Decision Science
as a Service.
Revlogix is an advanced AI-driven platform developed by Tallgrass.ai to streamline logistics and optimize product lifecycles. It harmonizes forward and reverse logistics processes, integrating functions such as returns management, lifecycle tracking, and compliance monitoring.
Core features include Intelligent Agents (IA) for automated alerts, corrective actions, and compliance tracking, and Digital Passport technology for detailed asset tracking. Revlogix empowers businesses to reduce costs, improve efficiency, and enhance sustainability by leveraging predictive analytics and real-time data insights. It serves industries like manufacturing, insurance, and recycling by enabling smarter, data-driven decisions.
CPE Producers (Customer Premise Equipment)
“Leverages AI” means utilizing artificial intelligence to analyze, predict, and optimize processes in ways that humans alone cannot achieve. AI in platforms like Revlogix processes vast amounts of data in real-time to generate insights, automate tasks, and enhance decision-making. It empowers businesses to identify patterns, anticipate challenges, and respond with precision. By leveraging AI, companies can reduce costs, improve efficiency, and unlock value across operations, all while maintaining accuracy and speed in dynamic environments.
Contract Manufacturers (CMs) for Repair
Decision Science uses data and analytics to help businesses make smarter decisions. It takes raw information, analyzes it, and turns it into clear actions. In Revlogix, this means predicting trends, reducing risks, and guiding strategies that align with business goals. Decision Science ensures every choice is backed by real-time insights, making processes more efficient and effective.
Revlogix Works
The Revlogix Platform from Tallgrass.ai streamlines product lifecycles with tools for RMA monitoring, failure analysis, and digital passports for compliance tracking.
7. Make / Acquire / Recirculate
The detailed genealogy and lifecycle scoring ensure that each harvested part is of high quality and retains market value, minimizing the risk for buyers.
6. Make / Acquire / Recirculate
At this point, the BOM Passport provides a comprehensive assessment of the asset’s remaining value, considering its serial number, material composition, and historical usage data.
5. Make / Acquire / Recirculate
Throughout reverse operations, the passport ensures compliance with all economic change orders and tracks the cost-benefit analysis, ensuring that each repair or refurbishment is financially justified.
4. Make / Acquire / Recirculate
The passport guides the process to ensure that any economic change orders (ECOs) or asset condition change orders (ACCOs) are adhered to, aligning with the most efficient repair or upgrade strategies.
3. Make / Acquire / Recirculate
The system’s ability to categorize and prescribe the appropriate path for 98% of returns has led to a 20% reduction in unnecessary returns, streamlining processes and improving overall efficiency.
2. Make / Acquire / Recirculate
After the product is sold and deployed with one or more customers, leverage the BOM Passport to build a comprehensive, secure record of its entire lifecycle, structured around three core areas: proprietary build of material, proprietary in-field usage and ownership data.
1. Make / Acquire / Recirculate
Digital Product Passport is established during the manufacturing phase, capturing all essential data about the materials, components, and design specifications of the product.
Product 1
Customers 2
(or 3 or more) Reverse Logistics “Reventory”
Customers 1
Manufacturing & Forward Logistics “Inventory”
1. Make / Acquire / Recirculate
The lifecycle journey begins with the product’s manufacturing and initial acquisition, eventually leading to its potential recirculation through multiple customers.
2. Product Deployment and Lifecycle Building
Leverage the BOM Passport to build a comprehensive, secure record of its entire lifecycle, structured around three core areas: proprietary build of material, proprietary in-field usage and ownership data, and an open, public log of all revisions from day zero.
3. The Return Event
A serial-number-specific value and quality score is readily available, allowing for immediate assessment.
4. Asset Recovery
During the asset recovery stage, the Digital Product Passport plays a pivotal role in determining whether the asset has sufficient value to justify further recovery efforts.
5. Reverse Operations
This process involves a detailed evaluation of the asset’s historical performance, SKU specifics, and overall condition to maximize its remaining value.
6. End-of-Life and Commoditization
This data enables a highly tuned decision-making process: whether to proceed with reverse operations or to responsibly recycle the asset.
7. Value Generation through Dismantling and Recycling
Dismantling and recycling. Here, the BOM Passport provides a granular view of each component’s value, allowing for precise identification of parts that can be commoditized.
Core Features
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Key Benefits
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Cost Reduction
Minimize operational inefficiencies and logistics costs.
Real-Time Insights
Leverage AI for actionable, data-driven decisions.
Sustainability
Support circular economy goals with efficient asset recovery and recycling.
Our Showcase
- Tallgrass
Human Telemetry Mortality Study In Children
- Tallgrass
AI and ML for multi-tiered billion-dollar commercial and government projects
- Tallgrass
Using Impact Analysis to Drive Process Assessment and Improvement in RL and EOL
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