AI Buyer Insights:

Cantor Fitzgerald, a Kyriba Treasury customer evaluated GTreasury

Michelin, an e2open customer evaluated Oracle Transportation Management

Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Citigroup, a VestmarkONE customer evaluated BlackRock Aladdin Wealth

Moog, an UKG AutoTime customer evaluated Workday Time and Attendance

Swedbank, a Temenos T24 customer evaluated Oracle Flexcube

Cantor Fitzgerald, a Kyriba Treasury customer evaluated GTreasury

Michelin, an e2open customer evaluated Oracle Transportation Management

Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Citigroup, a VestmarkONE customer evaluated BlackRock Aladdin Wealth

Moog, an UKG AutoTime customer evaluated Workday Time and Attendance

Swedbank, a Temenos T24 customer evaluated Oracle Flexcube

List of Fatigue FAST Avoidance Scheduling Customers

Apply Filters For Customers

Logo Customer Industry Empl. Revenue Country Vendor Application Category When SI Insight
U.S Air Force Government 600000 $153.0B United States Fatigue Science Fatigue FAST Avoidance Scheduling Fatigue Management 2002 n/a
In 2002 U.S Air Force implemented Fatigue FAST Avoidance Scheduling as a Fatigue Management capability to assess and predict operator fatigue during sustained operations. The Fatigue FAST Avoidance Scheduling tool was used by researchers and operational units, including analyses tied to B-2 Spirit bomber missions and shift work scheduling for security forces, supporting aviation operations and mission planning within the United States. The deployment leveraged core Fatigue Management functionality typical of biomathematical fatigue tools, including predictive fatigue modeling, schedule risk assessment, and duty and rest profile evaluation. Fatigue FAST Avoidance Scheduling was applied to generate avoidance windows and scheduling guidance for crew rostering and mission timelines, with module usage inferred from historical FAST deployments and subsequent commercialization by Fatigue Science. Operational coverage focused on aviation and force protection functions, with researchers and operational units applying the application to mission planning and shift scheduling workflows. Governance and process alignment were oriented toward embedding fatigue assessment outputs into planning practice and operational decision cycles, with unit level adoption in the early 2000s to inform crew rest and duty timing. The implementation supported aviation operations and mission planning by providing fatigue assessment inputs for sustained missions and shift work, as evidenced by documented use cases in bomber mission analysis and security force scheduling. This usage reflects an early institutional application of Fatigue FAST Avoidance Scheduling within Air Force operational and research contexts.
US D.o.t. Federal Railroad Ad Government 10 $1M United States Fatigue Science Fatigue FAST Avoidance Scheduling Fatigue Management 2005 n/a
In 2005, US D.o.t. Federal Railroad Ad sponsored validation and calibration studies using the Fatigue FAST Avoidance Scheduling application, employing the SAFTE/FAST biomathematical fatigue model to assess fatigue related accident risk across US freight railroads. The deployment used Fatigue FAST Avoidance Scheduling as a Fatigue Management application to generate predicted effectiveness outputs for schedule and crew fatigue risk analysis, supporting rail operations and safety assessment workflows. The implementation centered on operationalizing the SAFTE/FAST biomathematical model, converting model outputs into predictive effectiveness measures and fatigue risk profiles that could be applied to crew schedules and human factor risk assessments. Functional capabilities highlighted by the studies include predictive modeling of effectiveness, schedule level fatigue risk profiling, and analytical outputs that feed safety decision processes, consistent with standard Fatigue Management system functionality. The project scope covered US freight railroad operations and safety stakeholders, with the Federal Railroad Administration sponsoring the validation work that informed institutional fatigue risk management practices. The studies demonstrated a reliable relationship between predicted effectiveness and human factor accident risk, and Fatigue Science together with Institutes for Behavior Resources commercialize FAST/SAFTE as the marketed tool used in these analyses, enabling adoption of the model outputs into rail fatigue risk management governance and operational safety processes.
US Navy Aerospace and Defense 387637 $321M United States Fatigue Science Fatigue FAST Avoidance Scheduling Fatigue Management 2004 n/a
In 2004 the US Navy implemented Fatigue FAST Avoidance Scheduling. The Fatigue FAST Avoidance Scheduling application was introduced into the United States Navy School of Aviation Safety and subsequently mandated by the Naval Safety Center as a Fatigue Management tool for aviation safety and scheduling, positioning it for use by flight surgeons and safety investigators within naval aviation operations. Functionally the implementation focused on structured analysis of 72 hour and 14 day sleep and duty histories, avoidance scheduling recommendations, and case support for mishap investigations. The implementation improved investigators' ability to identify fatigue related factors in mishaps, and the Fatigue FAST Avoidance Scheduling application was incorporated into naval aviation training and operational safety processes by 2006 under governance requirements from the Naval Safety Center, with standardized use by flight surgeons and aviation safety personnel.
Showing 1 to 3 of 3 entries

Buyer Intent: Companies Evaluating Fatigue FAST Avoidance Scheduling

ARTW Buyer Intent uncovers actionable customer signals, identifying software buyers actively evaluating Fatigue FAST Avoidance Scheduling. Gain ongoing access to real-time prospects and uncover hidden opportunities.

Discover Software Buyers actively Evaluating Enterprise Applications

Logo Company Industry Employees Revenue Country Evaluated
No data found
FAQ - APPS RUN THE WORLD Fatigue FAST Avoidance Scheduling Coverage

Fatigue FAST Avoidance Scheduling is a Fatigue Management solution from Fatigue Science.

Companies worldwide use Fatigue FAST Avoidance Scheduling, from small firms to large enterprises across 21+ industries.

Organizations such as U.S Air Force, US Navy and US D.o.t. Federal Railroad Ad are recorded users of Fatigue FAST Avoidance Scheduling for Fatigue Management.

Companies using Fatigue FAST Avoidance Scheduling are most concentrated in Government and Aerospace and Defense, with adoption spanning over 21 industries.

Companies using Fatigue FAST Avoidance Scheduling are most concentrated in United States, with adoption tracked across 195 countries worldwide. This global distribution highlights the popularity of Fatigue FAST Avoidance Scheduling across Americas, EMEA, and APAC.

Companies using Fatigue FAST Avoidance Scheduling range from small businesses with 0-100 employees - 33.33%, to mid-sized firms with 101-1,000 employees - 0%, large organizations with 1,001-10,000 employees - 0%, and global enterprises with 10,000+ employees - 66.67%.

Customers of Fatigue FAST Avoidance Scheduling include firms across all revenue levels — from $0-100M, to $101M-$1B, $1B-$10B, and $10B+ global corporations.

Contact APPS RUN THE WORLD to access the full verified Fatigue FAST Avoidance Scheduling customer database with detailed Firmographics such as industry, geography, revenue, and employee breakdowns as well as key decision makers in charge of Fatigue Management.