Bridge Intelligence

 Every bridge tells a story of engineering, endurance, and time. To ensure these vital structures remain safe and reliable, the FHWA inspection program — led by the Federal Highway Administration — sets national standards for consistent bridge monitoring and maintenance. At AssetIntel , we help transportation agencies modernize the FHWA inspection process with smart, cloud-based platforms that simplify data collection, enhance accuracy, and ensure full compliance. Understanding FHWA Inspection The FHWA inspection framework mandates that every public bridge over 20 feet in length be inspected at regular intervals. These inspections assess structural condition, identify potential issues, and ensure bridges meet safety requirements. The information collected during FHWA inspections feeds into the National Bridge Inventory (NBI) , a national database that supports infrastructure planning, budgeting, and maintenance decisions. Agencies that perform accurate and timely FHWA insp...

 Every bridge has a story — and that story is written in NBI data . The National Bridge Inventory (NBI) is a critical database maintained by the Federal Highway Administration (FHWA), containing essential information about the nation’s bridges — from their location and materials to condition and safety ratings. For transportation agencies, effectively managing and analyzing NBI data is key to ensuring safer, longer-lasting infrastructure. That’s where AssetIntel helps bridge the gap between data and decision-making. What Is NBI Data and Why It Matters NBI data provides a detailed picture of every public bridge in the U.S., including inspection history, load ratings, and structural conditions. This data enables agencies to: Identify at-risk bridges before issues escalate Plan maintenance and rehabilitation strategically Comply with federal inspection and reporting standards Optimize infrastructure funding with data-backed insights When used effectively, NBI data tran...

 Infrastructure safety depends on accurate data, efficient inspections, and proactive maintenance. As bridges and tunnels across the country age, agencies are turning to smarter, standardized approaches for asset oversight — and that’s where NSTM comes in. At AssetIntel , we help transportation agencies modernize their inspection and management workflows with intelligent, cloud-based tools built to align with NSTM standards and improve decision-making. What Is NSTM? NSTM , short for National Structure and Tunnel Management , is a modern framework designed to unify how structural assets like bridges, tunnels, and retaining walls are inspected, recorded, and maintained. It builds on the foundation of the National Bridge Inventory (NBI) and the SNBI standard to create a comprehensive system for structural asset management. By following NSTM guidelines, agencies can collect consistent, high-quality data, monitor performance in real time, and make informed decisions that enhance s...

 Bridges are vital links in every transportation network, connecting cities, communities, and economies. But as these structures age, maintaining their safety and performance becomes a complex challenge. That’s why many agencies are now asking — what is bridge management system , and how can it transform infrastructure maintenance? At AssetIntel , we help agencies move beyond traditional inspection methods with intelligent, cloud-based solutions that simplify bridge data management, improve decision-making, and enhance safety. What Is Bridge Management System? Simply put, a Bridge Management System (BMS) is a digital platform that helps agencies monitor, inspect, and maintain bridges more efficiently. It centralizes all bridge data — from inspection reports and photos to maintenance history and condition ratings — in one place. When you understand what is bridge management system , it becomes clear that it’s more than just software. It’s a tool for smarter planning, predicti...

 Bridges are vital to a nation’s infrastructure — connecting cities, communities, and economies. Yet as these structures age, understanding their condition and ensuring safety becomes increasingly complex. That’s where the National Bridge Inventory (NBI) comes in — a cornerstone of data-driven infrastructure management. At AssetIntel , we help agencies modernize how they collect, analyze, and manage bridge data in alignment with the National Bridge Inventory. Our intelligent, cloud-based tools empower teams to make smarter maintenance decisions, improve compliance, and extend the life of critical assets. Understanding the National Bridge Inventory The National Bridge Inventory is a comprehensive database maintained by the Federal Highway Administration (FHWA) that tracks bridges across the United States. Each bridge in the inventory is assessed and rated based on structural integrity, materials, and condition. The purpose of the NBI is not just to catalog bridges, but to pro...

