Article
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How Technology is Transforming Contested Logistics on the Modern Battlefield
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Revolutionizing Defense Logistics with AI
Predict, plan, and execute mission-critical operations with unprecedented precision and efficiency.
Born out of mit's COMPUTER SCIENCE & ARTIFICIAL INTELLIGENCE LAB
and proven with industry leaders
and proven with industry leaders
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“This technology has been an absolute game changer for us. In my 20+ years in military supply, I've never seen technology that can do anything close to what you're doing.”
Platform
Meet Manifest
Manifest fuses expert knowledge with next-generation artificial intelligence – delivering decisive operational advantage.
APPLICATIONS
Mission-Driven. Enterprise-Ready.
Manifest powers mission-critical operations across defense and enterprise environments – optimizing logistics and industrial operations with real-time intelligence.
DEFENSE
Mission-Critical AI for Defense Logistics
Optimize readiness, mobilization, and operational decision-making in contested environments.
ENTERPRISE
AI for Industrial Operations
Optimize critical infrastructure, reduce waste, and increase efficiency across large-scale operations.
Al for next-generation defense logistics
Predict, plan, and execute supply operations with unprecedented precision and efficiency
13%
increase in readiness
at fixed budget
20%
reduction in purchasing costs at constant readiness
40%
reduction in materiel handled at constant readiness
This particular application does wonders for any of those commodities planning deployments to maximize readiness, mobility, and survivability.
Chief Warrant Officer 4, U.S. Marine Corps
Motor Transport Maintenance Officer
Al for autonomous HVAC optimization
Reduce operating costs and greenhouse gas emissions while maintaining building comfort
30%
reduction in energy consumption
30%
reduction in operating costs
30%
reduction in greenhouse gas emissions
We've seen a meaningful reduction in our system costs. The setpoint recommendations are easy to interpret and implement. We're looking forward to seeing how the system improves further over time.
Assistant Director of Engineering
Lenox Hill Hospital
Al to optimize wind turbine performance
Leverage predictive analytics to optimize maintenance and minimize downtime
100%
success rate on failure event prediction
5-10%
reduction in annual operations and maintenance costs
0.5%
increased production due to avoided downtime
This software significantly improves the way reactive maintenance is addressed, allowing for better forward planning of maintenance activities and significantly reducing maintenance costs.
Area Manager
Offshore Wind Operator
Al to predict critical asset events
Increase uptime, reduce maintenance costs, and ensure grid reliability
20%
increase in
asset availability
78%
improvement in accuracy of projecting remaining useful
life (RUL)
life (RUL)
4x
improvement over existing asset removal forecast methods
Your machine learning models and software outperform all other approaches we've considered, significantly reducing maintenance costs.
VP, Asset Management
IPP
CAPABILITIES
Inventory
Optimization
Optimize inventory levels to minimize costs and waste without compromising readiness.
Readiness
Optimization
Maximize force readiness within the constraints of available budget, space, and manpower.
Mobilization
Optimization
Identify optimal assets and parts for timely and effective deployment.
Maintenance
Optimization
Optimize maintenance tasks and scheduling to maximize fleet readiness.
Network
Design
Optimize logistics networks to maximize supply chain resilience and reduce costs.
Resourcing
Optimization
Optimize allocation of limited resources (equipment, personnel, funds, etc.) across competing missions and tasks.
Resources
Latest News and Insights
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Manifest in Action: See How the U.S. Marine Corps is Optimizing Medical Logistics with Tagup’s Manifest Platform
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Tagup Selected for 2024 National Security Innovation Network (NSIN) Propel Hawaii Program
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Whitepaper
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Navigating the Modern Contested Logistics Environment with Artificial Intelligence
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Whitepaper
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Achieving Next-Generation Defense Logistics with Artificial Intelligence
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