Is 360-Degree Recording Necessary for On-Site Progress Management? 6 Key Points to Avoid Failure

Have you ever been troubled later by missing site photos? Each time you travel to check a remote site, don't you feel there must be a way to make it more efficient?

One increasingly noted solution to these issues in recent years is 360-degree recording. Because a 360-degree camera captures the entire surroundings at once, it can prevent missed shots and is expected to be useful for remote progress checks. Accurate recording of work status and smooth information sharing are indispensable for on-site progress management. Especially in fields like construction and civil engineering, it is necessary to document construction processes with photos and videos and share them among stakeholders, and using 360-degree recording can dramatically streamline this process. In addition, with the urgent need to respond to the 2024 issue (caps on working hours), 360-degree recording has attracted attention as a productivity improvement measure.

However, when introducing new technology, many people worry, “Is it really necessary?” and “Can we use it effectively?” Indeed, simply introducing a 360-degree camera may not always produce sufficient effects. If appropriate operating methods and environments are not in place, the potential of 360-degree recording cannot be realized. In fact, there are reports that 360-degree cameras were introduced but “weren’t used at all on site because people couldn’t master them.” To avoid such unfortunate outcomes, preparation and operational ingenuity are essential.

This article examines the role and necessity of 360-degree recording in on-site progress management. It then explains in detail six points to avoid failure during implementation. Based on the advantages and cautions of 360-degree recording, we provide hints for promoting on-site DX (digital transformation) and reliably achieving results.

Table of Contents

• Implementation Point 1: Clarify the purpose and goals of introduction

• Implementation Point 2: Select 360-degree cameras and tools suited to the site

• Implementation Point 3: Decide and standardize shooting rules and frequency

• Implementation Point 4: Establish methods for data management

• Implementation Point 5: Train on-site staff and reduce their burden

• Implementation Point 6: Validate effects with small-scale introduction and expand step by step

• Summary

Implementation Point 1: Clarify the purpose and goals of introduction

First, make clear why you are introducing 360-degree recording—its purpose and goals. If the purpose is unclear, the introduction may become a white elephant that is not used on site. Identify the issues in on-site progress management and concretely verbalize “what problems do we want to solve?” and “what do we want to achieve with 360-degree recording?”

For example, in conventional photo management, missing shots (forgetting to capture required angles) may have been common, or organizing multiple photos may have been time-consuming. By using a 360-degree camera, you can record the entire site in a single shot, which is expected to prevent omissions and streamline photo organization. If there is a need to check sites remotely, sharing 360-degree images via the cloud can reduce travel costs and enable faster information sharing. Furthermore, for reports to clients (project owners) or partner companies, 360-degree images provide immersive visual materials that intuitively convey site conditions that are difficult to express with text or ordinary photos.

Clarify how 360-degree recording can contribute to the challenges your sites face. It is also important to estimate as quantitatively as possible the effects achieved by the introduction (for example, “reduce patrol work by 20 hours per month,” “shorten report preparation time by 30%,” etc.). Setting target values enables post-introduction effect measurement and provides material for judging return on investment (ROI).

Approaching the introduction with clear purpose makes it easier to gain internal understanding. From site personnel to management, share “why 360-degree recording is necessary” and “what will improve with its introduction,” so everyone can aim for the same goal—this is the first step to success.

Implementation Point 2: Select 360-degree cameras and tools suited to the site

Next, choose 360-degree camera hardware and related tools that fit the site environment and intended use. There are various 360-degree cameras on the market, but selecting for on-site use requires perspectives different from consumer models, such as robustness and operability.

For example, on construction sites where dust and rain exposure are likely, a camera with high dust and water resistance is desirable (as a guideline, IP65-equivalent dust and water protection provides peace of mind). Also, consider models with excellent shock resistance given the risk of falls from height or equipment tip-over. If shooting at night or in dark places is necessary, choose models strong in low-light shooting (equipped with high-sensitivity sensors or infrared support).

Image quality and battery life are also important. Progress management requires resolution that allows checking details, so models capable of shooting in high resolution—typically 4K or higher—are common. At the same time, confirm battery life so the camera can be used for long periods on site. Frequent charging during shooting interrupts work.