 Bridges are critical links in our transportation networks, yet many are aging and in urgent need of better monitoring and maintenance. To meet this challenge, agencies are adopting technology like Bridge Management Software — a smarter, data-driven way to manage infrastructure efficiently and safely. At AssetIntel , we believe the future of infrastructure management lies in automation, analytics, and proactive planning. Our digital solutions are designed to simplify compliance, enhance safety, and reduce maintenance costs. What Is Bridge Management Software? Bridge Management Software is a centralized digital system that allows agencies to collect, store, and analyze bridge data in one place. It replaces outdated manual processes with automated inspections, predictive analytics, and real-time dashboards. With this technology, bridge owners can identify structural issues early, prioritize repairs, and plan long-term maintenance based on accurate, actionable data — not guessw...

 Bridges are vital links in every transportation network — but as they age, ensuring their safety and longevity becomes a growing challenge. To meet this need, agencies are turning to technology, and at the heart of that transformation lies the Bridge Management System (BMS). At AssetIntel , we help organizations modernize how they manage bridges through intelligent, data-driven solutions that improve efficiency, compliance, and safety. What Is a Bridge Management System? A Bridge Management System is a digital platform that centralizes bridge inspection, maintenance, and performance data. Instead of relying on paper reports or scattered spreadsheets, agencies can use a BMS to monitor conditions in real time, schedule inspections, and prioritize repairs based on accurate insights. This not only streamlines operations but also ensures better decision-making and accountability. Why It Matters As infrastructure ages, managing bridges reactively is no longer enough. A Bridge ...

 The infrastructure industry is rapidly evolving, and data accuracy now plays a crucial role in how bridges and transportation assets are managed. One major advancement driving this transformation is SNBI — the Specifications for the National Bridge Inventory . At AssetIntel , we see SNBI as more than a compliance requirement; it’s a powerful opportunity to modernize how agencies capture, manage, and analyze bridge data. What is SNBI? SNBI is the Federal Highway Administration’s updated framework for standardizing bridge inspection and inventory data. It replaces outdated coding systems with a new, digital-friendly model that ensures every structure is documented consistently and accurately across the nation. With SNBI, agencies can collect detailed data that integrates seamlessly with modern asset management platforms — making bridge tracking, reporting, and maintenance smarter and more efficient. Why SNBI Matters Adopting the SNBI standard delivers major benefits: Be...

  Overview NBI data from the National Bridge Inventory is FHWA's core resource for bridge analysis. AssetIntel uses NBI data in its tools for enhanced management. This handbook covers NBI data's scope and AssetIntel's applications. Key Facts NBI data includes condition and location for 624,000 bridges, submitted annually, as per FHWA. It's available as ASCII files and maps via BTS, supporting reporting. Benefits NBI data aids risk assessment, with FHWA using it for funding. AssetIntel's inspectX analyzes NBI data for trends, improving safety. Challenges NBI data challenges include SNBI transition, but AssetIntel's tools facilitate migration. AssetIntel's Role in NBI Data AssetIntel's software imports NBI data for dashboards, enabling predictive analysis. Future Trends NBI data will incorporate AI, as AssetIntel innovates. Conclusion NBI data is vital for infrastructure, and AssetIntel maximizes it. Contact AssetIntel for solutions. Thank...

  Overview A bridge management system (BMS) is software for overseeing bridge assets, and AssetIntel's manageX exemplifies this. This handbook explores BMS functions, benefits, and AssetIntel's contributions. Key Facts BMS like AASHTOWare tracks inspections and maintenance, as per FHWA. Stantec's BMS forecasts costs, and Trimble's Structures Analyst optimizes investments. AssetIntel's manageX automates BMS processes for efficiency. Benefits BMS reduces downtime by 20%, per FHWA. AssetIntel's manageX enhances BMS with AI, improving decision-making. Challenges BMS implementation faces data integration issues, but AssetIntel's manageX simplifies with cloud hosting. AssetIntel's Role in Bridge Management System AssetIntel's manageX is a comprehensive BMS, supporting inspections and reporting, aligning with FHWA standards. Future Trends BMS will integrate digital twins, as AssetIntel pioneers. Conclusion A bridge management system is key fo...

