Tesla Superweek Chaos – SpaceX IPO Shock – Robotaxi Price War – Insurance Disruption – AI OS Clash

● Tesla Superweek earnings shaken by SpaceX IPO bombshell robotaxi price war insurance shock AI OS battle

Tesla “Super Week” Key Takeaways: Why One Q&A Could Matter More Than Earnings (SpaceX IPO, Space-Based Data Centers, Robotaxis, and Insurance Disruption)

This report covers five topics:1) Three key macro catalysts this week (durable goods, consumer sentiment, Fed policy) and their linkage to Tesla equity sensitivity
2) The #1 earnings-call Q&A risk factor: whether Tesla shareholders receive preferential access/benefits in a SpaceX IPO
3) Why “space-based AI data centers” underpin the high-end SpaceX valuation narrative (up to ~USD 1.5T)
4) Strategic implications of “Digital Optimus (Microhard)” for a Tesla/xAI operating-system platform scenario
5) Robotaxi unit economics (USD 0.25 per mile) plus a 50% FSD insurance-discount trigger as a restructuring force across transportation and insurance


1) This Week’s Schedule: One-Page View (Macro + Tesla Events)

[1/26 Durable Goods Orders]

  • After a prior -2.2% contraction, consensus expects a +3.1% rebound.
  • Implication: Improving big-ticket demand can support the view that rate- and sentiment-sensitive purchases (including EVs) remain resilient.

[1/27 Consumer Confidence Index]

  • Consensus near 90.1.
  • Implication: EV purchases (financing/lease) and discretionary subscriptions such as FSD depend on consumer confidence.

[1/28 Federal Reserve (FOMC) + Powell Press Conference]

  • Market-implied probability of a hold exceeds ~95%; messaging is likely more market-relevant than the decision.
  • What markets seek: indications of earlier cuts or greater confidence in the easing path, which directly affects growth-equity valuation multiples (including Tesla).

[1/28 Tesla 2025 Q4 Results + Earnings-Call Q&A]

  • Reported metrics (revenue/EPS) matter, but 2026 guidance and strategic roadmap may be the primary drivers of price action.
  • Key variable: the top shareholder question relates to SpaceX IPO benefits, not Tesla operating performance.

2) The Primary Earnings-Call Volatility Driver: “SpaceX IPO Preference for Tesla Shareholders?”

Top shareholder question:

  • “If SpaceX conducts an IPO, will long-term Tesla shareholders receive priority access or benefits?”

Market relevance:

  • Indicates participants increasingly view Tesla shares as a gateway exposure to the broader Musk ecosystem.
  • As high-end SpaceX valuation framing has circulated (including references up to ~USD 1.5T), the Q&A response could influence Tesla’s near-term sentiment beyond core fundamentals.

3) Core of the “USD 1.5T SpaceX” Narrative: Space-Based AI Data Centers

Reframing:

  • Valuation logic changes if SpaceX is viewed not primarily as a launch provider, but as future computing infrastructure.

Two bottlenecks for terrestrial AI compute

  • Power constraints: large GPU clusters require substantial electricity.
  • Cooling constraints: cooling costs and siting limitations (water, grid, permitting) materially impact feasibility.

Why space changes the constraint set (including ARK-style framing)

  • Solar generation: orbital environments can reduce intermittency constraints in theory.
  • Cooling: vacuum/low-temperature conditions are cited as structurally favorable for heat rejection.
  • Launch economics: if Starship-class costs approach ~USD 100/kg, economic assumptions shift toward space deployment becoming comparatively viable.

Key concept: ~100GW “space computing utility”

  • 100GW implies nation-scale power infrastructure.
  • The thesis positions SpaceX as an energy-plus-compute platform rather than transportation alone.

Linkage to Tesla (FSD, Optimus)

  • FSD scaling requires extensive training on fleet-derived data.
  • Optimus-class robotics require continuous, high-frequency inference and training cycles.
  • Under this framework, Tesla/xAI could become a priority demand source for SpaceX-provided compute capacity.

4) Potential “Tesla Shareholder Benefit” Structures: Five Scenarios (Feasibility vs. Impact)

Scenario A: Directed Share Program (Preferential IPO Allocation)

  • Mechanism: allocate a portion of IPO shares to eligible Tesla long-term holders.
  • Impact: highest near-term equity sentiment impact if perceived as a “ticket” feature.
  • Feasibility: significant regulatory, fairness, and conflict-of-interest complexity.

