Kartorium

Browser-based digital twin platform for sharing reality-capture data on industrial and utility infrastructure

Kartorium is a cloud platform that hosts point clouds, orthomosaics, elevation models, mesh files, and 360-degree imagery (including Matterport scans) produced by drone LiDAR, photogrammetry, and laser scanning inside a browser-based interactive 3D "virtual twin," letting non-technical utility, municipal, and industrial staff view, share, and manage geolocated asset data without specialized 3D software.

Approximately $220K total (exact breakdown not fully disclosed). Investors/programs cited across sources include Techstars (Fall 2025 accelerator cohort), Tiaga VC, Launch Alaska, the 49th State Angel Fund, gBETA, the Alaska Angel Conference, and a University of Alaska Anchorage College of Business and Public Policy program; LinkedIn separately records 3 total funding rounds, the most recent an angel round of $105K closed June 2022. raisedEarly Stage

Founded 2019 · Customer count not publicly disclosed. Company is a very small team (2-10 employees per LinkedIn/org-chart listings) that has raised only ~$220K to date despite being founded in 2019, and joined the Techstars Fall 2025 accelerator cohort - indicating an early commercial stage despite its founding year. The most substantiated public deployment is the "Alaska Energyshed" renewable-energy assessment project with Kotzebue Electric Association and the Alaska Center for Energy & Power (ACEP), where Kartorium's platform was paired with Starlink satellite internet to capture and upload site data from an islanded electrical grid in remote Alaska. No other named customers or case studies were found.

Website →← All Tools

WHY IT EXISTS

Why This Tool Exists

The Problem

Utilities, municipalities, and industrial operators that commission drone LiDAR, photogrammetry, laser scanning, or Matterport surveys often end up with large, specialist-only point-cloud and mesh files. Non-technical staff, remote field crews, and outside partners struggle to view, share, or act on that captured site data - a problem compounded in remote locations (e.g., rural Alaska utility infrastructure) with limited connectivity and no dedicated 3D-software expertise.

The Solution

Kartorium hosts processed reality-capture outputs (point clouds, orthomosaics, elevation models, mesh files, 360-degree/Matterport scans) alongside GIS layers, documents, images, and geolocated asset records in a browser-based 3D "Builder" scene that non-technical users can navigate without installing specialized software, plus an offline-capable field app for capturing new asset data in low-connectivity locations.

USAGE

How You Use It

Delivery Method

SaaSWeb AppMobile/Field App

Integrations

Not publicly specified - a scoped "Client API" (docs.kartorium.com) allows reading/updating Builder projects, scenes, features, and map data for custom integrations, but no named third-party software integrations (e.g., Procore, Esri/ArcGIS, Autodesk) were found on public sources

Disciplines

Construction, Civil Engineering, Facility Management

Workflows

Data & Automation, Operations & Facility Management

Project Phases

Construction Administration, Operations/FM

Project Types

Infrastructure, Industrial

TRANSPARENCY

Data Transparency

Exactly what this tool uses and how

Input

What it needs

Required:Reality-capture data (drone LiDAR, photogrammetry, or laser-scan point clouds), Asset location/geolocation data

Optional:360-degree imagery and Matterport scans, GIS layers, Orthomosaics and elevation models, Field-captured photos, videos, and documents

Formats:Point clouds, Mesh files, Orthomosaics, Digital elevation models, 360-degree/Matterport scans, GIS layers, Images, Video, Documents

Output

What you get

Format:Browser-based interactive 3D "virtual twin" combining maps, 3D models, imagery, and documents

Fields:Geolocated asset inventory, 3D scenes/virtual walkthroughs, Hosted orthomosaics, elevation models, point clouds, and mesh files, AI-search results over twin/asset data (per vendor marketing; mechanism not detailed)

Algorithm

How it works

Model:Not publicly specified - the platform is primarily a hosting/visualization layer for externally processed reality-capture data (point clouds, meshes, orthomosaics); vendor marketing also references an "AI search" feature to "surface answers instantly," but no model architecture or methodology is disclosed

Accuracy:Not publicly specified - no accuracy or benchmark data published for data hosting/visualization or the AI-search feature

Privacy

How your data is protected

Retention:Not publicly specified - no privacy policy content was accessible via public search sources

Training:Not publicly specified

Compliance:Vendor marketing states its Enterprise Tier can include SSO and "SOC II" as configurable options for clients with compliance needs, but no independently verified SOC 2 report, ISO 27001 certification, or other third-party attestation was found

API

Integration

Endpoint:

Client API for reading/updating Builder projects, scenes, features, and map data (documented at docs.kartorium.com); no public base URL or full endpoint reference disclosed

Method:Not publicly specified

USE CASES

Use Cases

·Creating browser-based interactive 3D digital twins of industrial facilities, utility infrastructure, or job sites from drone/LiDAR/photogrammetry/Matterport captures
·Centralizing and geolocating asset inventories for utilities, municipalities, and industrial operators
·Remote, offline-capable field data capture for site documentation in low-connectivity locations
·Renewable-energy and infrastructure planning assessments (e.g., the Alaska Energyshed project with Kotzebue Electric Association and the Alaska Center for Energy & Power)
·Sharing reality-capture outputs (point clouds, orthomosaics, elevation models, mesh files) with clients and team members through a browser, without dedicated 3D software

PRICING

Pricing

Free

Not publicly specified - no self-serve free tier or public pricing was found

Pro

Not publicly specified - no named mid-tier plan or pricing figures were found beyond the existence of an Enterprise Tier

Enterprise

Enterprise Tier: described by the vendor as a tailored plan with custom hosting/VPC, SSO, a "SOC II" option, and premium support with dedicated channels and faster response times; no published price

Website →

Research Sources & Data QualityLast verified: 2026-07-17

Data Sources (16)

Verified Data (11)

problem, solution, deliveryMethod, yearFounded, founders, headquarters, fundingTotal (approximate, multi-source), employeeCount, notable-project (Alaska Energyshed with Kotzebue Electric Association/ACEP), api-existence-and-auth-method (scoped API keys), product-feature-names (Builder, Asset Manager, Dashboard, Models)

Not Found (7)

exact pricing tiers/figures, named third-party software integrations, privacy policy content/data retention specifics, independently verified SOC 2/ISO certification, algorithm/AI-search model architecture, accuracy or benchmark data, named customer list beyond the Kotzebue/ACEP project

Our Commitment: We only include verified data from official sources. If information isn't publicly available, we mark it as "Not publicly specified" rather than guessing.

ALTERNATIVES

Similar Tools

🌱

2050 Materials

Data & Automation

Digital information and research platform for the AEC industry to explore, compare and source sustainable building materials with comprehensive sustainability data.

Integrate real-time data on building material climate impacts with API-first solution. Access the industry's largest, highest-quality sustainability database for immediate embodied carbon calculations.

AI platform that transforms natural language questions into interactive maps, charts, and spatial analysis for urban planning and site selection without requiring GIS or coding skills.

View Details →