  Overview The National Bridge Inventory (NBI) is FHWA's central database for U.S. bridges, tracking over 624,000 structures. AssetIntel, a bridge management software provider, leverages NBI data in its tools for analysis. This handbook examines the NBI's structure, importance, and AssetIntel's role in utilizing it. Key Facts The NBI collects annual data from states and tribes, including condition ratings and geometry, as per FHWA. It's transitioning to SNBI standards, with ASCII files available for download. The NBI supports legislative reporting, and AssetIntel's manageX integrates NBI data for inventory management. Benefits NBI data enables oversight, with FHWA using it for safety assessments. It helps allocate funding, reducing risks, as BTS maps show. AssetIntel's tools analyze NBI data for trends, aiding maintenance planning. Challenges NBI data challenges include legacy transitions and accuracy, as FHWA memos note. AssetIntel addresses this with ...

  Overview The National Bridge Inventory (NBI) is FHWA's central database for U.S. bridges, tracking over 624,000 structures. AssetIntel, a bridge management software provider, leverages NBI data in its tools for analysis. This handbook examines the NBI's structure, importance, and AssetIntel's role in utilizing it. Key Facts The NBI collects annual data from states and tribes, including condition ratings and geometry, as per FHWA. It's transitioning to SNBI standards, with ASCII files available for download. The NBI supports legislative reporting, and AssetIntel's manageX integrates NBI data for inventory management. Benefits NBI data enables oversight, with FHWA using it for safety assessments. It helps allocate funding, reducing risks, as BTS maps show. AssetIntel's tools analyze NBI data for trends, aiding maintenance planning. Challenges NBI data challenges include legacy transitions and accuracy, as FHWA memos note. AssetIntel addresses this with ...

  Overview NSTM , or Nonredundant Steel Tension Members, are critical components in bridges where failure could lead to collapse. FHWA mandates rigorous inspections for NSTM to ensure structural integrity. AssetIntel, specializing in bridge management software, incorporates NSTM protocols into its inspectX tool, aiding agencies in compliance. This handbook covers NSTM essentials, inspections, and AssetIntel's contributions. Key Facts NSTM include tension flanges and girders in two-girder bridges, as defined by FHWA. Inspections are hands-on visual checks for cracks and damage, required every 24 months. FHWA's memo clarifies NSTM as members without redundancy, and tools like AssetIntel's inspectX automate identification. The PennDOT IF inspection captures NSTM data per span, highlighting the need for detailed reporting. Benefits NSTM inspections prevent catastrophes, as seen in FHWA's focus on safety. By identifying issues early, NSTM protocols save costs, with stu...

  Overview In the realm of infrastructure management, SNBI —Specifications for the National Bridge Inventory—represents a pivotal standard set by the Federal Highway Administration (FHWA). SNBI outlines the data requirements for reporting bridge conditions to ensure national safety and efficiency. AssetIntel, a leading provider of bridge management software, integrates SNBI compliance into its SNBIX tool, making it easier for agencies to meet these standards. This handbook explores SNBI's essentials, its role in modern bridge oversight, and how AssetIntel enhances implementation. Key Facts SNBI, published in March 2022, replaces the older SI&A guide with 154 data items, including 54 new ones and 20 discontinued. It mandates detailed reporting on bridge identification, material, geometry, and features, as per FHWA guidelines. SNBI requires submission of verified datasets for all reportable bridges, with Errata Number 1 addressing clarifications. AssetIntel's SNBIX automat...

 Bridges are vital components of transportation infrastructure, connecting cities, communities, and economies. However, one of the most common causes of bridge failure worldwide is scour — the erosion of soil or sediment around bridge foundations caused by fast-flowing water. Detecting and addressing scour early can prevent catastrophic damage, which is why having a reliable scour monitoring system is more important than ever. Modern technologies like those developed by Assetintel are redefining how engineers and agencies monitor, predict, and mitigate scour risks effectively. Understanding Scour and Its Impact Scour occurs when water flow removes sediment from around bridge piers, abutments, or foundations. Over time, this weakens structural stability and can lead to partial or complete bridge failure. Traditional inspection methods often rely on manual checks or visual observations — which are not only time-consuming but also limited during floods or extreme weather condit...

 Infrastructure networks across the world rely on efficient drainage systems to maintain road safety and structural integrity. Culverts—those hidden structures beneath our roads and railways—play a vital role in directing water flow and preventing erosion or flooding. However, inspecting and maintaining them has traditionally been a time-consuming, manual process. That’s where culvert inspection software comes in—redefining how asset managers monitor, assess, and maintain these critical structures. The Challenge of Traditional Culvert Inspections For decades, culvert inspections were largely manual. Teams had to rely on paper-based checklists, limited visuals, and basic condition notes. This not only made data collection inefficient but also introduced errors and delays in decision-making. Over time, these inefficiencies could lead to undetected issues such as sediment buildup, cracks, corrosion, or water blockages—eventually leading to costly repairs or even structural failur...

