re: OUST - LiDAR for Physical AI and Smart Infrastructure

I've thought about converting my shares into those Jan 2027 $35c but I've been waiting on a pullback as well.

I've been scared to get back into options plays since the NBIS fiasco burned me so bad back in the fall. But I feel like these are a pretty safe bet to play so long out.

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Jan 2027 $35c

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Up 100% on 17 of these - kicking myself not going in heavier - usually sell after a double as I do not like too much in the money. Not sure yet on this whether I am going to push out the exercise price of subsidize shares - I do not want to decrease exposure.

What a week!!
Buying the dip for a quick rebound is a lot of fun.
And what a strong close relative to other stocks into the close. Phenomenal back to back days.
$37.03
50 day crossing the 200 soon!
That’ll be even more bullish and should push us toward $51 soon.
Cheers fellas!
Crack a cold one with me. You’ve earned it

This could be huge.
Digging into more details on a known development…

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In May 2026, Ouster's Rev8 sensor family was qualified for NVIDIA's DRIVE Hyperion platform for Level 4 autonomous vehicle development, following its integration into the NVIDIA Jetson robotics platform earlier in the year.

This qualification allows any developer utilizing NVIDIA silicon to integrate Ouster's sensing suite without custom software development, compressing the sales cycle from design win to commercial deployment.

Furthermore, Ouster's domestic revenue is soon to be insulated by Section 6009 of the BUILD America 250 Act, which prohibits the Department of Transportation and federal procurement recipients from utilizing LiDAR produced by foreign adversaries, specifically targeting Chinese manufacturers Hesai and Robosense.

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On a risk reward basis, sure.
But follow the 9 day EMA and step in every time it retests it for high conviction adds.

Sorry. Batteries are not my thing.
But based on limited knowledge, I like:

ELVA
ENS
AMPX

Still looking to pick up more. Just trying to find the right timing

Regarding the X article above:
NASA has chosen Rev8 Color LiDAR for a south pole expedition of the moon set for later this year.
I essentially asked Gemini if this could be a media sensation.
I like the response:

The dynamic between Ouster’s (OUST) newly released Rev8 digital LiDAR architecture and its application in the brutal environment of the lunar South Pole is a fascinating technical study.
The short answer is yes, there is an incredibly high chance that these specific point-cloud visualizations make it into mainstream media, viral scientific feeds, and global news cycles.

However, the "why" isn't just because space is cool. It comes down to the exact physics of what the title of that article points out: color imaging in permanently shadowed regions (PSRs) of the Moon is a non-trivial, near-impossible feat for standard cameras. The Rev8's specialized architecture directly solves this, creating a perfect recipe for a mainstream media sensation.

THE PHYSICS OF WHY MAIN-STREAM MEDIA WILL LATCH ONTO THIS
To understand why the mainstream media will amplify these images, you have to understand the profound technical limitations of traditional cameras on the lunar surface.
TRADITIONAL OPTICAL CAMERA
Requires External Sun/Floodlight ---> Reflects off Uniform Grey Regolith ---> Overexposed Highlights / Pitch-Black Shadows
OUST REV8 NATIVE COLOR LIDAR
Emits Active Laser Pulses ---> Fuses 3D Depth + Photons in Silicon ---> Flawless Colorized 3D Topography in Pure Darkness

1. The Death of Traditional Photography in Lunar Craters
The lunar South Pole contains deep craters that have not seen sunlight in billions of years. If a rover uses a standard camera with an attached flashlight to map a crater, the images are notoriously terrible.

The moon's surface material (regolith) is visually homogeneous and highly reflective in certain angles but completely absorbs light in others. Traditional photos end up looking like a confusing, washed-out mess of grey dust with blinding highlights and pitch-black voids, completely lacking spatial depth.

2. The Rev8 "Native Color" Breakthrough
Ouster's Rev8 family introduces **native color sensing implemented directly on the silicon chip**, utilizing customized light engines and specialized color science.

Because the sensor doesn't rely on ambient sunlight or external floodlights to perceive color, it can actively project its own light arrays. It measures how 20 trillion photons per second bounce off the lunar terrain, using picosecond timing precision to calculate distance.
The result isn't a flat, distorted photo; it is a **survey-grade, 48-bit colorized 3D map** generated in absolute, pitch-black darkness.

THE SELLING POINT FOR THE MASS PUBLIC
Mainstream audiences generally struggle to interpret standard, raw, monochromatic LiDAR point-clouds—they look like abstract, ghostly wireframes to the untrained eye.

The Rev8 completely changes the presentation layer:
- True Visual Context: By baking a 116 dB high dynamic range color profile directly into the 3D data point, the resulting imagery looks like a high-definition video game render of the Moon, rather than an unreadable scientific spreadsheet.
- The "First Look" Phenomenon: For the first time in human history, the public will be able to see the inside of ice-bearing lunar craters in photorealistic, rich color and perfect 3D depth.
-The Space Agency Marketing Engine: NASA and its commercial partners (like Intuitive Machines or SpaceX) are heavily reliant on public enthusiasm to sustain funding. High-fidelity visual data that clearly demonstrates the topography of lunar ice deposits is the exact type of media asset that space agencies blast across global news networks, press releases, and social channels.

NVESTOR TAKEAWAY
For your thematic thesis on OUST, this goes far beyond simple public relations buzz.
If Ouster's Rev8 silicon successfully demonstrates that it can single-handedly replace a heavy multi-sensor stack (combining a separate 3D LiDAR, a high-end HDR camera, and heavy software calibration layers into one single, ruggedized, low-power unit), it completely cements their hardware dominance.
A successful lunar deployment proves to commercial automotive, aerospace, and defense buyers that Ouster's digital silicon can handle the absolute harshest environments in the universe, paving the way for a massive structural re-rating of the stock.

ADDITIONAL RELEVANT RESOURCE
To see exactly how the colorized 3D data looks when captured live by this technology, you can watch the [Ouster REV8 Launch and Technology Overview Video](LINK This video displays actual, real-world native color data streams showing how the sensor seamlessly merges structural depth with high-resolution color directly at the hardware level.