05/21/2026
A building’s lateral system is the part of the structure that keeps the building stable and safe under wind and earthquake forces, and choosing the right system affects cost, constructability, and architectural flexibility. Proprietary lateral systems such as DuraFuse, SidePlate, and CoreBrace are often selected because they offer a highly refined, thoroughly tested, and performance-driven solution for resisting lateral loads. Rather than relying on a one-off custom detail, the project benefits from a system that has already been engineered, validated, and optimized through extensive development and real-world application. Especially in high seismic regions, that can translate into better energy dissipation, more reliable behavior, and a safer building overall.
These systems can also create meaningful project advantages beyond seismic performance. Because they are standardized and purpose-built, they often improve efficiency in both design and construction. They can reduce steel tonnage, simplify connections, improve er****on speed, and help minimize field complications that lead to delays and change orders. For owners and developers, that can mean a more cost-effective structure when total project cost is considered, not just the line item for one specialty component. For architects and builders, it can mean cleaner coordination, better constructability, and greater confidence that the lateral system will perform as intended.
While proprietary lateral systems are especially valuable in western seismic markets, their benefits are not limited to those regions. Better predictability, cleaner detailing, improved quality control, and reduced fabrication and installation risk are advantages on almost any project. The goal is not to pass off design responsibility, but to select the best structural solution for the building. When used appropriately, proprietary lateral systems are often one of the most efficient, economical, and dependable ways to achieve that.
