Expanding Inspection Functions in Photoruction Build
Photoruction, a company dedicated to making the construction industry as smart as possible, has recently announced an enhancement of inspection functionalities within its construction production support cloud, Photoruction Build. This upgrade aims to streamline the recording of inspection data for corrective actions and reporting in the construction sector.
This latest update allows users to compile photographs for each inspection pin directly from construction drawings, automatically generating a photo ledger that includes the precise location where images were taken. Additionally, users can select from multiple inspection sheets categorized by floor or unit, creating corrective action reports that are organized by subcontractor. With this functionality, the platform supports various inspection types, including rebar inspections, interior checks, and final inspections, aligning processes with diverse operational needs.
Background
Enhancing Records for Better Follow-up
In inspection duties, it is crucial to verify compliance with specifications and standards while also documenting observations, subsequent reviews, and reporting to stakeholders. Thus, having a complete understanding of which areas were examined, what issues were noted, and how they were addressed is essential. Photoruction delivers an organized system where drawings, photographs, and inspection results connect, enabling users to leverage field data for future operations.
Functionality Overview
1.
On-Site Inspection with References: Users can inspect locations on drawings while cross-referencing vital information from checklists. The application allows for including files like construction manuals and specifications by registering these documents on the web, enabling instant access to necessary data, such as regulatory values and specifications during inspections.
2.
Records with Visual Aids: Inspection results can be logged in checklists while accompanying observations are captured via photographs or comments. This feature supports both individual operations for each item and bulk processing of verified results, adapting to various project demands. When capturing photos, users can also use annotation tools to place numbered markers, clearly indicating areas of concern.
3.
Comparative Analysis of Corrections: Users can document the state before and after corrections at the same inspection site, allowing for straightforward verification and sharing of corrective measures. The platform displays an overview of the inspection sheets, showing the number of items inspected and completed, providing real-time progress tracking on overall inspections.
4.
Comprehensive Reporting: The photos captured during inspection are compiled on a photographic ledger categorized by inspection pins located on drawings. Users can easily track the progression of corrections by viewing the “before and after” situations, corresponding with the construction phases of pre, during, and post-work. Additionally, it allows for generating corrective documents grouped by subcontractors, making it easier to aggregate and report findings across floors or entire buildings.
Conclusion
Photoruction remains committed to evolving functionality to bridge onsite information with future confirmations and decisions. From inspections to corrective actions and reporting, the newest features in Photoruction Build aim to streamline construction operations while enhancing quality management processes.
About Photoruction Build
Photoruction Build is a construction production support SaaS tailored for construction managers, consolidating vital project information such as construction images, drawings, inspection data, documents, timelines, and BIM on a cloud platform. Additionally, it provides construction BPO services, focusing on supporting project planning and inspection prep specific to the construction industry.
For more information, visit:
Photoruction Website
About Photoruction Inc.
Founded with the mission to make the world of construction as smart as possible, Photoruction Inc. offers the Photoruction cloud service and a unique development partnership service focusing on construction tech, AI, and design. The company combines its expertise in AI, data infrastructure, operational workflows, UI/UX design, and BIM to provide technologies that support the growth of the construction industry.
Executive: Takaharu Nakajima
Headquarters: 4F SG Terrace, 7-9-5 Nishi-Gotanda, Shinagawa-ku, Tokyo
Established: March 14, 2016
Capital: ¥625 million
For corporate information, visit:
Corporate Website