Investment Pitches

Pitch Summary:
Chevron Corporation is poised for growth due to multiple value drivers, including cost improvements, energy production, and enhanced oil recovery technologies. Despite a challenging macroeconomic environment with a supply/demand imbalance potentially pressuring oil prices, the demand outlook remains robust with expected growth. Chevron's operational improvements and strategic investments, such as advanced chemical treatments for oil recovery and offshore production in the Stabroek Block, are expected to drive modest growth. The company's transition towards power generation, particularly for AI data centers, offers a new avenue for stable cash flow. Chevron's commitment to shareholder returns through dividends and buybacks further enhances its investment appeal.

BSD Analysis:
Chevron's strategic positioning in the energy sector, particularly its focus on long-cycle production and power generation, provides stability through oil cycles. The acquisition of Hess Corp's assets in the Stabroek Block offers a low breakeven cost advantage, enhancing Chevron's competitive edge. The company's efforts in structural cost reductions and technological advancements are expected to drive significant free cash flow generation. Chevron's expansion in Venezuela and potential growth in power demand for data centers present additional growth opportunities. However, the company must navigate potential challenges from fluctuating oil prices and geopolitical risks.

Pitch Summary:
KLA Corporation is a leader in the semiconductor inspection equipment industry, providing essential tools that ensure chip quality and production efficiency. The company has a strong moat with a Nabzdyk Ratings Moat score of 7.5/10, driven by its pricing power and high switching costs. Despite its strengths, KLA is currently overvalued with a high PE ratio of 51.48, and its PEG ratio suggests an illusion of undervaluation if growth rates decline. The recommendation is to hold the stock, as both KLA and its competitor Applied Materials are expensive at present. A target price of $1,000 is set for patient investors, assuming a 12% FCF growth rate.

BSD Analysis:
KLA's business model benefits from its monopolistic traits, such as significant pricing power in servicing existing machines, which constitutes a substantial revenue stream. The company's ability to maintain high quality and efficiency in chip production makes it indispensable to its clients, reducing the likelihood of switching to competitors. However, the current valuation metrics indicate that the stock is overvalued, with a high PE ratio and a PEG ratio that could become unfavorable if growth slows. The company's reliance on a 29% growth rate for its PEG valuation highlights the risks of potential overvaluation. Investors are advised to wait for faster FCF growth before considering a purchase, as the current market conditions do not favor new investments in KLA.

Pitch Summary:
Despite recent challenges, including a significant data breach affecting 33.7 million accounts and a substantial stock price decline, Coupang presents a compelling investment opportunity. The company's current situation, marked by executive resignations and public backlash, has led to a 40% drop from its September highs. However, the underlying business model remains robust, with a strong market presence in South Korea. The breach, while serious, was not due to an external hack, suggesting internal vulnerabilities that can be addressed. The company's ability to maintain its customer base and market position during this crisis indicates a strong competitive moat.

BSD Analysis:
Coupang's current predicament offers a potential entry point for investors willing to take a long-term view. The company's rapid response to the crisis, including public apologies and internal restructuring, suggests a commitment to rectifying the issues. While the social media movement 'Tal-pang' poses a risk to customer retention, the overall impact may be mitigated by Coupang's entrenched position in the market. The stock's current valuation reflects significant pessimism, providing upside potential as the company stabilizes. Investors should monitor user retention metrics and management's strategic responses in the coming months.

Pitch Summary:
@aleabitoreddit presents LPTH as an early-discovery defense and photonics compounder benefiting from a structural supply-chain shift away from China. The thesis centers on LightPath’s proprietary Black Diamond chalcogenide glass, which replicates the performance of Germanium without using any Germanium at a time when China dominates global supply. The author argues this creates a de facto monopoly for Western defense programs requiring infrared optics for missiles, drones, and advanced targeting systems. Demand is described as overwhelming, with production sold out and backlogs tied to programs such as Stinger missiles, naval systems, and autonomous drones. They highlight adoption across major U.S. defense contractors and spillover potential into non-defense markets like space, robotics, and autonomous vehicles. Financially, the pitch points to rapid revenue growth, expanding gross margins, a strong net cash position, and a sharply rising backlog. The bull case frames LPTH as massively undervalued relative to its strategic importance, with the author envisioning a multi-billion-dollar market capitalization if execution continues. Risks are implicitly tied to capacity expansion, customer concentration, and the pace at which non-defense markets materialize, but conviction remains extremely high.

BSD Analysis:
LightPath’s strategic value stems from its control over a non-Chinese infrared optical material at a time when defense supply chains are being forcibly re-nationalized. Germanium substitution is not a marginal improvement but a gating constraint for modern thermal imaging, missile seekers, and autonomous systems, making qualification and trust more important than price. Once designed into weapons programs, optical components tend to have long lifecycles and high switching costs, supporting durable revenue visibility. The critical execution variable is capacity expansion: being sold out is positive, but failure to scale efficiently could cap growth and invite alternative material innovation. Margin expansion suggests operating leverage as fixed manufacturing assets are better utilized, though sustaining 35–40% gross margins will require yield discipline as volumes rise. Customer concentration risk is real given defense weighting, but diversification into space and industrial robotics could smooth cyclicality over time. Valuation upside depends on the market re-rating LPTH from a niche component supplier to a strategic defense-photonics platform. Downside risk is primarily execution and geopolitical normalization, but as long as supply-chain decoupling persists, LightPath’s moat remains unusually strong.