Scenario B: Warrants/Rights Distribution

  • Mechanism: grant Tesla shareholders rights to purchase SpaceX at a specified price.
  • Impact: rights value could be material if post-IPO appreciation occurs.
  • Feasibility: complex structure; substantial justification burden regarding cross-company benefit design.

Scenario C: Starlink Spin-Off First, with Indirect Preference

  • Mechanism: separate listing of Starlink as a cash-flowing segment prior to a broader SpaceX IPO.
  • Impact: partially operationalizes the IPO narrative.
  • Feasibility: the spin-off is more plausible than direct Tesla-holder preference; linkage to Tesla holders remains uncertain.

Scenario D: No Equity Benefit; Preferential Infrastructure Access for Tesla/xAI

  • Mechanism: prioritize Tesla/xAI utilization of SpaceX infrastructure rather than granting shareholder allocation.
  • Impact: weaker short-term momentum; stronger long-term strategic competitiveness narrative.
  • Feasibility: comparatively lower legal risk and operationally more straightforward.

Scenario E: Non-committal Response

  • Mechanism: acknowledge the topic without committing to preferential treatment.
  • Impact: potential near-term disappointment if expectations are elevated.

5) Key Interpretation: Not “Shareholder Perks,” but Tesla’s Cost of Capital

If IPO preference is signaled or formalized:

  • Tesla equity could trade with embedded option-like “ecosystem access” characteristics, not solely on operating fundamentals.
  • A sustained premium could reduce Tesla’s effective cost of capital (equity issuance, convertibles, debt pricing), potentially improving funding capacity for AI, robotics, and compute-related investment.
  • This operates as a capital-markets mechanism rather than a simple loyalty reward.

6) “Digital Optimus (Microhard)” Implications: Autonomy, Not Office Productivity Tools

Strategic direction:

  • Focus shifts from assistant-style tools toward autonomous agents that operate the OS and complete tasks end-to-end.

Contrast:

  • Typical AI tools: search, summarization, and decision support.
  • Autonomy model: execute workflows directly (application control, data extraction, reporting, communication).

If implemented at scale:

  • The primary effect would be cost-structure change in white-collar workflows (labor, process, and software spend), not incremental convenience.

7) Robotaxis: Pricing, Not Demonstrations, Drives Disruption

Illustrative comparisons (as cited):

  • Waymo (5 km): ~USD 19
  • Kakao Taxi (5 km): ~USD 6.5
  • Tesla robotaxi cost estimate (ARK): USD 0.25 per mile

Core point:

  • Disruption accelerates when unit economics approach mass-transit-like pricing, forcing consumer behavior shifts.
  • Competition then becomes multi-dimensional: scale, operations, regulation, insurance, and maintenance, not only autonomy performance.

8) Insurance: A 50% Discount as the Commercial Trigger for FSD Adoption

Insurance is presented as a near-term catalyst.

Impact of the “50% premium discount when FSD is enabled” message

  • Converts the discussion from technical capability to economics and total cost of ownership.

Illustrative math (as cited)

  • Model Y average premium assumption: USD 250/month
  • 50% discount: USD 125/month savings
  • If FSD subscription is USD 99/month, implied net benefit: USD 26/month

System-level implication:

  • Adoption decisions shift from “trust” to “foregone monthly savings.”

Risk to incumbent insurers (adverse selection dynamic)

  • Traditional underwriting relies on group averages.
  • Tesla can price using near-real-time behavioral/vehicle data.
  • If lower-risk drivers migrate to data-driven pricing, the remaining risk pool worsens, potentially driving premiums higher and reinforcing churn.

9) Tesla Watchlist for the Week (Investor Checklist)

1) Fed press-conference tone

  • Guidance and communication affect growth-multiple sensitivity more than the rate decision.

2) Quality of Tesla 2026 guidance

  • Focus on specificity of monetization roadmaps for FSD/robotaxi/Optimus, not only vehicle deliveries.

3) Degree of confirmation on the SpaceX IPO question during Q&A

  • Any indication of active consideration may amplify expectations; a deflection may trigger near-term de-risking.

4) Mentions of insurance and regulatory partnerships

  • Expansion of third-party insurance participation could serve as external validation for FSD commercialization.

