Mr. Shorte retweeted
$hgraf
Key findings on the use of Fractal Graphene (FG) and Reactive Graphene (RG) in cementitious materials for 3D Concrete Printing (3DCP)
Mr. Shorte retweeted
Aethir is the first decentralized GPU cloud running NVIDIA B300 at production scale.
Blackwell Ultra performance, no CapEx, no multi-year lock-in.
Our upcoming Aethir ACCELERATOR data centers will also include B300 and GB300 compute for AI clients across the US and Europe.
Frontier hardware stopped being exclusive to hyperscalers.
Mr. Shorte retweeted
⚡ $FIL JUST TURNED 15 MINUTES INTO 300 MILLISECONDS
Filecoin says a data read that previously took around 15 minutes on a classic storage deal can now complete in roughly 300ms.
That’s approximately 3,000× faster.
The network is targeting AI agents that need rapid access to stored data, expanding its pitch beyond long-term archives.
(Reference, for comparing AI predictions to how things will go over time.)
$HGRAF EW targets based on TA and EW discussions with AIs, and using significant assumptions to get moderate bullish targets that would apply to a less unusual stock/company. Assumes 10/16/2026 was completion of wave 2 (rather than completion of a wave 4).
Subwave 1 of 3
$6.50 – $9.50
2–5 months (Dec 2026 – Mar 2027)
Subwave 2 of 3
$4.50 – $6.50
1–3 months from end of sub wave 1
Subwave 3 of 3
$14 – $19
4–8 months from end of sub wave 2
Subwave 4 of 3
$11 – $14.50
1–4 months from end of sub wave 3
Subwave 5 of 3
$20 – $23.50
2–5 months from end of sub wave 4
Mr. Shorte retweeted
AI buying is shifting from just grabbing GPUs to making sure the whole system actually comes online on schedule. That raises the value of suppliers who can deliver.
$AAOI’s edge is that it controls a lot of the lasers, optical components, light engines, module manufacturing, and testing itself. Vertical integration gives it more control over cost, quality, and how fast it can ramp. 1.6T modules still need external parts like DSPs and TIAs. And if customers don’t get memory, switches, or servers on time, the whole system can’t go live, so optical module pull-ins can get pushed back too. AAOI has already said some of its 1.6T revenue is constrained by key component supply.
$SIVE sits further upstream. It sells CW DFB lasers and laser arrays. Once that part gets designed into a customer’s architecture, switching suppliers usually means going through reliability and qualification again, so the qualification itself becomes a barrier.
The Jabil project is planned to hit beta build in Q4 2026, then customer qualification. Sivers expects production orders in H1 2027 and ramp in H2. On October 20 their strategic LiDAR customer already started formal production orders, with shipments beginning in Q4. At least shows they’re moving design wins into actual volume.
What’s still tight in AI optical is a full supply chain that can deliver on time. Still constructive on the space.
filecoin:native storage fees compared Amazon Web Services.
Sure seems like a no brainer to me. 🤔
🤖 Made with AI
StarkNet coin might just be the next Zcash. The thing people probably don’t realize is, Eli Ben-Sasson (StarkWare CEO and Starknet co-founder) was also a co-founder of Zcash and helped develop its core privacy cryptography. Patience is key.
DYOR!
Mr. Shorte retweeted
Next week, Amprius is hosting a webinar on Battery Pack Optimization Using High-Energy Cells with Marcus Evans!🔋
High-energy cells are only part of the equation.
How can UAV, eVTOL, and robotics developers translate cell-level performance into greater range, payload capacity, and runtime?
Join us on Tuesday, October 27th at 10am PT/1pm ET to learn more about:
➡️How cell-level energy density translates into real-world battery pack and platform performance
➡️Key design tradeoffs affecting weight, volume, power, and thermal performance
➡️Matching battery tech to mission requirements, including endurance, payload, and power demands
➡️How NDAA compliance, domestic sourcing, and supply-chain considerations influence technology selection
See more details in the link below:
marcusevans-onlineevents.med…
Register to attend: event.on24.com/wcc/r/5485378…
$AMPX #tech #batterytech #innovation #eVTOL #robotics #NDAA
Dear father GOD, we thank you for this beautiful Friday. We’re grateful for the wisdom of our thoughts actions and behaviors. We walk into the state with a full confidence that we win in the hundred percent of the time.
In Jesus name, amen.
Mr. Shorte retweeted
Amprius is honored to have been included in TIME and Statista’s annual ranking of America’s Growth Leaders for 2027!🏆
This list highlights the top performing publicly listed companies in the U.S. with each company evaluated across three key metrics: growth performance, financial stability, and stock performance.