Actual Post Content:
$LPTH is now up 25%. Lightpath genuinely incredible and I suggest people read into this company. Markets look at $KRKNF for single source Andruil exposure but Lightpath supplies to most major defense contractors from Andruil to Lockheed at 1/3rd the MC. TAM is huge. Own the monopoly on the alternative to a critical raw material that China just choked off. China produces ~60-70% of the world’s Germanium. own the proprietary material called Black Diamond (Chalcogenide glass) with the exclusive license with the U.S. Naval Research Laboratory. Black Diamond = performs like Germanium but uses zero Germanium. Raytheon, Lockheed, and L3Harris switches from Chinese supply chains to LightPath’s Black Diamond for their missile/drone programs. Many other verticals outside of defense from Space Satellites, Robotaxis, Robotics, and others would use Black Diamond over Chinese supply chains. But they’re at full capacity from demand, backlogged for Stinger Missiles and Ghost drones for their War vertical. This is my own thought process that it’s $LPTH is early discovery at a $700m MC and is now my favorite long of 2026. I’m a happy shareholder on Lightpath’s way to $10B+ MC. I've initiated positions in $LPTH ($621M). Lightpath is incredible. Every modern thermal weapon (Missiles, Drones) requires Germanium glass, which China owns (70%). LPTH is the only US alternative with: Black Diamond. Users? Ondas L3Harris Lockheed Andruil likely Unusual Machines RTX or Northrop Grumman for the most recent $18.2M contract. Ondas: Iron Drone Raider(counter-UAS interceptor drone) and Optimus uses LPTH for Thermal Camera Cores. L3Harris SPEIR uses Lightpath for Infrared Camera Assemblies on Arleigh Burke-class Destroyers. Lockheed Martin Stinger Missles and M-SHORAD uses Lightpath for Missile Seeker Optics. Anduril likely uses Lightpath for The Ghost (Autonomous Drone) for Uncooled LWIR Cameras. Unusual Machines uses Lightpath for Attack Drones (Molded Thermal Lenses). RTX or Northrop uses Lightpath for Advanced Tactical Pods or Next-Gen Missile Seekers suing Infrared Camera Systems. This literally is the only Western alternative required for modern weaponry and drones. Lightpath now has an amazing balance sheet: ~$75–80 million in cash with -$5M debt FY 2025 $37.2 Million FY 2026 est. ~$61.6 Million FY 2025 Gross 27.2% FY 2026 35-40% by year-end FY 2025 Backlog ~$40 Million FY 2026 Backlog $90+ Million They are sold out. Expanding margins. And majority of the top US defence contractors now use Lightpath as a Western alternative to China's supply chain of Germanium glass. Absolutely incredible company, I don't say this very often. So I personally went long on Lightpath as military contractors will rely on them in the future for advanced weapons.

URL: https://x.com/aleabitoreddit/status/2011732705063682155

Pitch Summary:
@JaguarAnalytics says SkyWater (SKYT) isn’t just rallying on domestic-semiconductor sentiment; they bought it because a monolithic 3D chip milestone suggests a new architecture to relieve AI’s data-movement bottleneck. The pitch frames “”memory wall”” constraints as the real limiter for AI accelerators and argues vertical stacking of memory and logic can materially improve energy efficiency and throughput. They present the Stanford/MIT work as “”proof of life”” that SkyWater can manufacture unconventional, lower-temperature stacks using materials like carbon nanotubes and resistive RAM in a commercial foundry setting. The implied business-model catalyst is higher-margin development revenue via Advanced Technology Services (ATS), as customers pay SkyWater to co-develop novel designs before any volume production begins. Longer term, the upside is a transition from ATS R&D fees to wafer-services revenue if 3D monolithic integration moves from prototype into scaled manufacturing. They also suggest defense and CHIPS-related funding could be a tailwind given SkyWater’s “”trusted foundry”” positioning and the desire for non-foreign supply chains. The author prefers owning the common stock (noting an entry around $17) but also outlines an options diagonal spread for leveraged exposure. Key risks they highlight are whether hyperscalers actually increase R&D spend and whether the technology progresses beyond early validation into manufacturable volume economics.

BSD Analysis:
The crux is whether monolithic 3D integration becomes a “”new node”” of AI system-level scaling, shifting value toward specialty process know-how rather than pure leading-edge lithography. If so, SkyWater’s differentiation is less about competing with mega-foundries and more about being an enabling partner for exotic material stacks, defense programs, and early-stage AI silicon teams that need iteration speed and trusted capacity. The near-term financial read-through likely shows up in ATS bookings, mix, and backlog quality rather than wafer volume, so investors should underwrite contract cadence, project duration, and customer concentration. A key gating factor is manufacturability: yield learning, thermal/reliability behavior, and toolchain repeatability will determine whether this stays a lab success or becomes a repeatable commercial process. Competitive response risk is real—once the path is proven, larger players can selectively invest—so the durable moat would need to be process IP, certification/trust, and organizational learning cycles, not just “”first to build a demo.”” The upside case improves if hyperscalers and defense primes co-fund programs that de-risk scale-up, effectively subsidizing SkyWater’s capability build. The downside is that the market may over-capitalize a prototype narrative while end customers remain cautious on switching costs and qualification timelines. Valuation should be anchored to normalized ATS gross margin and multi-year program revenue visibility, with optionality for wafer services treated as contingent rather than base case. If the company can convert technical milestones into repeatable, high-value engineering engagements and then into production pull-through, earnings power can step-change; if not, the story risks becoming cyclical “”foundry services”” with sporadic R&D wins.