Operability cannot be ignored. Site workers often wear gloves, so simple one-touch shooting or remote operation via smartphone is convenient. Confirm whether staff who handle a 360-degree camera for the first time can use it intuitively during selection.

Also consider software and cloud services for managing and sharing captured 360-degree images. There are cloud platforms provided by camera manufacturers and third-party site management services. Consider compatibility with your IT environment and other systems (for example, construction management software or drawing management systems) to choose the best combination.

By selecting equipment and tools that fit your site environment and operational structure, you can reduce post-introduction troubles and enable smooth utilization. Think about actual usage scenarios and assemble the optimal set, not just based on performance.

Implementation Point 3: Decide and standardize shooting rules and frequency

After introducing 360-degree cameras, it is important to clearly define and standardize rules for when, where, and how to shoot. If these are ambiguous, operations will vary by site and person in charge, resulting in missing crucial records or an excess of unnecessary shots that flood your data.

First, for “when to shoot,” set an appropriate frequency according to the purpose of progress management. For example, shooting at the completion of key construction stages or for weekly/monthly regular reports are possible timings. In large projects, some examples show daily shooting for each area to accumulate records and visualize progress. Consider a frequency that fits your workflow and is realistic.

Next, for “where to shoot,” decide in advance which locations and angles will comprehensively cover the situation. It is effective to set fixed points for each floor of a building or select representative locations for each work area. Continuously shooting the same fixed points makes it easier to track changes over time. Marking shooting points on drawings and sharing them reduces omissions regardless of who shoots.

Also standardize “how to shoot.” For example, decide camera height (such as the fixed tripod height) and settings (resolution and whether to use HDR) to obtain consistent image quality. Include pre- and post-shooting procedures (for example, cleaning the camera lens, noting shooting date/time and location) and create a simple manual so site workers can act without confusion.

Compile these shooting rules into documents or checklists and disseminate them so anyone on site can follow the same procedure. Standardized operations aim to ensure “the same quality and content of records are maintained no matter who shoots and when.” Achieving this makes it easier to compare and verify progress and trace causes when problems arise, maximizing the value of 360-degree recording.

Implementation Point 4: Establish methods for data management

Preparing data management methods for captured 360-degree data in advance is also key to successful introduction. High-resolution 360-degree images and videos have large file sizes, and as shooting volume increases, the burden of data management grows. Carrying USB sticks per site or saving to personal PCs may lead to situations where data cannot be found or shared when needed.

Therefore, utilize cloud storage or dedicated management systems to build a centralized data management mechanism. Upload to the cloud promptly after shooting and organize by project and shooting date with folder structures and tags so the necessary records can be easily searched later. Creating a shared environment accessible in real time by all stakeholders enables remote members to confirm the latest progress.

Deciding what to keep is also important. Saving everything will consume capacity and complicate management, so set rules to retain only necessary data. For example, delete failed photos (blurred or poorly exposed) as they occur, and for daily fixed-point shoots, keep highlights after major stage completion. Schedule regular cleanup time to prevent data from scattering.

Do not overlook security and backup. When using cloud services, implement information leakage countermeasures such as access control settings and data encryption. Consider keeping local backups of important data in case of server failures.

By setting up a data management system, you can accumulate captured 360-degree records in a usable form. Records that merely pile up are meaningless. Only when the right people can use the data immediately when needed does it become an effective data asset that contributes to on-site progress management.

Implementation Point 5: Train on-site staff and reduce their burden

To embed new technology on site, educating staff and reducing operational burden are indispensable. No matter how excellent a tool is, it will be wasted if the people who actually use it cannot master it, and if operations are complicated, on-site staff will avoid it.

First, conduct training for on-site staff at the time of introduction. Have them practice everything from basic 360-degree camera operation to the shooting rules mentioned earlier and data upload methods. New users may feel confused at first, but hands-on experience reduces resistance. If possible, prepare demo units so trainees can experience the complete flow from shooting to sharing during training.

Provide manuals or simple operation guides and distribute them on site. Having a reference available at any time helps staff use the system with confidence. Also establish a support structure so questions and problems on site can be addressed promptly. For example, in the initial stage, connect directly to the headquarters’ DX promotion team or the vendor’s support desk to ensure follow-up when issues arise.

