October 11, 2026
by Arnie Gess, president of Construction Links Network
Construction technology is moving beyond helping us manage the work. Increasingly, it’s starting to do the work. This week we’re seeing autonomous robots drilling concrete and installing flooring, drones patrolling jobsites, AI tracking construction progress and digital twins guiding workers through physical facilities.
At the same time, AI is moving deeper into BIM, estimating, billing, safety and even AEC marketing. What connects these developments isn’t any single technology, it’s the steady removal of manual steps between information and action. This week’s ConTech Weekly offers a fascinating look at where that shift is taking the industry next.
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In commercial construction, schedules rarely fail all at once. They slip quietly: one trade falls behind, another makes it up, and suddenly no one is quite sure whether the project is truly on track or simply hoping for the best. For contractors managing multiple large projects at once, that uncertainty can be as dangerous as any missed deadline. At Matukat Construction, eliminating guesswork from scheduling became a priority as the company’s portfolio and complexity grew.
Construction has always relied on technology. From powered equipment and engineered materials to computer-aided design and project management software, new tools have continually changed how buildings and infrastructure are planned, constructed and operated. Today, however, construction technology is entering a new phase.
Geo Week has announced its first keynote for 2027, focusing on an ambitious geospatial project using bathymetric lidar to map Utah’s Great Salt Lake and provide new insight into its changing lakebed, wetlands and deeper-water environments.
Ontario-based aerospace technology company MOSTAVIO has commercially launched Skyguard, an AI-powered autonomous drone security platform designed for construction sites, following development support from the Ontario Centre of Innovation (OCI). Also known as the Aerial Intelligence Security System (AISS), Skyguard combines autonomous drone operations, AI computer vision and real-time monitoring to help construction teams monitor large, changing sites for security risks including theft, trespassing and vandalism. The platform can patrol designated areas, respond to predefined events and deploy drones to provide live aerial intelligence when an incident requires attention. During the six-month OCI-supported project, MOSTAVIO advanced technology validation, integrations, regulatory work, AI testing and field testing in preparation for commercial deployment. Toronto construction and project management company 6ixBuild became Skyguard’s first client. Developed in Ontario by MOSTAVIO and its drone operations division, MOSTAVIO-SkyTech, the platform is initially focused on construction security, with future plans to expand its computer vision capabilities into safety, operational monitoring and broader construction site intelligence.
DriftWrx, a venture studio focused on construction technology, has named InventoryHQ as the first platform in its portfolio, with additional platforms expected to follow. Built by contractor Eric Oberembt after discovering profit leakage caused by limited visibility into in-house materials and equipment, InventoryHQ helps contractors track inventory, tools, equipment and vehicles while connecting those assets to individual jobs. The platform is designed to give contractors greater control over purchasing, stocking and job-level material management. Following its partnership with DriftWrx, InventoryHQ completed a rebrand and relaunched its website with dedicated experiences for roofing contractors, owners, production teams and bookkeepers. InventoryHQ also integrates with JobNimbus, AccuLynx and Leap, allowing material data to flow from construction CRM platforms contractors already use. DriftWrx says its model combines founder-led industry expertise with established software engineering, then supports portfolio companies with branding, positioning, go-to-market strategy and business systems. Portfolio platforms will also operate as a cohort, sharing knowledge and partnership opportunities across the DriftWrx group.
Track3D has introduced a new commercial model combining AI-powered construction progress tracking with visual documentation at no additional cost for eligible projects. Contractors capture jobsites at the end of the workday, and Track3D processes the imagery into quantified progress data by level, trade and area in as fast as six hours, helping teams identify completed work, schedule delays and stalled activities before the next workday begins. The AI-native Reality Intelligence platform works with standard 2D drawings without requiring BIM, while also supporting BIM when available. Track3D says progress tracking is priced at $0.15 per square foot per project, with customers receiving visual documentation for up to five times their contracted progress-tracking area at no additional cost. The platform converts routine site captures into structured data that can be compared against project schedules, shifting reality capture from retrospective documentation toward daily construction decision-making. On a Hensel Phelps project at San Francisco International Airport, Track3D was associated with a reported $342,000 in labour savings and 2,964 hours saved from manual progress-tracking work. The company says its technology is currently used by 16 of ENR’s Top 30 contractors.