Actual Post Content:
$SKYT SkyWater is up +83% YTD after only 15 days into 2026. Many think it's US-domiciled driven momentum. For us, key reason for buying was breakthrough in 3D monolithic chip (stack memory on top of GPU). Jag research: https://jaguaranalytics.com/wp-content/uploads/2026/01/SKYT-Note.pdf Here is a clue for all. My favorite stock into 2026 has a market cap of $900 million. If I make a lot of money, I will let you know in the future. If I don't, you will never find out. SkyWater Technologies (SKYT) December 16, 2025 Solving Traffic Jam Inside AI Video review HERE; Slide deck HERE Problem: AI’s Real Tax – The real tax on AI performance isn't calculation; it's data movement. Today's AI accelerators are already rich in compute but poor in proximity. The massive energy and time cost of shuttling data between memory and processing units—a problem known as the "memory wall"—creates a traffic jam that starves powerful processors of the data they need. A new, foundry-built 3D chip design from Stanford directly attacks this problem by changing the geometry of the chip itself. Here are five surprising takeaways from this breakthrough. The primary limitation in modern AI accelerators is the physical distance and time required to move data, like model weights and activations, from memory to the compute units. The problem is literally physical: long, horizontal wires stretching across a 2D chip create bottlenecks. This data-movement challenge is "AI's real tax." These long routes create logistical headaches inside the silicon. As data fights for bandwidth, contention builds up, leading to stalls where the processing units are forced to wait. This turns incredibly expensive, high-performance hardware into idle silicon. Long lateral routes create contention; contention creates stalls; stalls turn expensive compute into idle silicon. Solution: Stack Memory Vertically. i.e. “Layer Cake” – The 3D design attacks this problem head-on. By stacking memory vertically on top of logic, dense vertical links shorten the path length and multiply the number of parallel paths available for data. This dual-pronged attack on both queueing and the energy per-bit cost reframes the entire goal of AI hardware design. The objective shifts from simply chasing raw speed to optimizing the logistics of data flow. Breakthrough: 3D Skyscraper Chip – In December 2025, researchers at Stanford, MIT, and SkyWater Technology (SKYT) successfully manufactured a monolithic 3D chip that stacks computing and memory layers directly on top of each other. Traditional Chips (The Suburbs): Current chips are like sprawling suburbs. You have a "residential area" (Memory/Storage) and a "business district" (Processors/Logic) located miles apart. To get work done, data has to "commute" back and forth along long, flat highways (wires). The 3D Skyscraper Chip (The High-Rise): This new chip builds up instead of out. It stacks the memory and processors directly on top of each other, floor by floor. The Elevators: Instead of driving miles on a highway, data just takes a "high-speed elevator" (vertical connections called vias) up or down one floor to get processed. The Key Innovation: While "stacked" chips have existed before (like HBM memory), they were usually two separate finished chips soldered together. This new "monolithic" 3D chip is built as one solid block from the start, allowing for millions of tiny vertical connections rather than just a few thousand. The "hidden traffic jam" refers to the Memory Wall (also called the von Neumann bottleneck). AI chips (like GPUs) are incredibly fast at calculating. However, they are so fast that they constantly run out of data to crunch. They have to wait for data to travel from the memory banks to the processor. In modern AI, moving data takes more time and energy than doing the actual math. It’s like having a Ferrari engine (the AI processor) stuck in bumper-to-bumper traffic (the data wires). A massive portion of the electricity used by AI data centers isn't used for "thinking"—it's wasted just moving data back and forth. This specific monolithic 3D chip breakthrough solves the traffic jam in three ways: Eliminating the Commute: By placing memory directly on top of the processor, the data travel distance shrinks from millimeters to nanometers. The "traffic jam" disappears because the commute is effectively zero. Dense Connections: Because the layers are grown together (monolithic), you can have millions of vertical connections per square millimeter. Traditional stacking only allowed for much wider, sparser connections. Cooler Manufacturing: One of the biggest hurdles to 3D chips was heat—manufacturing the top layer usually melted the bottom layer. This new chip uses novel materials like Carbon Nanotubes (CNTs) and Resistive RAM (RRAM) that can be built at lower temperatures, making the "skyscraper" structure viable for mass production. The Result: Early tests show this architecture can provide 1000x better energy efficiency (Energy Delay Product) than flat chips. For AI, this means models could run faster, use vastly less power, and potentially run powerful AI locally on devices (like your phone) rather than needing a massive data center. Breakthrough is Massive Validation for SkyWater Tech (SKYT) – That’s because it serves as "proof of life" for their unique and somewhat risky business model. While giants like TSMC and Intel focus on shrinking standard silicon chips (making the "suburbs" denser), SkyWater has bet its future on Technology as a Service (TaaS)—essentially being a "rental lab" that helps innovators build weird, novel chip architectures that mainstream foundries won't touch. The biggest criticism of SkyWater has been uncertainty over whether they can actually take complex academic ideas and manufacture them at scale. This chip wasn't made in a university cleanroom; it was manufactured in SkyWater’s commercial foundry in Bloomington, Minnesota. This signals to the market (and potential customers) that SkyWater is capable of manufacturing monolithic 3D architectures with exotic materials like Carbon Nanotubes (CNTs). No other commercial foundry in the US is currently offering this specific capability. Financial Impact on Skywater – Important to recognize that we likely won't see this chip driving massive "Wafer Services" (volume manufacturing) revenue next quarter. Instead, the financial impact shows up in a specific line item called ATS (Advanced Technology Services). SkyWater gets paid for the development work. In their TaaS model, customers pay them R&D fees to figure out how to build the chip. This revenue is generally higher-margin than standard manufacturing. This breakthrough likely allows them to command higher fees for ATS contracts because they are now the proven leader in 3D monolithic integration. This technology aligns perfectly with DARPA’s 3D Heterogeneous Integration (3DHI) initiatives. SkyWater is already a "Trusted Foundry" for the US DoD. Success here puts them in prime position to win upcoming grants and contracts from the CHIPS Act and defense budgets aimed at "next gen" computing that doesn't rely on foreign supply chains. SkyWater cannot compete with TSMC or Samsung on standard chips (like the processor in your iPhone). Those companies spend billions to shrink silicon to 3nm. By successfully integrating memory and logic vertically using low-temperature manufacturing, SkyWater creates a "Blue Ocean" (a market with little competition). If AI hardware shifts toward this 3D architecture to solve the energy bottleneck (as the Stanford researchers suggest), SkyWater effectively holds the keys to the manufacturing process. They wouldn't just be a participant; they would be the primary domestic hub for this new class of AI chips. This very point creates a moat around the company, which should lead to higher valuation and potential buyout. Note market cap of only $800 million is highly undemanding for a breakthrough like this. Bull Case: Continued growth in ATS revenue (development fees) as more AI startups and defense contractors flock to SkyWater to build 3D chips. Catalyst Watch Item: The transition from "ATS" (paying for R&D) to "Wafer Services" (paying for volume production). The massive stock payoff happens if this chip moves from a successful prototype to mass production (volume sales). Trade Idea – As always, the easiest way to position is by simply going long common stock, which is what I am doing around $17/share and planning to hold this for at least a year to see whether the bull case presented here is panning out. Alternately, I like buying the following leap diagonal call spread: Buy to open January 2028 10-strike call options Sell to open January 2027 22-strike call options Trade is currently going for $5.70 debit with stock at $17 per share. This position is already fully in the money with time decay in our favor. See P&L profile below. Let's see Q4 earnings call soon. If this tech has real potential, then we should see higher R&D spend from hyperscalers. That would flow into ATS line in income statement (explained in my research). That would be first clue about potential. If not, then bull case weakens. They are materially different types of semis, but they serve the same end markets. The short answer is: $SKYT manufactures the chips (front-end), while $AMKR packages and tests them (back-end).

