lives.

Memory.

Still watching for a move back toward the highs

$ABAT caught my attention

Huge volume.

Strong recovery off the lows.

Reclaimed the 200 MA.

The type of action that often appears before a much larger move.

Most traders will notice it above $5.

I'm noticing it now.

If you're not agent looping, you're falling behind - fast.

Agent looping lets your AI agents handle the end-to-end prompting process (discovery, planning, work, checking).

Here is how to properly set up agent loops inside Claude (save this):

Everyone should be using this AI slash command.

/no-mistakes

An agent skill that makes your workspace perfect by reducing bugs, improving fixes, and so on.

Works inside Claude Code & Codex.

github.com/kunchenguid/no-mistakes

$AMPG/USD H2 #Indicator #Signal #Trading #GlobalOneAI

$SPCX unveiled AI1 which is its first AI compute satellite featuring a 150kW payload and deployable liquid cooling.

Elon Musk says AI1 repurposes proven Starlink V3 power, cooling and laser-link technology into an orbiting AI compute platform.

spacexipo.com

Elon Musk says Terafab will span ~100 million square feet which is about 10x the size of $TSLA Giga Texas factory.

The facility is designed to produce 1TW of output annually which is roughly 2x current U.S. power consumption.

🇺🇸 Bret Johnsen says Starship, Starlink, and massive data centers are becoming the backbone of the next technological era.

As AI's demand for computing power explodes, SpaceX is building the infrastructure to connect, power, and scale it globally.

The race for AI dominance may not be won by software alone… but it could depend on who controls the infrastructure of Earth and space.

🚨Major Scoop: The first Claude 5 model, Claude Fable 5 (Mythos-class model) is gonna release very soon!

It's the same underlying model as Mythos but with increased guardrails, headed to public release

I don’t think people realize how utterly game changing SpaceX AI Satellites are going to be.

These Satellites will basically be NVIDIA racks out in space that are being powered 100% by the Sun, which is absolutely FREE.

Instead of using grid electricity, on-site generation, or huge amounts of power and water for cooling, the GPUs get powered and cooled 24/7 at essentially zero marginal cost.

Honestly mind-blowing

$SIVE $YSS $SPCX

The core potential of this solution lies in delivering uninterrupted, jam-resistant, and hardware-agnostic communication for military forces operating in contested or electronic warfare environments.

Traditionally, satellite terminals are locked into a single constellation or orbital altitude. If an adversary jams that specific frequency or disables that network, the unit on the ground loses all situational awareness.

The collaboration between ALL.SPACE and $YSS directly solves this bottleneck through tactical multi-orbit convergence:

The ALL.SPACE ground terminal can simultaneously connect to and aggregate data from satellites across three distinct orbits: LEO (Low Earth Orbit like Starlink and Iridium), MEO (Medium Earth Orbit like SES O3b mpower), and GEO (Geostationary Orbit like Viasat).

If a specific network layer is jammed or degraded in the theater of operations, the terminal dynamically routes data through another available orbit without dropping the connection.

By leveraging the combined ecosystem of York's satellite infrastructure and ALL.SPACE terminal technology, defense forces gain a resilient, secure end-to-end data network layer connecting field operations, naval vessels, and airborne assets back to mission centers.

The operational capability of this multi-beam terminal is entirely dependent on the underlying hardware.

$SIVE acts as the technological enabler that makes this architecture physically possible.

Sivers provides the highly specialized Beamforming Integrated Circuits (BFICs) for the Ka-band. These microchips are the brains behind the Electronically Steered Antenna (ESA), allowing the terminal to shape, split, and point multiple radio beams simultaneously.

Because each terminal must maintain multiple active links at once, a single ALL.SPACE terminal utilizes a massive quantity of Sivers chips (historically around 1,800 chips per terminal).

This makes $SIVE the direct scaling partner for the mass deployment of these next-generation tactical networks.

$AMPG is the only US company that has successfully designed and commercialized a 64T64R Massive MIMO Open RAN radio unit.

At the recent O-RAN Alliance Global PlugFest, they were the only vendor providing this specific critical hardware configuration, proving live interoperability for tier-1 telecom operators like AT&T and Deutsche Telekom.

With their newly secured North American regulatory certifications, AmpliTech is now fully cleared to deploy their hardware across smart factories, logistics hubs, and military installations.