Bentley Systems has announced the winners of its 2026 Year in Infrastructure Awards, recognizing innovative infrastructure projects using digital technology, artificial intelligence and connected data to improve how infrastructure is designed, built and operated. More than 300 projects from organizations in 53 countries were nominated, with winners selected across 12 categories during Bentley Systems’ Year in Infrastructure event in Singapore. Award-winning projects span construction, bridges and tunnels, rail and transit, roads and highways, energy, water and wastewater, structural engineering, geospatial modeling and project delivery. Bentley highlighted a growing shift beyond traditional workflow digitalization toward AI-enabled infrastructure engineering, where connected data, digital twins and open software ecosystems help professionals solve increasingly complex challenges faster. Winners included Wills Bros for Dublin Port construction, APD Global for AI-driven renewable energy delivery, Pinnacle Future Build for a digital twin campus, and Evides for operational water distribution digital twins at scale. Bentley also presented 17 Founders’ Honors recognizing outstanding applications of AI, digital twins, connected data, sustainability, resilient infrastructure, construction engineering and design optimization worldwide.
Stratus has introduced two new capabilities designed to streamline electrical prefabrication by reducing manual data entry and connecting digital workflows from design through fabrication. New Order Forms allow electrical contractors to turn field requests for non-modeled work—including conduit bends, trapezes and standardized catalog items—into tracked work orders within Stratus, where they can be planned alongside model-based fabrication. A new Crippa integration sends modeled conduit bend data directly between Stratus and Crippa bending equipment, eliminating an additional manual step between fabrication planning and production. Stratus says the combined capabilities bring more electrical work into a structured, trackable digital workflow spanning design, shop fabrication, shipping, logistics and field installation. Houle Electric Limited, which has implemented the Crippa integration, says connecting design data, fabrication planning and automated production equipment can reduce unnecessary manual processes and improve consistency.
Kantiv has launched Kantiv Agents, a suite of AI agents designed to help AEC marketing and proposal teams turn institutional knowledge into actionable intelligence throughout the pursuit lifecycle. The platform introduces three agent groups: Data Agents organize project history, personnel expertise and proposal knowledge; Brand Agents review submissions for brand, style and image compliance; and Insights Agents analyze pursuit history and client information to support strategic decisions. Planned capabilities include Go/No-Go and Win Theme Agents. Kantiv says each agent interaction contributes to an AEC knowledge graph, allowing accumulated project, client and pursuit information to become more useful over time. By automating production-oriented tasks such as data management and compliance reviews, the company aims to give proposal managers more capacity for pursuit strategy, client intelligence and revenue-focused decisions. Kantiv positions the technology around a shift in AEC marketing where AI makes polished proposal production easier, increasing the importance of differentiated client intelligence, institutional knowledge and consistent branding.
JobSight360 has launched a project-wide cost and pricing report designed to integrate with its recently released pay app automation system, connecting construction financial data directly to the billing process. The new reporting engine consolidates project costs including labor, materials, equipment, change orders and progress billing into a unified, exportable view, with verified cost data feeding directly into automated pay application generation. JobSight360 says the combined capabilities are designed to reduce manual data entry, reconciliation, billing errors and administrative work for contractors, subcontractors and project managers. Each billed item can also be traced back to its source, providing greater transparency and supporting audit requirements. By linking real-time project cost visibility with pay app automation, the platform aims to create a more streamlined workflow from project financial tracking through progress billing. The new cost reporting and automated billing capabilities are available immediately to JobSight360 customers as part of the company’s construction project management and field operations platform.
A Caterpillar site conducting approximately 500 safety inspections each month reduced inspection documentation, filing and reporting time by about 76% after implementing Smart Safety Pro, according to a case study, cutting monthly administrative time from nearly 69 hours to less than 17. The digital safety inspection software centralizes inspection records, project information and reporting while allowing administrators to configure forms, recurring inspections, user responsibilities and task prerequisites around Caterpillar’s existing safety processes. Across the operations described in the case study, more than 600 projects can be active with over 6,000 daily, weekly, onboarding and closeout actions requiring oversight. Smart Safety Pro can prevent subsequent activities from becoming available until required preceding safety steps are completed, helping teams control workflow dependencies rather than simply document them. The platform also supports offline inspections that synchronize when connectivity returns. The case study estimates that comparable savings across 65 key Caterpillar locations could potentially reduce administrative work by approximately 3,380 hours per month.
CyberTwin has partnered with MultiSet AI to add visual positioning to its industrial digital twin platform, connecting remote facility training, inspection and planning with on-site navigation and procedural guidance. MultiSet AI’s technology provides sub-5cm median positioning accuracy and six degrees of freedom (6-DoF), allowing instructions and augmented reality content to be anchored to specific equipment rather than a general location. Teams can explore a CyberTwin remotely through a browser or VR and then use the same digital twin on a phone or headset to navigate a physical facility, follow routes and complete step-by-step procedures. CyberTwin can also integrate with IT and operational technology systems to display equipment status, alarms and maintenance history at the corresponding physical asset. The combined solution works with existing 360-degree, LiDAR, drone, phone and CAD/BIM data without requiring a new facility capture.
