This article analyzes Am. Guarantee & Liability Ins. Co. v. 51 Roses Mill LLC.

Connecticut Federal District Court Follows Majority Rule on Insurance Policy Anti-Assignment Clauses

A recent decision by the United States District Court for the District of Connecticut further confirms that Connecticut courts follow the majority rule that contractual anti-assignment clauses do not bar assignment of an insured’s claim after the loss occurred.1

The September 2022 decision in Am. Guarantee & Liability Ins. Co. v. 51 Roses Mill LLC arose out of a fire that destroyed a property under contract for sale. At the time of the fire, the property was owned by Bridge33 Capital LLC (“Bridge33”), insured by American Guarantee & Liability Insurance Company (“American Guarantee”), and under contract for sale to 51 Roses Mill LLC (“51 Roses”). After the fire, Bridge33 assigned its insurance claim to 51 Roses. American Guarantee filed suit seeking a declaratory judgment that the assignment was invalid, or that, if it was valid, 51 Roses could only recover under the actual cash value, rather than the replacement cost value, of the lost property. 51 Roses brought counterclaims for breach of contract and bad faith and sought a declaratory judgment that it was entitled to replacement cost value under the policy.

Saxe Doernberger & Vita, P.C. may be contacted at coverage@sdvlaw.com

Officials said the Pajaro River's levee breach is about 100 feet (30.48 meters) wide.

Storm Breaches California River's Levee, Thousands Evacuate

WATSONVILLE, Calif. (AP) — A Northern California agricultural community famous for its strawberry crop was forced to evacuate early Saturday after the Pajaro River’s levee was breached by flooding from a new atmospheric river that pummeled the state.
Across the Central Coast's Monterey County , more than 8,500 people were under evacuation orders and warnings Saturday, including roughly 1,700 residents — many of them Latino farmworkers — from the unincorporated community of Pajaro.

Reprinted courtesy of Engineering News-Record

ENR may be contacted at enr@enr.com

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The façade is one of the most complex and costly aspects of a building to construct and inspect.

How Technology Reduces the Risk of Façade Defects

The shell of the building is an onlooker’s first impression and crafts the architectural aesthetic, but it also plays a crucial role in enabling energy efficiency and protecting against the elements. Because façades are in direct contact with the elements, issues with water intrusion are the most common problem and the costliest to remedy, with anywhere from 30% to 70% of lawsuits related to water intrusion, half of it through the façade. Additionally, improperly installed façades pose significant safety risks because unsecured parts can fall and hit people below.

All these factors contribute to the façade being one of the most complex and costly aspects of a building to construct and inspect, making up 205 of the total project cost. Installing these systems correctly the first time is the most effective way to mitigate these threats. Teams should utilize data-informed technology that ensures plan adherence, reducing risk and avoiding errors during installation.

The Challenges of Façade Installation
Façade installation and subsequent inspection are inherently challenging, particularly for high-rise buildings. When performing post-installation verification manually, inspectors must review every element, joint by joint, window by window, stone by stone and brick by brick, which can take months to complete. Inspections of the entire building system are limited by this process, as inspectors can only access one portion of the building façade at a time and often have to inspect from indoors, on balconies or at the ground level, which doesn’t paint a complete picture. As a result, teams typically only perform spot checks on the façade and are rarely inspected to their fullest. This leaves many installation errors and defects, which serve as ticking bombs for future water intrusion or safety hazards.

Reprinted courtesy of Ori Aphek, Construction Executive, a publication of Associated Builders and Contractors. All rights reserved.

If it can scale, the 3D-printing process promises to deliver energy-efficient and climate-resilient homes that can be built faster, in novel designs and with minimal construction waste.

The World’s Largest 3D-Printed Neighborhood Is Here

Amid the tech boom-fueled sprawl in Austin, Texas, Wolf Ranch at first appears to be another colorfully named but architecturally unimaginative suburban subdivision. Until, that is, you turn a corner and stumble across giant robots building homes resembling waves frozen in concrete.

This 100-house addition to the 2,500 homes planned for Wolf Ranch is called “the Genesis Collection,” and as the world’s largest 3D-printed community, it is indeed sui generis. A collaboration between Lennar Corp., the US’s second-biggest home builder, and 3D-printing startup Icon, Genesis represents perhaps the most significant innovation in residential construction in decades. If it can scale, 3D-printed construction promises to deliver energy-efficient homes that can be built faster and more affordably, in novel designs and with minimal waste. The concrete structures are also more resilient to increasingly intense climate-driven hurricanes, wildfires and heat waves.

“I think we'll look back and say this was a pretty pivotal moment in the history of construction,” says Jason Ballard, Icon’s cowboy hat-wearing co-founder and chief executive officer. “I do think 3D printing and robotic construction are necessary to end the global housing crisis.”