10) Five Most Material Points (Condensed)

1) SpaceX IPO preference is primarily a cost-of-capital lever for Tesla, not a loyalty gift.
2) Space-based data centers are framed as an economic solution to AI bottlenecks (power, cooling, siting).
3) Robotaxi disruption is driven by price approaching mass-transit economics, not by isolated technical milestones.
4) Insurance discounts can create a financially forced adoption path for FSD.
5) Digital Optimus implies OS-level autonomous agents aimed at white-collar workflow automation.


This week’s durable goods, consumer sentiment, and Fed communication are likely to amplify volatility in rate-sensitive growth equities such as Tesla. For Tesla’s earnings event, 2026 guidance and Q&A content may be more price-relevant than reported quarterly figures. The top Q&A topic—whether a SpaceX IPO would confer preferential benefits to Tesla shareholders—has become a key sentiment variable. The high-end SpaceX valuation framing is increasingly tied to a space-based AI data-center narrative addressing power and cooling constraints, with Tesla FSD and Optimus positioned as potential priority compute demand. Robotaxi disruption is framed as an economics-driven platform shift, and insurance-based discounts are positioned as a near-term commercialization trigger that could pressure incumbent underwriting models.

[Related Links…]

  • Tesla earnings key points and 2026 guidance checklist: https://NextGenInsight.net?s=tesla
  • SpaceX IPO probability and Starlink spin-off scenarios: https://NextGenInsight.net?s=spacex

*Source: [ 오늘의 테슬라 뉴스 ]

– 1위: SpaceX 상장하면 테슬라 주주 혜택은? 머스크가 약속한 ‘보상’의 모든 것! 이번주 발표?


● Not-Sell Yet, Chip Rally Mid-Cycle, Brutal Drop Warning

Samsung Electronics and SK Hynix: What “This Is Not the Time to Sell” Actually Means (Reinterpreted from Remarks Recorded on 2026-01-19)

This report consolidates four items:1) Evidence that the current semiconductor and AI upcycle is not in its late stage
2) Actionable sell discipline for retail investors (beyond generic “scale-out selling”)
3) How capital may rotate into the next cycle (physical AI, power, materials, commodities) through linkages
4) A checklist for what tends to break first when markets turn


1) News Briefing: Conclusion—“Not a sell point for Samsung Electronics and SK Hynix; a portfolio management phase”

The core message was:

  • The upcycle remains in the middle stage, and even if equity prices lead fundamentals, the probability of an immediate break appears limited.

The key implication is not “hold at all costs,” but:

  • Portfolio structure and discipline can matter more than precise buy/sell timing.

2) Why this cycle is not “late-stage”: Inventory to CAPEX cycle

An early identification framework for a semiconductor supercycle was described as a standard “inventory cycle + CAPEX cycle.”

Sequence:

  • Inventory bottoms → orders/utilization improve → companies commit to higher CAPEX → earnings estimates continue to rise, supporting equity prices.

Interpretation:

  • The market tends to remain resilient while earnings expectations are being revised upward, even after “good news” becomes widely recognized.

3) Common retail error: Buying is easier; selling is difficult even with data

Key points:

  • Buying is facilitated by a reinforcing narrative, while selling lacks a clear “correct answer,” often leading to delayed exits.
  • Drawdowns tend to be sharper than advances, implying higher volatility during declines than during uptrends.

4) Sell preparation framework: Not “because it is deteriorating,” but “when it cannot improve further”

Proposed framing:

  • Sell rules should be anchored to defined “overheat extremes,” not to initial signs of deterioration.

Rationale:

  • Markets can repeat overheat → correction → re-acceleration cycles; repeatedly calling tops can impair both performance and decision quality.

5) Practical sell discipline (more implementable than generic advice)

The most actionable guidance focused on portfolio rules rather than ad hoc calls.

5-1) If holdings exceed 8 names, prioritize trimming (de-risking)

  • Beyond 8 names, it becomes difficult for individuals to track correlations and exposures.
  • Portfolios can unintentionally behave like a concentrated bet.

5-2) More important than win rate: profit-to-loss ratio

  • Even top investors often achieve ~60% hit rates across multiple picks.
  • Returns are driven by keeping losses small and letting winners run, increasing the profit/loss ratio.

