Single source of truth
One canonical record of every parcel, code edition, and storm event — yours alone, on owned infrastructure that doesn’t share your data with third-party AI vendors.
About
SkyCanvass is the operating system for storm-restoration contractors who treat documentation as an asset, not paperwork.
Insurance restoration contractors live between three sources of truth that don't talk to each other: building codes adopted by local jurisdictions, storm history measured by NOAA and NEXRAD, and parcel records held by county assessors. Stitching them together for one address takes hours of work that ends up in a PDF nobody can audit.
SkyCanvass collapses those three feeds into one continuously-updated record and generates audit-grade documentation in seconds. Contractors arrive at the inspection with the same primary-source references everyone else uses — both sides reading from the same record, not arguing about whose record is right.
One canonical record of every parcel, code edition, and storm event — yours alone, on owned infrastructure that doesn’t share your data with third-party AI vendors.
Building codes appear as verbatim quotes from the official source — never paraphrased, never summarized. Every citation links back to the publication, edition, and section it came from.
Founders work in the storm-restoration industry. Every feature has a contractor, a supplement writer, or an estimator behind it.
The team
SkyCanvass is operated by Onyx, Inc. Founder Griffin Long has been working on storm-damage restoration and roofing documentation since the 2018 Florida season. The platform covers every state plus DC — 3,500+ state, county, and city code pages, parcel records, and the storm history behind each one — all on owned infrastructure.
Storm-restoration operator. Stitched code, storm, and parcel data by hand on real estimates for years before building it as a platform.
Domain lead on supplement language, code citations, and the documentation discipline that holds up under scrutiny.
Open the product, run an address, and see every layer that comes back.