Industries
We Transform.
From volatile CPG markets to
complex aerospace, automotive,
and energy networks, we deliver
measurable accuracy gains, faster
planning, and resilient, digitally
enabled supply chains.
CPG demands planning systems that can keep up with volatility,
media effects, and rapid shifts across channels.
Consumer Goods
Beauty
Consumer Healthcare
Fashion
We specialize in building forecasting and planning capabilities that
incorporate real demand drivers, reduce noise, and translate insight into
executable supply plans.
We also design the operating rhythms (S&OP/IBP) that help
commercial, finance, and supply chain teams align quickly when the
market changes.
We have deep experience in categories defined by
complexity and volatility, including:
- Weather-Driven Categories.
- Media and Entertainment-linked Demand.
- Cross-Channel Cannibalization and Channel Migration.
- High-SKU Complexity and Assortments that Constantly Evolve.
- Promotion-Driven Volatility and Frequent Event-Based Lifts.
Typical outcomes include 10 to 20 percent or more forecast accuracy
improvement, reduced bias, and hours freed per planner per week
through better segmentation and exception-based workflows.
Healthcare · Medical Devices · Pharmaceuticals
Industry Challenges:
Life Sciences companies operate at the intersection of patient safety,
regulatory complexity, and relentless product innovation. The result is a
planning environment unlike any other:
SUPPLY VOLATILITY
Driven by constrained raw materials, single-source components, and
capacity bottlenecks
REGULATORY MARKET RESTRICTIONS
Varying by country, approval status, and grace periods — making allocation
decisions legally and commercially consequential
NPI-DRIVEN COMPLEXITY
Frequent product transitions across hundreds of SKU-market combinations
create chronic risk of excess inventory and component waste
FRAGMENTED VISIBILITY
Across R&D, Procurement, Regulatory, and
Commercial, leading to misaligned decisions and reactive firefighting.
How We Support Life Sciences Clients
HyLogic combines deep supply chain expertise with advanced analytical and
technology capabilities — building solutions across planning platforms, optimization
engines, and custom tooling to fit the client's environment:
IBP & DEMAND PLANNING
Driven by constrained raw materials, single-source components, and
capacity bottlenecks
CUSTOM OPTIMIZATION
Designing and deploying tailored solvers for allocation, sequencing, and
transition problems where standard planning logic falls short
PRODUCT LIFECYCLE TRANSITION PLANNING
A purpose-built approach that automates phase in / phase out management
across all supply nodes, incorporating regulatory rules, remnant minimization,
and scenario modelling
SUPPLY CHAIN TRANSFORMATION
End-to-end process design and system implementation, from strategy
through execution
Automotive planning breaks down when data quality, BOM
complexity, and multi-tier variability collide with long lead times
and tight service expectations.
We design and implement planning capabilities across OEM, Tier 1, Tier 2,
and the aftersales ecosystem, connecting demand signals to constrained
supply and improving execution across multi-plant networks.
Our work spans:
- Multi-Plant and Multi-Tier Networks with Complex BOM Structures.
- Aftersales and Service Parts Environments with Attach-Rate Dynamics.
- Planning Governance and Data Discipline Needed to Sustain Performance.
- APS Implementations and Integration into ERP and Execution Systems.
Energy
Energy supply chains require optimization under physical
constraints, uncertainty, and safety-critical operations.
We build planning and optimization capabilities that incorporate real operational variables,
integrate with enterprise platforms, and support rapid scenario evaluation.
Example:
A crude-loading optimizer was integrated into a supply chain planning platform to
balance mud and oil flows on offshore rigs, factoring in tides, vessel weight, and
pumping height. The platform provider initially outsourced development to an
external consultancy. We can step in to stabilize, improve, and operationalize these
complex decision engines inside day-to-day workflows.
Rolled Aluminum and Recycling
We support advanced industrial networks where capacity,
yield, lead times, and recycling inputs must be balanced
across a global footprint.
Our teams deliver digital twin capabilities, network optimization, and AI-driven
planning to improve throughput and alignment across supply and demand.
Example:
$18B global rolled aluminum and recycling leader: supply chain digital twin,
network optimization, and AI-driven planning.
Sustainable Packaging / Circular Economy
We help organizations model circularity, balance fiber sourcing and production, and improve capacity and service performance while supporting sustainability commitments.
$18B global rolled aluminum and recycling leader: supply chain digital twin,
network optimization, and AI-driven planning.
Example:
$9B sustainable packaging manufacturer and recycler: digital twin supporting circular fiber
sourcing, production, and capacity balancing.
$7B Premium Tire
Manufacturer Results:
+60%
Forecast Accuracy
-71%
Stock-Outs
+30%
Data Quality
-40%
Planning Time
Where We Create Value:
How We Support Life Sciences Clients
DECISIONS
Replacing manual, judgment-heavy
processes with optimized,
auditable logic.
Market-specific constraints are
modelled, not worked around.
Systematic minimization of phase-out
component and finished
goods remnants.
Single source of truth for R&D,
Procurement, Regulatory, and Sales.
Client Outcomes:
-

Global pharmaceutical
manufacturer —
Allocation OptimizerA top-tier pharma company faced the challenge of allocating limited inventory across customers with divergent demand profiles and market-specific product version restrictions.
HyLogic designed a custom fairness-and-fulfillment optimizer — balancing equitable customer service levels against maximum inventory utilization.
The solution replaced a manual allocation process with a transparent, repeatable optimization embedded directly in the clients planning environment.

-

Global medical devices manufacture — Product Transition Planning
A leading medical devices company operating in a high-NPI environment worked with HyLogic to implement a structured PIPO management solution — automating transition logic at the SKU-market level, incorporating regulatory grace periods and approval windows, and enabling scenario analysis for production switch dates.
The result: an automated transition process that reduces scrap across all BOM levels — from finished goods to raw materials — while protecting service levels by preventing out-of-stock situations during product switchovers.