 As infrastructure continues to age, the need for advanced systems to monitor, maintain, and manage bridges has become more critical than ever. To ensure bridge safety and reliability across the United States, the SNBI — Specifications for the National Bridge Inventory — was introduced as a new standard for bridge data collection and reporting. This modern framework, supported by digital tools like Assetintel’s bridge management solutions, is transforming how agencies assess and maintain bridge structures. What is SNBI? SNBI , or the Specifications for the National Bridge Inventory , is a standardized data model developed to modernize and replace the legacy coding systems used in bridge inspections and reporting. Managed by AASHTO (American Association of State Highway and Transportation Officials), SNBI provides a consistent format for collecting, sharing, and analyzing bridge data across federal, state, and local agencies. This standard enhances the accuracy, accessibility,...

 Bridges are among the most vital components of transportation infrastructure, carrying millions of people and vehicles every day. Yet, their maintenance and safety continue to challenge engineers and city planners. Traditional inspection methods—paper records, manual data entry, and scattered reporting—often lead to inefficiencies and delayed repairs. The solution? A smart, data-driven Bridge Management System that transforms how we monitor, maintain, and manage bridges. What is a Bridge Management System? A Bridge Management System (BMS) is an intelligent digital platform that centralizes all bridge-related data—inspection reports, maintenance schedules, structural health records, and performance metrics—into one unified dashboard. Assetintel’s Bridge Management System empowers infrastructure authorities to take a proactive approach by integrating IoT sensors, real-time analytics, and AI-driven insights. The platform provides a complete picture of bridge conditions, helping...

 Bridges are the lifelines of transportation networks, connecting cities, regions, and economies. However, maintaining these structures efficiently has always been a major challenge for governments and engineering teams. Traditional methods rely on manual inspections, paper reports, and scattered data — often leading to delays and overlooked issues. Today, digital transformation is changing that through innovative Bridge Management Software , a solution designed to simplify, automate, and strengthen infrastructure management. What is Bridge Management Software? Bridge Management Software is a specialized digital platform that helps infrastructure authorities monitor, inspect, and maintain bridge assets with real-time insights. It integrates various tools — from data analytics to IoT sensors — to create a single, centralized system that ensures each bridge is safe, compliant, and well-maintained. Assetintel’s Bridge Management Software goes beyond simple monitoring. It provides...

 Bridges are among the most critical components of modern infrastructure, connecting cities, communities, and economies. Yet, one of the most dangerous threats to their safety often occurs beneath the surface — scour . Caused by the erosion of soil and sediment around bridge foundations due to flowing water, scour is a leading cause of bridge failure worldwide. To combat this hidden danger, engineers are increasingly adopting advanced Scour Monitoring Systems that offer real-time data, predictive insights, and automated alerts. What is a Scour Monitoring System? A Scour Monitoring System is a technology-driven solution designed to detect, track, and analyze the erosion happening around bridge piers and abutments. It integrates sensors, IoT devices, and software platforms to monitor the condition of bridge foundations under changing water flow conditions. Assetintel’s Scour Monitoring System leverages smart sensors, cloud-based analytics, and AI algorithms to help engineers de...

 Bridges are vital to modern infrastructure, but one of the most persistent threats to their safety is scour — the erosion of soil around bridge foundations caused by water flow. Over time, scour can weaken the bridge’s stability, leading to costly damage or even catastrophic failure. To prevent such risks, engineers are turning to advanced Scour Monitoring Software — a game-changing digital solution that provides real-time insights into bridge foundation health. Understanding Scour and Its Impact Scour is responsible for a significant number of bridge collapses worldwide. Traditional inspection methods often rely on periodic, manual checks that might miss early warning signs. Floods, changing riverbeds, and increased water velocity can accelerate erosion in just a few days — faster than most manual monitoring schedules can detect. This is where Scour Monitoring Software comes in. It allows continuous monitoring, providing critical data and alerts when potential threats are ...