Next, consider how to avoid adding extra work to site workflows. The standardized procedures decided in Point 3 should be concise, and equipment and software selection should prioritize ease of operation. For example, using a system that automatically uploads to the cloud with a single press of the shooting button eliminates the need to import to a PC and repeats of manual steps. Devise the system so additional tasks for site staff are minimized wherever possible.

Also important is listening to feedback from the field and incorporating it. Some veteran workers may be uncomfortable with new IT devices; in such cases, respect their long-standing expertise and provide technology in an easy-to-use form. If complaints arise—such as “it’s hard to upload after work every day”—consider revising the operational rules. 360-degree recording will only take root if the system can be continued without burden on site. Pursue user-friendly operations to avoid a token implementation.

Implementation Point 6: Validate effects with small-scale introduction and expand step by step

Finally, rather than rolling out company- or site-wide at once, we recommend conducting a trial introduction within a small scope to validate effects and then expanding step by step. New initiatives do not always succeed perfectly from the start. First, try a trial on a limited project or site and grasp actual effects and issues.

For example, operate 360-degree recording on one site or in one department for about six months. Measure quantitative effects such as “reduced time for progress reporting by X%” or “reduced frequency of site patrols.” At the same time, identify issues from the field such as “data organization took longer than expected” or “shooting was difficult in some processes.”

Analyze both achievements and issues, share know-how internally, and apply lessons to the next step. Deploy to other sites where effects were confirmed, and address issues before scaling where problems were found. By starting small and steadily improving, you can avoid major failures and achieve overall optimization.

During the trial, it is also effective to present results to management and other departments. Demonstrating “this site achieved these results by introducing 360-degree recording” makes it easier to gain internal understanding and cooperation. Cultivate an organizational atmosphere that embraces the initiative beyond just site staff, and then transition confidently to full-scale introduction.

By scaling up step by step in this way, you can avoid wasting initial investment and achieve a cost-effective rollout. Accumulating small successes and linking them to larger successes is ultimately the shortcut to a “failure-free introduction.”

Summary

360-degree recording can be an extremely useful tool for on-site progress management. Images that capture the entire site at once can record details that conventional photos may miss and can be shared with all stakeholders. As a result, it brings many benefits such as reduced travel time, prevention of communication loss, and evidence of construction quality. In the event of trouble or rework, 360-degree records allow detailed review of the situation at the time, aiding root cause analysis and alignment among stakeholders. With current labor shortages and work-style reforms, the importance of 360-degree recording—allowing remote site management and support—is only expected to grow.

However, it is important to note that it is not a magic wand that will solve everything immediately upon introduction. As explained in this article, clear purpose setting, appropriate equipment selection, formulation of operating rules, data management, consideration for people, and phased deployment—these preparations and measures are what enable 360-degree recording to demonstrate its true value. Conversely, neglecting these elements can lead to failures such as “introduced but not used” or “increased workload.”

Start by accumulating small successes while gaining internal understanding and expanding the use of 360-degree recording. As site visualization and information sharing progress, progress status that previously required site visits can be grasped from the office or remote locations. This enables faster decision-making and problem detection and improves the overall quality of site management.

Also, paying attention to advanced utilization of location information alongside 360-degree recording can further evolve site management. For example, using the high-precision GNSS positioning device “LRTK” that can be attached to an iPhone makes it possible to add centimeter-level accurate position coordinates (cm level accuracy (half-inch accuracy)) to photos and survey data obtained on site. Combining position information obtained by LRTK with images taken by a 360-degree camera allows you to accurately determine “where the photo was taken” on a map. This is very useful when searching records later or comparing progress against drawings or BIM models. Combining 360-degree visual data with high-precision location data will dramatically improve situational awareness and management accuracy on site.

Introducing 360-degree recording is not an easy path, but when properly implemented it can bring major transformation to on-site operations. Please use the six points in this article as a reference to minimize the risk of failure while promoting on-site DX. Active use of such digital technologies will help strengthen on-site capabilities and enhance future competitiveness. The accumulation of these efforts forms the foundation for building strong sites. Use 360-degree recording and other digital technologies wisely to establish an efficient and resilient on-site progress management system.