URL: https://x.com/JaguarAnalytics/status/2011822841109291174

Pitch Summary:
@StockChaser_ argues T1 Energy (TE) is being misread as a generic solar-panel name when it should be viewed as a newly activated U.S. manufacturing ramp. The core claim is that reported quarterly revenue growth reflects a factory moving from commissioning into real shipments, with Q4 2025 framed as the key step-up quarter based on management commentary and implied run-rate capacity. They highlight demand visibility via multi-year offtake agreements that are positioned as U.S.-buyer driven and tied to compliance constraints (IRA-aligned and FEOC-safe). The next catalyst is the build-out of a second facility intended to add domestic solar cell production, which the author believes creates vertical integration and strengthens eligibility for policy-linked economics. A major pillar is monetization of 45X tax credits as a tangible liquidity source and a potential margin lever as volumes scale. Valuation is pitched through a price-to-sales comparison versus a larger peer, implying multiple compression if execution continues and revenue expands. Key risks flagged are execution around the ramp and the remaining uncertainty around FEOC compliance, though the author downplays dilution risk based on management statements. Overall stance is bullish, hinging on sustained throughput, policy eligibility, and successful progression from build phase into cash generation.

BSD Analysis:
TE’s setup is a policy- and scale-driven manufacturing story where realized throughput matters more than traditional “solar demand” narratives, because U.S. buyers increasingly optimize for compliant supply rather than lowest-cost imports. If the company can maintain high utilization at G1, the earnings power can inflect quickly given the fixed-cost absorption typical of discrete manufacturing lines—small volume shortfalls, however, can swing margins sharply negative. The strategic prize is credible domestic cell capability: vertical integration can reduce supply-chain friction, improve traceability for compliance, and potentially defend pricing against commoditized module cycles. That said, the industry remains structurally competitive with periodic oversupply, and customer concentration/offtake enforceability is a real underwriting point (contract durability, pricing terms, and cancellation protections). FEOC/IRA interpretation risk is non-trivial: eligibility is effectively part of the product spec and can change economics overnight, so investors should treat it as a gating factor rather than “upside.” The 45X transfer market provides an important funding valve, but it also makes forecasting sensitive to credit pricing, volumes, and timing of sales. Capex execution at G2 is the other fulcrum—delays or cost overruns can dilute the narrative before integration benefits arrive. In valuation terms, the right framework is normalized mid-cycle gross margin under compliant pricing plus steady-state utilization, rather than peak-ramp revenue multiples. If TE proves repeatable operational control (yield, scrap, warranty, uptime) alongside compliance, the stock can re-rate from “speculative ramp” to “industrial compounder”; if not, it likely trades like a volatile, subsidy-exposed commodity manufacturer.