Illustrative rule:

  • If A (Samsung Electronics) is +50% and B is -20%, the profit/loss ratio is 2.5.
  • If the investor’s required threshold is 3+, consider exiting B (or rebalancing only with high conviction) under a rule-based process.

6) “Should I sell Samsung Electronics or SK Hynix now?” Answer: “Not now,” with defined checkpoints

Summary:

  • The cycle is viewed as mid-stage; an immediate sale is not indicated.

Timing checkpoints:

  • April/July (around 1Q–2Q earnings): monitor whether upward earnings revisions persist; if prices have advanced materially, valuation and positioning risk can rise.
  • Around October (3Q earnings window): as broader risk appetite improves, other equities may outpace Samsung Electronics; reducing Samsung Electronics weight may be less costly in relative terms.

7) If single names feel extended: “Buy the group (ETF)”

If individual stocks appear difficult to enter:

  • Use ETFs that include Samsung Electronics (e.g., semiconductor basket ETFs or KOSPI 200-type index ETFs).

Objective:

  • Avoid forced momentum chasing driven by regret; participate partially while managing behavioral and portfolio risk.

8) The next cycle: Opportunities in “suppressed sectors linked to AI,” not necessarily a brand-new theme

The view emphasized:

  • Identifying lagging industries that connect to the AI paradigm rather than attempting to predict an entirely new dominant theme.

8-1) Physical AI (robotics) → lightweighting → materials/chemicals linkage

  • Larger deployment of robots increases the need for lighter components.
  • This can drive demand for specialty plastics, advanced materials, and chemical inputs, not only metals.

Implication:

  • Sectors that appear “chemicals” on the surface can re-rate if integrated into the AI-driven industrial transformation.

8-2) Big Tech → semiconductors → power infrastructure → robotics: shorter lags

  • Theme rotation lags have shortened due to rapid information diffusion.
  • AI momentum can transmit quickly from data centers/semiconductors to power infrastructure and physical AI (robotics), potentially moving in parallel.

9) If a drawdown occurs: “peripheral names” often break first

Observed pattern:

  • In downturns, the first breakdown often occurs in late-stage, high-beta “satellite” equities rather than in the core leaders.

Illustration:

  • Leadership equities can act as indicators while capital reduces risk by cutting peripheral exposures first.

10) Commodities cycle (gold, silver, copper): potential “large cycle” from AI + geopolitics

Interpretation:

  • Commodity strength may reflect not only inflation but also the overlap of technology investment (AI) and geopolitical/strategic competition (military, trade, reserve currency dynamics).

Specific note:

  • Silver may receive additional support from industrial demand linked to electrification and AI infrastructure, alongside gold.

Risk framing:

  • Unlike past commodity cycles driven by China-led infrastructure demand, the future source of industrial demand is less certain beyond AI-related investment.

11) Risk management: hedging reduces headline returns; timing remains difficult

Retail constraint:

  • Hedging can mechanically reduce returns, making it unattractive for many individuals.
  • Exiting at an optimal time is conceptually ideal but operationally difficult.

Additional consideration:

  • Large cash balances at major technology firms, substantial sidelined liquidity, and policy momentum may support faster rebounds after shocks, potentially compressing correction durations.

12) Four core takeaways often omitted in simplified summaries

12-1) The real answer to “Should I sell now?” is account discipline, not stock prediction

  • Forecasting Samsung Electronics/SK Hynix matters less than enforcing portfolio rules:
  • number of holdings
  • required profit/loss ratio

12-2) The next leaders may come from lagging sectors connected to AI

  • Focus on supply chains, materials, and infrastructure linked to AI → power → robotics, particularly where valuations and positioning remain less extended.

12-3) Early downside signals often appear in peripheral breakdowns, not in the primary leaders

  • Large capital may use leaders as indicators while de-risking by first exiting satellite exposures.

12-4) Commodities narrative: shifting from “China-driven” to “AI + strategic competition”

  • Commodity price action may be better explained by AI infrastructure demand and geopolitical risk than by legacy China-infrastructure frameworks.

13) Five keywords that frame the current market regime (single-sentence linkage)

In 2026, the global economy remains sensitive to the direction of rates and the USD; expanding AI investment is pulling capital into a semiconductor supercycle and the broader AI trend, while inflation dynamics and pricing in commodities and power infrastructure increasingly co-move with these forces.


