Tuesday, February 10, 2026
On Tap Today
Credit due: Private credit reshaped real estate lending, and now the cracks are starting to show.
Trane schedule: Trane’s launch of a unified digital building data hub reflects a growing HVAC industry focus on technology.
Model behavior: Energy digital twins are gaining traction as data centers strain power grids.
Today’s webinar: Join us at 1:00 PM ET to learn how security and access decisions are becoming operational strategy, not just protection. Sign up
Editor’s Pick
The private credit boom that followed the 2023 regional banking crisis has fundamentally reshaped real estate finance, with non-bank lenders capturing market share that traditional institutions show little appetite to reclaim. As regional banks retreated under regulatory pressure and balance sheet constraints, private credit funds deployed hundreds of billions into property lending, offering speed, certainty, and flexibility that conventional lenders couldn't match. The single-family construction and fix-and-flip market became an early testing ground for this capital. What's emerging now in stressed markets offers a preview of how private credit performs when assumptions break down, and the implications extend far beyond residential real estate into every corner of commercial property finance.
The transformation of underwriting standards reveals how institutional scale can paradoxically increase systemic risk. Traditional hard money lenders demanded 40% down payments and charged rates above 12%, reflecting intimate knowledge of local markets and borrowers. Their caution was existential because these were often principals lending their own capital in hyperlocal geographies. But as firms like KKR-backed Toorak Capital Partners standardized the business, loan-to-value ratios climbed to 90%, and rates dropped to the high single digits. Approval processes favored speed over relationship-based due diligence.
Private lenders originated over $145 billion in residential construction and rental loans in 2025 alone, while simultaneously expanding into office conversions, ground-up multifamily development, and transitional commercial properties. The playbook is identical across asset classes. Underwrite to stabilized value, charge a premium to conventional debt, and rely on equity cushions that only exist if projections materialize. In stable or appreciating markets, this works. In correction scenarios, the math unravels quickly.
The distress signals are unmistakable and accelerating. Foreclosure filings on private construction loans surged 82% nationally between 2023 and 2025, with default rates in certain markets reaching 7.4%. That's nearly four times conventional mortgage delinquencies. These aren't just coastal Florida anomalies. Private credit exposure spans gateway cities where office conversion loans are underwater, Sun Belt markets where multifamily development exceeded absorption, and secondary cities where industrial spec projects face lengthening lease-up timelines.
The common thread is leverage deployed on aggressive underwriting during a low-rate environment, now colliding with higher interest costs, construction inflation, and softer fundamentals. Securitizations of these loans remain largely untested in distressed liquidation scenarios, and some carry investment grade ratings from major agencies. If private credit funds are forced into bulk asset sales, the price discovery could reset valuations across property types, particularly for transitional and value-add deals that depend on similar exit assumptions.
The possible contagion matters more than the absolute default numbers. Private credit firms aren't siloed by property type. The same funds lending on single-family flips are financing office-to-residential conversions, funding multifamily bridge loans, and providing mezzanine debt on retail redevelopments. A material credit event in one strategy doesn't stay contained. It triggers portfolio-wide reviews, tighter underwriting, and capital reallocation. We're already seeing this dynamic play out as lenders simultaneously warn about compressed margins and originate record loan volumes. This is a classic extend-and-pretend pattern where new deals subsidize workouts on troubled assets. For borrowers, this creates a market where pristine sponsors with proven track records can still access capital on reasonable terms, while everyone else faces dramatically higher costs or outright rejection. The middle market, which benefited most from private credit's expansion, will feel the contraction most acutely.
The structural implications for commercial real estate finance are profound and likely permanent. Private credit now accounts for an estimated 20 to 25% of all commercial property lending, up from single digits a decade ago. Unlike banks, these lenders aren't deposit-funded and don't face the same regulatory constraints. This gives them flexibility to hold troubled loans without immediate mark-to-market consequences. But they're also beholden to investors who expect consistent returns and have limited patience for working with distressed borrowers.
The resolution timeline for distressed private credit loans will be faster and more ruthless than banks. Expect quick foreclosures, bulk sales to opportunistic buyers, and minimal borrower accommodation. Operators dependent on refinancing private credit loans originated in 2021 through 2023 should be modeling aggressive paydown requirements or conversion to longer-term debt. Extension options that looked routine two years ago are becoming expensive negotiations. The era of easy money from non-bank lenders isn't ending, but it's definitely repricing.