Actual Post Content:
$TE - One of the most misunderstood US dolar ramps. T1 isn’t a “solar panel stock”. Here’s the full thesis. below Revenue ramp is already real. $TE went from essentially zero to a real manufacturer in 9 months: • Q4-24: $2.9M • Q1-25: $64.6M • Q2-25: $132.8M • Q3-25: $210.5M This is what factory activation looks like. Q4 is the inflection point. Management guided: • Q4 sales > Q1-Q3 combined. • Dallas factory run-rate ≈ 4.5 GW annualized in Q4. There is still more ramp to 5GW. 2026 Q1-Q4 revenue will be bigger than 2025 Q4 as the factory operates at full capacity, that is an >200% revenue growth in 2026. Here is where margins + cash flow start to matter. Demand is real. Over 60% of 2026 output is already locked into multi-year offtake agreements with US buyers seeking IRA-compliant, FEOC-safe modules. Te is ramping into backlog, not hope. TE is not a "will they sell?" story but a "how much will they produce?" story What is actually running today. G1 Dallas (modules): • Construction & commissioning completed. • >1.2 GW produced in 2025 by August. • Q3 alone: 725 MW shipped. • Fully handed to operations team. This is no longer a pilot line but a scaling factory. What happens next (G2 Austin). TE is building US solar cells (not just modules). Phase 1: • 2.1 GW capacity. • $400–425M capex. • Construction starts Q4-25. • Production starts Q4-26. This is what gives TE vertical integration + IRA moat. 2026 won’t be “fully integrated”… but it will be powerful. 2026 looks like: • G1 Dallas = high-utilization, revenue engine all year. • G2 Austin = under construction + early Phase 1 production late 2026. Full integration is more 2027, but 2026 will show huge operating leverage. FEOC compliance was the existential risk, now mostly solved. In December, TE announced it restructured: • Trina’s equity <25%. • Trina debt <25%. • Trina lost board & officer rights. • IP moved to a U.S. entity (Evervolt). • TE licenses IP from Evervolt This is designed to keep IRA + 45X .eligibility in 2026+ which will meaningfully improve their margins. 45X tax credits. TE already sold $160M of 45X credits at $0.91 on the dollar. This is real liquidity funding. If G1 runs at 4–5 GW in 2026, 45X alone could be hundreds of millions per year. The market is still sleeping on TE. Market cap: $2B PS: 3x For comparison, first solar trades at 5x P/S while only growing revenue at 30%. If they execute in Q4, then PS <1.5x. If they execute in 2026, then PS supply. Furthermore, once the FEOC compliance is finalised, demand should increase. Salute Handshake I would have to say, execution? There is not much risk aside from the final FOEC results since management has said that they have no plans for future dilution.

URL: https://x.com/StockChaser_/status/2011807294476919091

Pitch Summary:
The market has a habit of presenting surprising opportunities. One such opportunity arose only a few months ago. It is now one of the Fund’s largest holdings. SpaceX is unlisted, however an interesting turn of events enabled us to gain exposure to SpaceX via a listed company at what we believe to be a remarkably attractive price. EchoStar’s history is an interesting one. It started small in 1980 when Charlie Ergen, a former financial analyst, began driving around rural Colorado selling large satellite dishes out of the back of a pickup truck. Seeing the potential for this brand-new industry, he founded EchoStar to make affordable satellite TV accessible to everyday people. EchoStar initially imported and sold satellite dishes, then launched its own satellites. In 1996, it created DISH Network (DISH), a pioneer in Pay-TV. DISH grew into a top US provider with millions of subscribers by capitalising on affordable direct-broadcast satellite technology. A 2008 corporate split separated DISH (focusing on video services) from EchoStar (emphasising satellite hardware and satellite broadband). But the companies reunited in a 2023 merger to integrate DISH's then 8.8 million video subscribers with EchoStar's wireless ambitions, particularly the building out of a 5G network through the Boost Mobile brand using almost $30bn in spectrum licenses acquired since 2008. EchoStar’s 5G network ambition hit multiple speed bumps. High costs, supply chain issues, and competition from giants like Verizon and AT&T slowed rollout. In May 2025, under a new FCC Chair, a probe was launched regarding EchoStar’s use of spectrum, threatening revocation and creating existential risk. The company pivoted aggressively, selling spectrum to AT&T and SpaceX, raising over $44bn, resolving the FCC probe, materially deleveraging, and securing an approximately 3% stake in SpaceX. Based on SpaceX’s most recent valuation, EchoStar’s stake in SpaceX plus net cash exceeds the company’s share price, effectively valuing the remaining operating businesses and spectrum at zero. We believe management have made excellent capital allocation decisions and that EchoStar remains exceptionally attractive with significant long-term upside.