< Summary >

  • Samsung Electronics and SK Hynix are positioned as mid-cycle holdings; the near-term priority is rule-based portfolio management rather than immediate selling.
  • Selling should be approached through discipline (holding count limits, profit/loss ratio control), not through precise top-calling.
  • Post-AI opportunities may emerge from suppressed sectors linked to AI, including physical AI (robotics), power, and materials.
  • In drawdowns, peripheral names may weaken before leaders; commodities may be best viewed through an AI + geopolitics framework.

[Related Links…]

  • Semiconductor supercycle: the “true uptrend phase” driven by 2026 earnings upgrades: https://NextGenInsight.net?s=semiconductor
  • FX and USD flow framework for the 2026 Korea equity market: conditions for foreign flows: https://NextGenInsight.net?s=exchange%20rate

*Source: [ Jun’s economy lab ]

– 삼성전자, SK하이닉스 지금은 매도할 때가 아닙니다(ft.조윤남 대표 2부)


● Trump weaponizes affordability, credit cap housing crackdown mortgage rigging tariff cash splash

The Real Reason Trump Shifted from “Inflation” to “Affordability”: The Political Economy of a Four-Part Package on Credit-Card APRs, Home Prices, Mortgages, and Rebate Checks

This note focuses on:

1) Why the messaging is moving away from GDP growth and equities toward “household out-of-pocket costs.”

2) Reframing four proposals through “capital flows” rather than electoral politics: a 10% credit-card APR cap, limits on private-equity purchases of single-family homes, government MBS purchases, and a USD 2,000 rebate check.

3) Where market stress may surface first (financials, housing, consumption, inflation) and key investor blind spots.

4) The core takeaway: this is not a welfare expansion; it is a strategy to reassign who bears the bill.

1) Key Point: The Economic Frame Is Shifting from “Prices” to “Bills”

Recent messaging emphasizes discrete monthly obligations—credit-card statements, home prices, mortgage rates, utilities, and insurance—rather than aggregate inflation metrics.

Headline macro data may appear resilient, but voters experience pressure through multiple concurrent cost lines while wage growth feels insufficient.

As the political calendar moves toward the 2026 cycle, this framing could reshape the language and priorities of US economic policy.

2) The Four-Policy Package (Concise Summary)

2-1) [Policy #1] Cap Credit-Card Interest Rates at 10%

Proposal

Introduce a 10% ceiling on credit-card APRs.

Rationale

Credit cards are positioned less as a consumption tool and more as a recurring household levy, given record-high revolving balances and average APRs near ~20%.

Market implications

– Banks/card issuers: margin compression; potential repricing toward higher-credit borrowers and tighter underwriting.

– Consumers: near-term relief for revolvers; potential credit rationing for lower-credit segments.

– Macro: short-term support to consumption if revolving costs fall; medium-term drag risk if intermediation tightens materially.

Investor watchpoints

Consumer finance should not be treated solely as a beneficiary of rate cuts; regulatory caps can structurally limit earnings upside and alter risk allocation.

2-2) [Policy #2] Restrict Institutional Purchases of Single-Family Homes

Proposal

Limit purchases of single-family homes by institutional investors (funds/large capital pools).

Why it resonates

Nationally, institutional ownership may appear small, but the political focus is localized concentration—especially in Sun Belt markets (e.g., Arizona, Texas, Florida) where affordability pressures have intensified.

The policy functions less as a universal home-price correction tool and more as a mechanism to identify a clear “price-setting” counterparty.

Market implications

– Housing: potential micro-market liquidity and pricing effects where institutional bid has been meaningful.

– Rents: outcomes may be mixed; reduced institutional participation could lower supply efficiency and, in some areas, raise rents.

– Builders/REITs: impacts depend on implementation (exemptions, treatment of existing inventories, divestment requirements).

Political transmission risk

This theme is capable of bipartisan adoption, increasing the probability of policy follow-through and sustained headline risk.

2-3) [Policy #3] Lower Mortgage Rates via Government MBS Purchases

Proposal

Use government purchases of mortgage-backed securities (MBS) to compress mortgage rates without directly targeting the Federal Reserve.

Why it matters

The affordability constraint is increasingly the monthly payment, not only the home price. Small moves in mortgage rates can quickly affect purchase intent and transaction volume.

