Solibri Launches Security+ for Air-Gapped BIM Workflows

Why It Matters

The product lets regulated construction firms adopt digital quality processes without compromising security, expanding BIM adoption in high‑risk sectors.

Key Takeaways

• Solibri Security+ runs fully offline for air‑gapped BIM projects.
• Targets defense, government, energy, transportation, and critical infrastructure.
• Supports rule‑based validation, coordination, and compliance checks.
• Separate licensing from standard Solibri platform simplifies secure deployments.
• Enables data‑sovereignty compliance where cloud services are banned.

Pulse Analysis

The construction industry’s shift toward model‑based workflows has collided with strict security mandates in sectors such as defense and critical infrastructure. Traditional BIM tools rely on cloud connectivity for updates and collaboration, creating a compliance gap for projects that must remain isolated from external networks. Solibri Security+ addresses this gap by delivering a fully offline validation engine, allowing engineers to run rule‑based checks, clash detection, and code compliance without ever exposing data to the internet.

Regulated markets are increasingly demanding solutions that satisfy data‑sovereignty laws and air‑gap requirements. By packaging its validation suite as a separate, on‑premise product, Solibri positions itself against competitors that still depend on SaaS architectures. The move also opens doors to government contracts and defense procurement processes that often exclude cloud‑based software. As infrastructure spending rises in the United States and abroad, firms that can guarantee secure BIM workflows are likely to capture a larger share of high‑value projects.

Looking ahead, Solibri Security+ could become a catalyst for broader digital transformation in secure environments. Its offline capability may encourage legacy contractors to adopt BIM standards, knowing they can maintain compliance with national security regulations. Future updates that integrate with classified data repositories or support encrypted data exchange could further solidify its role as the go‑to platform for air‑gapped construction projects, driving industry‑wide improvements in quality, safety, and efficiency.