Aarivix

It is pretty cool how Aarivix handles site data. You can use a drone or a 360 camera, which is flexible. The way it locks captures to your design plan is smart. I like that it creates a single shared coordinate frame. This means every bench and surface is compared easily. The automated calculations for volumes and levels are a big help. You get signed figures with tolerance bands, so you know exactly how far something moved. It is good to see that data is encrypted both in transit and at rest. The fact that you can get a report in about four hours is fast. This seems like a solid tool for keeping track of progress without guessing. The audit trail is useful for payment reports too. It feels like a modern way to handle site surveys.

The hardware-agnostic capability ensures flexibility, while the four-hour turnaround from capture to aligned model provides rapid, consistent data for project stakeholders.

Aarivix delivers precise, survey-grade reality models that align perfectly with design plans. The ability to flag deviations automatically gives developers a reliable source of truth, eliminating guesswork between site visits and streamlining milestone reporting effectively.

Aarivix appears to function as a platform that converts site captures into measured reality models aligned with design plans. The process involves capturing the site via drone or 360 camera, aligning the data to the design, and flagging deviations. The system supports IFC, DWG, and design surfaces for alignment, suggesting compatibility with standard industry formats. Reports can include cut/fill volumes, level checks, and a full audit trail, which are generated roughly four hours after capture. The data is encrypted and access is role-based, ensuring that the record remains secure. This seems suitable for tracking project milestones and verifying progress against the original plan without requiring constant physical presence on site.

From the information available, Aarivix offers a compelling solution for project managers and developers who want to eliminate guesswork. The platform turns site captures into a measured reality model, which seems like a robust way to keep everyone aligned. I appreciate that you can use either a drone for open ground or a 360 camera for interiors, as this hardware-agnostic approach fits many sites. The ability to lock captures to your as-designed plan in a single shared coordinate frame is particularly useful. It allows for like-for-like comparisons of benches and structures. The automated calculation of volumes, levels, and deviations with signed figures provides clear data for progress reports. Having one objective source of truth that the PMC and contractor can all work from would likely reduce disputes. The encryption of data in transit and at rest adds a layer of security that is reassuring for proprietary project details. Overall, the workflow of capture, align, and flag seems efficient enough to replace manual surveys.