BSD Analysis:
EchoStar is a complex satellite and communications company with valuable spectrum assets and evolving strategic direction. The core satellite-TV business is in secular decline, but spectrum holdings create hidden optionality. Strategic partnerships or asset monetization could unlock significant value over time. Capital structure complexity and execution risk weigh on sentiment. The investment case is less about near-term earnings and more about long-term strategic relevance. Regulatory and technological shifts will determine outcomes. EchoStar is a deep-value, option-like communications asset.

Pitch Summary:
On an absolute basis, Korea was the top-performing market, with the MSCI Korea index returning over 100% in the year, while the broader, and more diversified KOSPI index gained 83%. This was largely driven by the large memory stocks in the index, Samsung and SK Hynix, which returned 130% and 278% respectively, during the year. Essentially, demand for memory from AI data centres is vastly outstripping potential supply, not to mention the additional demand from other sources such as computers and phones. As a result, these companies have been able to consistently raise prices for their memory chips. Consensus currently expects SK Hynix to increase server DRAM prices by 60-70% quarter-on-quarter in Q1 2026. This is driving a wave of earnings upgrades and leaving these stocks attractively valued. SK Hynix is currently trading at a 8.4x P/E for 2026, compared to Nvidia’s 21.4x P/E, despite comparable earnings growth and margins. We believe these earnings upgrades will continue and therefore see memory names will remain a key theme for us in 2026.

BSD Analysis:
SK hynix is a global leader in memory semiconductors and a key supplier of high-bandwidth memory used in AI accelerators. HBM demand is reshaping the memory cycle, potentially extending upcycles and improving industry profitability. The business remains cyclical, but supply discipline has improved versus past cycles. Capital intensity is high, yet returns can be explosive during favorable pricing environments. Technology leadership in advanced memory nodes is a competitive advantage. Volatility is inherent, but secular AI demand changes the slope. SK hynix is a high-beta play on AI infrastructure.

Pitch Summary:
Flight Centre (Long +30%) shares rallied as it announced the earnings-accretive acquisition of Iglu, a leading U.K. online cruise agency. The company also benefitted from issues at a key competitor (Corporate Travel Management) where accounting irregularities could necessitate customer refunds in certain markets. Travel sentiment and outbound travel from Australia to Europe and the United States continues to improve which should also be a tailwind to Flight Centre’s performance.

BSD Analysis:
Flight Centre is a global travel agency operator spanning leisure, corporate, and specialty travel segments. The rebound in global travel has driven strong revenue recovery, especially in corporate and international bookings. Its hybrid model — combining physical stores with digital platforms — remains differentiated despite industry disruption. Operating leverage is significant as volumes normalize and fixed costs get absorbed. Cyclicality is unavoidable, but Flight Centre’s brand and supplier relationships provide resilience. Cost discipline post-pandemic has improved margins. This is a leveraged recovery play on global travel normalization.

Pitch Summary:
Lloyds (Long +17%) is the largest retail bank in the U.K. with ~19% of the domestic mortgage market and a strong reputation as a high-quality franchise. Lloyds’ Q3 25 results, reported in October, represented a solid beat to consensus expectations as well as a modest full year guidance upgrade. Strong loan and deposit growth momentum continued with greater low-cost deposit inflows supporting margins. Lloyds also provided confident commentary on the longevity of revenue tailwinds from hedge income as well as strong messaging on continuing cost efficiencies.

BSD Analysis:
Lloyds is a UK-centric retail and commercial bank with dominant market share in mortgages and deposits. Its funding base is low-cost and sticky, making it a prime beneficiary of higher interest rates. Credit quality has held up better than feared, reflecting conservative underwriting and limited international exposure. The bank’s simplicity is a feature, not a bug — fewer moving parts mean more predictable earnings. Capital returns are meaningful, with dividends and buybacks supported by excess capital. UK macro risk is real, but largely priced in. Lloyds is a yield-driven domestic banking play with improving earnings power.

Pitch Summary:
James Hardie (Long +10%) shares gained as the company upgraded its full year earnings guidance with its Q2 earnings update. In early November the company was also impacted by the announcement of an unexpected index deletion, which resulted in more than 10% of shares on issue having to be sold by passive equity holders. We took advantage of this transitory sell-off to step-up our shareholding. The market outlook in the U.S. remains uncertain, with consumers exercising caution and housing starts remaining subdued. We believe these impacts are transitory and should improve over the next 12-18 months as interest rates decline and consumer confidence improves.

BSD Analysis:
James Hardie is the dominant player in fiber cement siding, a category benefiting from long-term durability, fire resistance, and insurance-driven building codes. Its products have steadily replaced wood and vinyl across U.S. residential construction, giving the company pricing power and share gains even in slower housing markets. Repair-and-remodel demand provides a stabilizing offset when new builds soften. Margins remain strong due to manufacturing scale and brand trust with contractors. Input cost inflation has been managed through pricing and mix. Geographic expansion beyond North America adds incremental upside. James Hardie is a best-in-class building-products compounder with structural tailwinds.