Graphisoft has introduced its 2026 product portfolio, expanding Archicad and its broader BIM ecosystem with new AI-assisted capabilities for architecture, engineering and construction teams. Built around Graphisoft’s Design Intelligence Strategy, the portfolio includes planned Model Context Protocol (MCP) connectivity, an enhanced AI Assistant and AI Visualizer, along with improvements to Archicad covering usability, documentation, project data, visualization and collaboration. Graphisoft is also advancing MEP Designer and DDScad, while expanding MEP Designer into more than 40 additional markets. Upcoming ecosystem capabilities include early access to Nemetschek Creator, which connects early-stage design, sustainability and feasibility analysis with Archicad BIM workflows, plus the Open Collaboration Platform and Maxon Redshift visualization. Graphisoft is also introducing Archicad Max, a new subscription option for data- and AI-driven practices seeking broader access to advanced design intelligence, visualization and connected technologies across the Graphisoft and Nemetschek ecosystems. Product features, availability and subscription packaging may vary by region.
DEWALT’s DALE autonomous drilling robot, developed with August Robotics, has been named a winner in Fast Company’s 2026 Next Big Things in Tech Awards as the company expands construction automation for large-scale data centre projects. Designed as a fleet-capable downward drilling robot, DALE automates high-volume concrete drilling for applications including server rack stops and MEP supports. According to DEWALT, pilot deployments achieved drilling speeds up to 10 times faster than conventional methods, delivered more than 99% accuracy across over 385,000 holes and helped reduce construction schedules by more than 300 weeks across 44 phases of data centre construction. The robot incorporates remote monitoring, fast-swap batteries, automatic dust extraction and AI-driven quality assurance to support continuous drilling and prepare areas for subsequent MEP installation. Built on August Robotics’ autonomous mobile robotics platform, DALE is designed to increase drilling productivity while improving consistency, safety and operational efficiency as contractors respond to accelerating data centre construction demand.
Human Friendly Robotics (HFR) has signed a three-year, $4 million robotic flooring installation agreement with commercial subcontractor Flooring Concepts of NJ, bringing HFR’s Tyler autonomous tiling robots to projects across New York, New Jersey, Pennsylvania and the greater New York City area. The contracted capacity is expected to represent at least 15% to 40% of Flooring Concepts’ LVT tiling work over the next three years. HFR says Tyler can help skilled flooring installers complete work up to eight times faster by automating repetitive tile placement while workers remain responsible for cuts, edges, finishing and quality control. The robotics-as-a-service model allows Flooring Concepts to pay per square foot installed rather than purchase the equipment, helping the contractor expand installation capacity without significant equipment capital costs. HFR positions Tyler as a workforce-assistance technology designed to address labour constraints, improve scheduling and reduce the repetitive kneeling, bending and lifting associated with flooring installation. Tyler robots have already been deployed on dozens of jobsites, according to HFR.
The University of Stuttgart is launching two research projects exploring autonomous robot teams for construction sites, with the SCALAR and COBRAS projects each receiving approximately €4 million through the European Innovation Council’s EIC Pathfinder Challenge. Beginning in November 2026, the three-year projects will investigate how multi-robot systems can improve construction productivity, sustainability and resource efficiency. SCALAR focuses on modular timber construction, combining retrofitted cranes for transport and rough positioning with mobile robots performing precision assembly. The construction process will be digitally simulated before work begins, while real-time control systems coordinate robots and site safety. COBRAS takes a different approach, developing electrically powered mobile robot swarms that autonomously coordinate the assembly and disassembly of lightweight space-frame structures using swarm intelligence without centralized control. Researchers also aim to optimize these structures for lower material consumption, disassembly and component reuse. Both projects integrate architecture, engineering, robotics, computer science, materials and digital planning to investigate new approaches to automated and circular construction.
Autodesk has named Diana Colella executive vice president of its architecture, engineering and construction (AEC) business, succeeding Amy Bunszel, who will remain with the company through November 2, 2026, to support the transition. Colella will lead Autodesk’s largest industry business as the company expands Autodesk Forma, its AEC industry cloud, and advances AI-enabled workflows across the project lifecycle. Her responsibilities include progressing the Forma strategy while continuing to evolve established Autodesk products including Revit and Civil 3D and connecting them more closely with Forma workflows. Autodesk aims to combine project data and context across design, construction and operations to make AI more useful for AEC professionals and support better-informed decisions. Colella brings nearly three decades of Autodesk leadership experience across finance, strategy, sales, operations, product management and industry leadership. Most recently, she led the AI transformation of Autodesk’s Media & Entertainment business and its Flow platform strategy.
