AutoModality - fully-autonomous UAV software solutions.

Time 2021-11-11 07:08:03

Web Name: AutoModality - fully-autonomous UAV software solutions.

WebSite: http://www.automodality.com

ID:228095

Keywords:

autonomous,fully,AutoModality,solutions,software,UAV,drone,software,autonomous,p

Description:

keywords:drone, software, autonomous, perceptive navigation, perspective navigation
description:AutoModality is the global leader in advanced UAV flight control software for use in infrastructure inspection, including bridges, culverts, rolling-stock and cell towers.Our technology enables the autonomous operation of advanced drones in close proximity to valuable industrial assets to capture high-resolution, precisely localized visual data at the simple touch of a button.
SIGN UP FOR TRIAL 01 Transportation Transportation includes numerous fixed assets requiring survey and monitoring services including bridges, tunnels and highway and interchange systems. AutoModality’s transportation vertical will concentrate its efforts on a survey and monitoring service set to directly address the requirements of this huge industrial sector. Transportation has a vast array of mission profiles, combining aspects of other industry verticals in which AutoModality specializes. Some of these profiles include construction survey and monitoring, traffic monitoring and analysis, search and rescue support. 02 Mining AM has developing a mining exploration and navigation application through a grant with the United States government. The System has currently achieved fully autonomous flights of over 5,000 feet while navigating a round trip from a starting point to a destination indicated on a map of the mine. The next phases of the project will develop the following capability: detecting changes and map errors, map exploration and correction and multi-level navigation. 03 Warehousing Warehouse Cycle Counting System – AM is in initial application developent for a drone-based autonomous warehouse inventory counting system. The current process for acquiring cycle counting and other critical inventory data is both labor/materiel intensive and complicated by liability and safety concerns. However, critical capital expenditure and product decision-making hinges on the accuracy of these counts, placing significant importance on narrowing deviations of error as much as possible and increasing the available datasets with more frequent counts. Because the current state-of-the-art is labor-intensive, data acquisition is necessarily limited in scope to manage costs. By automating the process and utilizing robotic drones and vehicles armed with artificial intelligence and predictive edge-analytics, this project will dramatically expand the available data pool, markedly increasing estimation accuracy while substantially reducing cost and time of data acquisition. Increased precision, accuracy and speed of acquiring this “actionable” data will improve capital expenditure forecasts and create reverberating efficiencies downstream of inventory/storage/distribution workflow processes. 04 Aerospace AM has also been wortking with multiple U.S. major airlines and one major overnight courier to develop a fully-functional, fully-autonomous aircraft inspection system. The current process for acquiring sufficient data to do aircraft inspection is both labor/material intensive and limited in efficiencies in both time and facility as to effect timely delivery of visual data acquisition. Additionally, the current manual workflows expose Delta personnel to unacceptably high levels of personal risk and enterprise liability. Because of these issues, data acquisition is extremely costly and deleterious to the airline’s bottom line.By automating the process and utilizing autonomous robotic UAVs with Artificial Intelligence (AI)-driven defect detection, this capability will dramatically expand the available data pool, markedly increasing inspection efficiency and accuracy while substantially reducing cost of data acquisition. Increased precision, accuracy and speed of acquiring this “actionable” data will reduce AOG revenue losses, improve capital expenditure forecasts and create reverberating efficiencies downstream during all phases of aircraft inspection and monitoring. 05 Electricity Generation height:100%; background:#5a448c;"> 01 /

Our Offering The Valuable data is often hiding in the details Welcome to AutoModality. The global leader in end-to-end, fully-autonomous UAV software solutions. No matter the industry, no matter the terrain, our technology enables UAVs to autonomously navigate complex environments and gather actionable data for your project. LEARN MORE

Our Technology Perceptive Navigation®

The next paradigm in navigation
is SENSE and NAVIGATE!

If eVTOL vehicles are going to autonomously operate in urban canyons, GPS will not be a reliable enough technology to guarantee safety and reliability. Autmodality’s Perceptive Navigation® already safely operates in non-GPS environments and solves this critical autonomnous navigation problem.

LEARN MORE 01 / 03

Fully Autonomnous
GPS/RF-Denied

Operate indoors, inside, underground without GPS or even a radio frequency connection to the drone. Onboard AI and machine-perceptive does all the flying!

02 / 03

Precision localized
visual data

Perceptive navigation allows our customers to locate vital visual data within a decimeter of where the photograph, video or thermal data occurs on the asset.

03 / 03

One-button button
autonomous missions

Perceptive Navigation and AMROS allow for fully autonomous, complex inspection missions that are lauched, executed and recovered at the touch of a button.

Mission Control TM 01 / 03 Man-made meets
Unmanned

Take full command over your fleet with Mission Control. Whether you’re using one of our customized UAVs or have an existing team of your own, our groundbreaking technology enables users to manage their teams, fleet, missions and mission-critical data - all on a fully-integrated cloud-based platform.

LEARN MORE 01 Plan, execute and
manage
customizable
missions 02 Manage project-critical
data and analytics 03 Manage team, fleet and
mission workflows 04 Desktop version for
portability,
cloud
integration for
enterprise-wide access

Case Studies 3 Case 03 Bridge Inspection - Union Pacific Close-proximity, autonomous bridge inspection system in GPS-denied environments. LEARN MORE Reducing Cost $ 10 M/yr Case 02 UAM Navigation Platform Perceptive Navigation® autonomous navigation and landing platform for AI-based navigation in GPS-denied urban canyons. LEARN MORE Savings from autonomous operations $ 1 Trillion Case 01 Aircraft Inspection - Major Airlines GPS-denied, indoor autonomous major aircraft inspection LEARN MORE Cost of lost productivity due to inspection only $ 13 M/yr All Case Studies

News 11 01 / 5 January 15, 2020 Automodality acquires UsPLM out of Syracuse, NY January 30, 2019 Automodality Drones at Work on Union Pacific Bridge December 5, 2018 Union Pacific uses Automodality Tech to Inspect Bridges November 7, 2017 Skyfund Invests $500,000 in Automodality September 1, 2017 Automodality Finds Winning Recipe for UAS Competitions All News

Company PERCEPTIVE NAVIGATION PRICING CASE STUDIES³ COMPANY & TEAM NEWS¹¹ CAREER CONTACT ADDRESS

235 Harrison St md 8,
Syracuse,
NY 13202

400 Smith Ranch Rd.,
San Rafael Airport, San Rafael,
CA 94903

©2021 All Rights Reserved, AutoModality Inc. PRIVACY POLICY

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AutoModality is the global leader in advanced UAV flight control software for use in infrastructure inspection, including bridges, culverts, rolling-stock and cell towers.Our technology enables the autonomous operation of advanced drones in close proximity to valuable industrial assets to capture high-resolution, precisely localized visual data at the simple touch of a button.

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