Pitch Summary:
Light & Wonder (Long +22%) shares recovered sharply as the company reported strong third quarter results and re-iterated full year earnings guidance. The shares were also supported by the completion of the NASDAQ delisting and shift to a sole primary listing on the ASX which saw the end of significant forced selling from U.S. passive equity holders. In early January 2026, Light & Wonder noted the settlement of a longstanding litigation dispute with Aristocrat Leisure for US$127.5m, removing a significant overhang for the company.

BSD Analysis:
Light & Wonder is a global gaming supplier spanning casino hardware, content, and digital gaming platforms. Its shift toward recurring content and digital revenue has improved margin quality. Casino capex cycles create volatility, but installed-base monetization smooths results. The digital segment adds growth optionality beyond physical casinos. Regulatory complexity is a constant but well-managed. Execution has been strong post-restructuring. Light & Wonder is a gaming-tech company with improving economics.

Pitch Summary:
Finning (Long +15%) shares continued to rise boosted by improved copper sentiment and after reporting strong third quarter results with EBIT 9% above market expectations. Finning is the largest Caterpillar dealer globally, with its operations focused on Canada, South America and the U.K. and Ireland. Finning has transformed its business model and earnings growth over the past five years as the South American region has become a much larger profit contributor to the Group, and as the company improved its cost efficiency and operational leverage.

BSD Analysis:
Finning is the world’s largest Caterpillar dealer, providing equipment sales, parts, and service across mining, construction, and energy markets. The aftermarket business is the real profit engine, delivering recurring, high-margin revenue. End-market exposure gives Finning leverage to infrastructure, mining capex, and energy investment. Geographic diversification reduces single-cycle risk. Margins expand as equipment fleets age and service demand rises. Capital intensity is manageable relative to cash generation. Finning is a high-quality industrial services compounder.

Pitch Summary:
Aurizon (Long +14%) shares strengthened over the quarter, driven by positive above-rail volume updates and the announcement of a proposed 10-year extension to the company’s regulatory arrangements with miners for access to the Queensland rail network. The agreement, which is subject to approval by the Queensland Competition Authority, enhances long-term earnings and cash-flow certainty for Aurizon’s Networks business. Above-rail performance was supported by a robust start to New South Wales and Queensland coal volumes, commencement of BHP Copper railings as planned and grain volumes tracking toward a record year.

BSD Analysis:
Aurizon operates Australia’s largest rail freight network, primarily serving bulk commodities like coal and minerals. The business has infrastructure-like characteristics with regulated returns on key assets. Volume growth is modest, but pricing and efficiency gains support cash flow. Decarbonization pressures add long-term uncertainty, especially around coal. Capital allocation discipline and dividends anchor the investment case. Earnings visibility is high relative to most transport names. Aurizon is a yield-backed infrastructure play with limited growth.

Pitch Summary:
Mineral Resources (Long +32%) shares rallied strongly during the quarter, as lithium spodumene prices moved 92% higher recovering sharply, as a result of an upgraded demand outlook from stationary storage batteries and ongoing supply uncertainty from major Chinese operations. During the quarter, Mineral Resources announced the sale of a 30% interest in its Wodgina and Mt Marion lithium assets to POSCO for A$1.2b, representing a ~45% valuation premium to consensus NAV. In addition, in October, the company announced that the Onslow Iron Project achieved its nameplate 35Mtpa run rate over the prior three months, satisfying the conditions necessary to receive an additional $200m contingent payment related to the sale to MSIP of a 49% interest in the haul road. With haul road upgrades now complete and the project running consistently at nameplate capacity, this marks a significant de-risking milestone for the company. The progress at Onslow, together with the above-mentioned partial sale of the lithium business, has enabled the company to materially de-lever its balance sheet (to c.2x EBITDA) addressing what had been a major concern for the market.

BSD Analysis:
Mineral Resources is a hybrid mining services and commodities company with major exposure to lithium and iron ore. Its services business provides steady cash flow that offsets commodity volatility. Lithium exposure adds long-term EV-driven upside but near-term price risk. Management is aggressive and entrepreneurial, which creates both opportunity and fear. Capital intensity is high, making execution critical. If lithium markets recover, operating leverage is extreme. This is a bold, high-risk materials platform.

Pitch Summary:
Westgold Resources (Long +44%) performed strongly, as the U.S. dollar gold price increased ~12% over the month, bringing the rally to around 65% for the calendar year. Additionally, during the quarter, Westgold released a 3-year outlook for the business that was well-received by the market. The outlook demonstrated its transformation into a producer of material scale, with FY25 production of ~325koz expected to grow towards ~470koz in FY28. We believe there remains significant medium-term upside to grow production further, as these targets do not include any contribution from the newly discovered Fletcher Zone at Beta Hunt, which is potentially transformational for the scale of the asset.

BSD Analysis:
Westgold is an Australian mid-tier gold producer with multiple underground assets in Western Australia. Operational consistency has been the company’s historical challenge, making execution the central debate. When gold prices rise, Westgold’s leverage is significant. Cost control and mine sequencing determine whether upside sticks. Balance-sheet repair has improved resilience versus prior cycles. This is not a low-volatility gold name. It’s a high-beta producer where discipline determines outcomes.