Overheard

The surge in data center development has exposed a basic problem in modern real estate: power planning is still largely static in a world where energy demand is dynamic. Utilities and developers are increasingly turning to digital twin technology that can model entire energy systems in real time, simulating how power grids respond to new loads, extreme weather, infrastructure upgrades, or equipment failures. What was once a planning exercise done on spreadsheets is becoming a living model that can be updated continuously as conditions change.
These tools are gaining traction because traditional grid planning moves slowly, while data center demand moves fast. AI-driven facilities can add tens or hundreds of megawatts of load in a single project, overwhelming assumptions baked into older transmission and distribution models. Neara, an Australian tech startup that builds AI-driven digital models of power networks, has raised more than $60 million in funding as burgeoning data center power demand places increasing strain on electricity grids worldwide. The company’s modeling platform lets utilities simulate how networks will respond to different loads, weather, infrastructure changes and stressors, giving operators predictive insights that were previously extremely difficult to obtain in real time.
What starts with data centers rarely stays there. Large real estate developments already rely on digital twins for building systems, construction sequencing, and operations. Extending that logic to energy modeling is a natural next step, especially for campuses, industrial parks, logistics hubs, and mixed-use districts that need firm power commitments to secure financing and entitlements. Being able to show how a project interacts with the grid under different scenarios could become as standard as traffic studies or environmental reviews.
Over time, energy digital twins could reshape how major projects get built. Developers may use them to justify on-site generation, storage, or phased buildouts tied to grid capacity. Cities may rely on them to decide where growth is feasible. Lenders and insurers may demand them to understand outage and volatility risk. Data centers are forcing the issue, but the underlying technology is pointing toward a future where energy modeling is no longer a specialist tool, but core real estate infrastructure.

The surge in data center development has exposed a basic problem in modern real estate: power planning is still largely static in a world where energy demand is dynamic. Utilities and developers are increasingly turning to digital twin technology that can model entire energy systems in real time, simulating how power grids respond to new loads, extreme weather, infrastructure upgrades, or equipment failures. What was once a planning exercise done on spreadsheets is becoming a living model that can be updated continuously as conditions change.
These tools are gaining traction because traditional grid planning moves slowly, while data center demand moves fast. AI-driven facilities can add tens or hundreds of megawatts of load in a single project, overwhelming assumptions baked into older transmission and distribution models. Neara, an Australian tech startup that builds AI-driven digital models of power networks, has raised more than $60 million in funding as burgeoning data center power demand places increasing strain on electricity grids worldwide. The company’s modeling platform lets utilities simulate how networks will respond to different loads, weather, infrastructure changes and stressors, giving operators predictive insights that were previously extremely difficult to obtain in real time.
What starts with data centers rarely stays there. Large real estate developments already rely on digital twins for building systems, construction sequencing, and operations. Extending that logic to energy modeling is a natural next step, especially for campuses, industrial parks, logistics hubs, and mixed-use districts that need firm power commitments to secure financing and entitlements. Being able to show how a project interacts with the grid under different scenarios could become as standard as traffic studies or environmental reviews.
Over time, energy digital twins could reshape how major projects get built. Developers may use them to justify on-site generation, storage, or phased buildouts tied to grid capacity. Cities may rely on them to decide where growth is feasible. Lenders and insurers may demand them to understand outage and volatility risk. Data centers are forcing the issue, but the underlying technology is pointing toward a future where energy modeling is no longer a specialist tool, but core real estate infrastructure.
Popular Articles
Are You Enjoying This Newsletter?
Propmodo Daily is written and edited by Franco Faraudo with contributions from readers like you and the Propmodo team.
📧 Forward it to a friend and suggest they check it out.
🔗 Share a link to this post on social media.
🗣 Have ideas for future topics (or just want to say hello)? Share your feedback and tips at [email protected] or connect with us on X through @propmodo.
✅ Not subscribed yet? Sign up for this newsletter here.
📫 Please add our newsletter email, [email protected], to your contacts to make sure you don’t miss any updates.
Enjoy reading about trends and innovation in commercial real estate? Subscribe to Propmodo.com for unrestricted access to reliable, data-driven journalism and exclusive insights available only to subscribers.