We're proud to play a role in powering the next generation of technology with our high-performance silicon anode battery cells.🔋
See the full list of 2027 America's Growth Leaders below:
time.com/article/2026/10/22/…
$AMPX #tech #futuretech #nextgen #growthcompanies #AmericasGrowthLeaders
Mr. Shorte retweeted
Graphene is now written into U.S. defense legislation. 🇺🇸
The House-passed FY2027 National Defense Authorization Act lists "graphene and graphene-based materials" by name.
Here's what it means, and what it doesn't. 🧵 $HGRAF
Big thanks to Billiout! 🙏🏻
Mr. Shorte retweeted
800V DC is the future of AI data centers.
This clip from @nvidia showing 800V DC power attached directly to the pod proves where the industry is heading.
$HYLN KARNO™ produces native 800VDC power directly—eliminating conversion losses and boosting efficiency. @ThomasHealyCEO
Mr. Shorte retweeted
Recalculated the LiDAR order $SIVE announced yesterday.
Company’s lifetime revenue expectation on the project is $53M–$138M. For Sivers’ current size, that’s not a small project.
Using the earlier orders they publicly named as a reference:
ALL.SPACE $8.2M
Tachyon $3M
SemiNex $3.4M
Those three add up to about $14.6M.
So the LiDAR project’s potential is roughly 3.6x to 9.5x the total of those three. Looking at the stock here, it starts to feel more interesting.
Have to keep the distinction clear though. $53M–$138M is potential revenue over the full customer product lifecycle. They haven’t disclosed the size of the first production order yet. Still need to track that.
If the rolling production orders keep coming based on the customer’s multi-year plan, this LiDAR line has a real shot at becoming the first scaled revenue stream in Sivers Photonics. If that executes cleanly, I’d also feel better about the Jabil 1.6T project.
Mr. Shorte retweeted
$SIVE has one competitive advantage I rarely see anyone discussing.
Sivers has developed an etched-facet manufacturing process that allows lasers to be coated and optically tested directly at wafer level, eliminating traditional bar-processing steps.
Why does this matter?
Because producing high-performance lasers is one challenge.
Manufacturing millions of them reliably and cost-effectively is another.
Higher yields, fewer manufacturing steps and lower packaging complexity could become increasingly important as 800G, 1.6T and eventually CPO architectures scale.
And with $SIVE targeting annual capacity exceeding 100 million CW DFB lasers by Q4 2027, manufacturing efficiency could become a serious competitive advantage.
Mr. Shorte retweeted
Learning about a company today: $SIVE.
One of the optical names I’ve spent more time on.
Servers move electrical signals. Fiber runs light. Optical modules do the conversion in between. Sivers sits further upstream — they make the InP lasers that actually generate the light.
As AI clusters move from 800G to 1.6T and 3.2T, bandwidth keeps going up, and the requirements on laser power, efficiency, and stability go up with it. Sivers is already working on 70mW, 100mW, 200mW DFB lasers and laser arrays. That puts them in a position to supply pluggable, NPO, and CPO.
That’s the part I find interesting about their setup. You don’t have to bet which optical architecture wins. As long as AI networking keeps scaling, the light source layer has to improve.
On execution, the key project right now is with Jabil. They’re developing a 1.6T LRO module using Sivers DFB lasers. If that line gets traction, the business model changes.
A big chunk of revenue used to come from NRE — customers paying them to do development work. They’re now trying to shift more toward product revenue. You can see it in the numbers if you look at the reports.
Q2 revenue was only SEK 53.8M, so the top line still looks weak. But product revenue grew 18% year-over-year at constant currency. Opportunity pipeline is now at $1.2B, up 268%.
They’ve also announced $30M to expand the Glasgow InP fab, aiming for over 100 million CW DFB lasers per year by Q4 2027. For a company this size, scaling capacity that aggressively suggests management is preparing for real AI optical volume.
The risk is obvious — if orders don’t show up, that capacity turns into cost. Debt is also worth watching, especially with the cloud spending questions floating around. They did finish a financing round this year: the $12M convertible converted, and the remaining $5M term loan has been paid off. Near-term, the main question has shifted from survival to actually selling product.
Market cap is around SEK 7.8B right now. TTM revenue is about SEK 278M, so roughly 28x sales. In the optical packaging space, worth putting this on the same watchlist as Marvell.
Just my view.




