Potential side effects

– Lower rates can revive demand.

– If supply remains constrained, price appreciation can reaccelerate, recreating affordability stress.

Investor watchpoints

Mortgage-rate relief is not an unambiguous positive for housing equities. Re-ignited price pressures can invite additional regulation or tax proposals, raising sector volatility.

2-4) [Policy #4] USD 2,000 Rebate Checks Funded by Tariff Revenue

Proposal

Recycle tariff revenues into USD 2,000 rebate checks for households.

Political mechanics

Tariffs are framed as a low-visibility burden to households, while direct cash transfers are highly salient. The narrative strengthens if tariffs are presented as paid by foreign counterparts and returned to domestic voters.

Economic constraints

– Funding reliability is uncertain.

– Inflation risk may increase if tariffs raise costs while rebates lift demand.

– Pass-through to consumer prices can occur through supply-chain and corporate pricing channels.

3) Extension of the Framework: Drug Prices, Insurance, and Data-Center Power Costs

Additional themes include drug pricing, insurance subsidy design, and proposals that large technology firms should bear more of the power-cost burden associated with data centers.

The common structure is not “government pays,” but “reassign the payer.” This shifts the debate from growth versus redistribution to targeted reallocation of perceived cost burdens.

4) Global and Korea-Relevant Considerations

1) US consumption and the interest-rate path can alter global capital flows

If household-facing rates (credit-card and mortgage) fall, US consumption may remain firmer, affecting recession probabilities and equity valuation regimes.

2) A tariffs-plus-rebates mix can reintroduce inflation risk

Tariffs can raise costs while rebates increase demand, potentially slowing the pace of policy easing and influencing USD direction.

3) Data-center electricity pricing may shift from industrial policy to cost-of-living politics

As AI infrastructure increases power demand, electricity pricing becomes more politically salient. If “large tech should pay” gains traction, AI capex momentum may face rising regulatory and cost headwinds.

5) The Most Material Point

The core objective is not to “lower inflation,” but to reassign responsibility for household bills.

Credit-card interest (banks), home prices (institutional capital), mortgage rates (public intervention via MBS), and electricity/data-center costs (large tech) are positioned as margins and cost burdens to be shifted away from households.

If this framing strengthens, markets may begin pricing higher policy risk premia tied to direct targeting of sector profitability, beyond standard CPI and policy-rate narratives.

6) Practical Watchlist

1) Whether a credit-card APR cap is universal or limited by product type and eligibility.

2) Whether institutional home-purchase limits include forced disposition of existing holdings.

3) Whether MBS purchases are one-off interventions or a standing program (with larger market-distortion debate).

4) Whether tariff-funded rebates can clear legislative and budget constraints; where inflation debates intensify.

5) How regulation and utility rate design evolve around data-center power costs, and the interaction with grid investment needs.

7) Conclusion in Investor Terms

This approach reframes inflation from a statistical aggregate to a set of household bills.

The mechanism for relief is more likely to be political and regulatory intervention than market-led adjustment.

Through 2026, rates, tariffs, housing, and AI infrastructure power costs may trade as a linked policy complex, increasing cross-asset volatility.

< Summary >

The messaging is shifting from macro inflation to bill-level affordability (credit-card interest, mortgage costs, home prices, and rebates).

The four policies—10% APR caps, limits on institutional home purchases, MBS purchases to lower mortgage rates, and tariff-funded rebates—may improve near-term sentiment but carry risks for credit supply, housing dynamics, and inflation.

The critical feature is a political effort to reallocate who bears costs, which may raise sector-specific policy risk premia and link rates, tariffs, housing, and AI power costs into a single market narrative.

[Related Links…]

*Source: [ Maeil Business Newspaper ]

– 트럼프 ‘살림살이’에 꽃혔다. 미국 어포더빌리티의 정치학 | 불앤베어 포커스


● Tesla Superweek earnings shaken by SpaceX IPO bombshell robotaxi price war insurance shock AI OS battle Tesla “Super Week” Key Takeaways: Why One Q&A Could Matter More Than Earnings (SpaceX IPO, Space-Based Data Centers, Robotaxis, and Insurance Disruption) This report covers five topics:1) Three key macro catalysts this week (durable goods, consumer sentiment, Fed…

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