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New field-first solution connects reality capture to execution, helping contractors move faster, reduce rework and manage risk on concrete-intensive projects.
OpenSpace Field connects reality capture to execution for greater efficiency and operational enhancements. Image courtesy of OpenSpace.
Contractors are under increasing pressure to do more with less – less labour, less tolerance for rework and less time to resolve issues once work is in place. However, OpenSpace is aiming to address that reality with the general availability of OpenSpace Field, a new mobile, image-based solution designed to bring visual intelligence directly into day-to-day field execution.
Announced February 3, 2026, OpenSpace Field represents a significant expansion of the OpenSpace platform. Long known as a system of visual record, OpenSpace is now positioning itself as a system of visual action, connecting reality captured on site directly into the workflows that drive project delivery. And rather than replacing existing project management tools, OpenSpace Field integrates tightly with platforms many contractors already use, including Procore and Autodesk Construction Cloud (ACC).
Turning field data into action, while work is still moving
At its core, OpenSpace Field is built for how construction teams actually work in the field. Using a smartphone-first workflow, site teams can create punch list items, observations and issues in real time during site walks without waiting until the end of the day or re-entering information back at the office. And every task is grounded in visual and spatial context, helping ensure issues are clearly understood, properly assigned and actually resolved.
“The field is the most underutilized source of data in construction, and it’s where projects are truly won or lost,” said Jeevan Kalanithi, Co-Founder and CEO of OpenSpace. “OpenSpace Field puts the intelligence of the jobsite at the centre of project execution, turning reality data into actionable insight that connects field and office. By making field data visible, connected and easy to act on, teams can move faster, reduce risk and drive better outcomes across the project.”
For contractors working on concrete-heavy scopes where embeds, formwork, rebar and inspections leave little margin for error, the shift from documentation to execution is set to be particularly meaningful.
Spatial AI enables faster, more precise issue tracking
A key differentiator of OpenSpace Field is its use of Spatial AI. One standout capability is AI Autolocation, which automatically identifies and tags where an issue occurred on site without manual pinning or additional hardware. The technology effectively enables indoor location awareness in real time, addressing an ongoing challenge on complex projects.
AI Voice Notes further reduce friction in the field by allowing hands-free issue capture. More than simple transcription, the tool interprets natural language, fills out form fields and helps ensure issues are captured completely and consistently.
An enhanced camera experience and AI-powered Media Library round out the release, making it easier to capture, organize and retrieve jobsite imagery. And an AI search, tuned specifically for construction, allows teams to quickly find images based on keywords or context.
Early results show meaningful time savings
Early access users are already reporting tangible gains, including T&H Investments, which has stated that OpenSpace Field has reshaped its quality control and inspection process.
“What used to take 3 to 4 hours now takes 30 minutes, and issues no longer get missed or ignored,” says Zach Shirley, the company’s Senior Construction Project Manager. “With every item documented by photo and exact location, our subcontractors know exactly what to fix, and we can clearly verify it was done. The result is not just speed. It is work that actually gets done.”
A practical fit for contractors
By focusing on high-adoption capture through smartphones and integrating directly with systems of record, OpenSpace is positioning the product as a practical, low-friction way for contractors to improve coordination, reduce rework and keep concrete-intensive projects moving forward, without slowing the job down.