Pitch Summary:
BlueScope (ASX:BSL) is an ASEAN and U.S.-focused steel producer. The company converts iron ore and scrap primarily into flat steel, with facilities in Port Kembla (NSW), Ohio (United States) and New Zealand, and manufactures higher value-added, coated and painted branded steel products such as Colorbond and Truecore. Over time, the business has transitioned a greater portion of its earnings mix toward North America due to investment in facility expansions and more favourable tariff-protected market dynamics compared with Asia. The L1 Long Short Fund has been a long-term shareholder in BlueScope for almost all of the last decade and believes the market persistently undervalues its unique and strategic asset base. During the quarter, BlueScope received an all-cash indicative proposal from a consortium led by Steel Dynamics at A$30.00 per share, which the Board rejected as materially undervaluing the company’s world-class assets, growth momentum, and future prospects. L1 Capital believes repeated acquisition proposals validate its thesis that BlueScope’s North American steel assets, coated products businesses, and surplus land holdings are high quality, scarce, and trading at a significant discount to intrinsic and sum-of-the-parts value.

BSD Analysis:
BlueScope is a differentiated steel producer with strong positions in coated steel and building products. Its geographic diversification, particularly in North America and Asia-Pacific, smooths commodity volatility. Pricing discipline and downstream integration help stabilize margins relative to pure steelmakers. Capital allocation has improved, with a focus on returns over volume growth. Demand from construction and infrastructure underpins long-term relevance. Earnings remain cyclical, but balance-sheet strength limits downside. BlueScope is a higher-quality steel exposure than most.

Pitch Summary:
Stevanato is a leading supplier of pharmaceutical-grade glass packaging used to store and deliver medicines, including vials, pre-filled syringes, and cartridges. The company also provides end-to-end solutions that support the drug life cycle, which can shorten lead times, lower total costs, and reduce supply-chain risk for customers. Shares detracted in the fourth quarter after third-quarter results benefited from shipment timing, with orders pulled forward into Q3, raising concerns that fourth-quarter results would be softer. Full-year revenue guidance was unchanged, implying a fourth-quarter outlook slightly below expectations. In addition, some investors remain concerned that the growth of oral GLP-1 drugs could eventually take share from injectable GLP-1s, a recent demand driver for Stevanato’s delivery components.

BSD Analysis:
Stevanato supplies critical drug-containment and delivery solutions, including glass vials and prefillable syringes, to global pharma customers. Its products are embedded in regulatory workflows, creating high switching costs. Demand is driven by biologics growth and injectable drug pipelines. Margins are attractive due to technical complexity and long-term contracts. Capital intensity is meaningful, but returns scale with volume. Cyclicality is limited because pharma production doesn’t stop. Stevanato is a quiet life-sciences infrastructure compounder.

Pitch Summary:
uniQure is a biotechnology company developing AMT-130, an investigational gene therapy for Huntington’s disease—an area with no approved disease-modifying treatments. Shares were highly volatile in 2025, surging after the company reported three-year Phase 1/2 data indicating meaningfully slower disease progression versus an external control cohort. However, shares detracted during the quarter after FDA feedback signaled that the external-control dataset may no longer be adequate as primary evidence to support an accelerated approval filing, increasing regulatory uncertainty and likely extending the timeline despite the encouraging efficacy signal.

BSD Analysis:
uniQure is a gene therapy company with deep expertise in AAV-based delivery systems. Its lead programs target rare and high-unmet-need neurological and genetic diseases. Clinical timelines are long, and valuation is highly sensitive to trial outcomes. The company’s manufacturing capabilities add strategic value beyond any single asset. Partnerships help offset funding risk but don’t eliminate dilution. Success would reposition uniQure as a platform player rather than a single-drug biotech. This is binary science with potentially massive upside.

Pitch Summary:
Nebius is a provider of AI-focused cloud infrastructure, operating GPU compute capacity across Europe and expanding in the U.S. We view the company as a differentiated “neocloud” beneficiary of accelerating AI adoption, as demand for high-quality GPU compute continues to outstrip available supply of chips, power, and data center capacity. Nebius already operates a first-party data center in Finland and has deployed GPU capacity in Paris, while adding U.S. capacity through a Kansas City, Missouri deployment and a new data center build-out in New Jersey. During the quarter, shares detracted amid a broader selloff in AI infrastructure-related equities as investors grew more concerned about the circularity of AI ecosystem financing and the durability of AI infrastructure spending. Despite near-term volatility, Nebius continues to sign large, long-term agreements with tier-one customers, including multi-year AI infrastructure contracts with major cloud service providers, improving revenue visibility as new capacity comes online.

BSD Analysis:
Nebius is positioning itself as a Europe-focused AI and cloud infrastructure provider, targeting customers seeking sovereignty and alternatives to U.S. hyperscalers. Its offerings are AI-native, designed for high-performance compute rather than generic workloads. Capital intensity is heavy, and near-term profitability is not the objective. Strategic relevance is the bull case, especially as governments and enterprises prioritize data control. Execution speed and customer acquisition will decide survival. The upside is asymmetric if Nebius becomes embedded in Europe’s AI stack. This is infrastructure optionality with real downside risk.