Bluecrux and Comet Group Partner to Advance Integrated Business Planning with Anaplan

Bluecrux, named Anaplan Innovator Partner of the Year, has begun implementing the Anaplan platform at Comet Group, a Swiss-based technology leader in high‑precision plasma control and x‑ray solutions. The project marks a pivotal step in Comet’s transformation toward more advanced demand planning and integrated business planning (IBP), building on a foundation phase completed earlier this year that produced a design playbook and defined user stories.

The current implementation phase focuses on translating those user stories into a scalable, collaborative planning solution. Go‑live is targeted for November 2025.

Driving Agility in Complex Supply Chains

Comet’s products serve semiconductor, electronics, automotive, and aerospace markets, where demand volatility and supply chain complexity require rapid, data‑driven decision‑making. By deploying Anaplan’s advanced planning and simulation capabilities, Comet aims to strengthen cross‑functional alignment, improve responsiveness to market shifts, and enhance both customer satisfaction and sustainability performance.

For aerospace stakeholders, the move reflects a broader industry trend: suppliers adopting enterprise‑wide planning platforms to integrate demand forecasting, capacity planning, and inventory optimization. This is particularly relevant in sectors where production cycles are long, regulatory compliance is strict, and customer programs span multiple years.

Strategic Fit for Both Partners

Bluecrux brings deep experience in transforming supply chains into “value chains” through digital solutions such as Anaplan and Binocs. Its track record in delivering scalable, future‑ready planning systems positions it to help Comet achieve its ambition of becoming a globally integrated planning organization recognized for world‑class performance.

Comet’s adoption of Anaplan also signals a commitment to continuous improvement and operational excellence ,  qualities increasingly demanded by aerospace OEMs and tier suppliers seeking reliable, agile partners in their own production ecosystems.

Comparative Impact of Anaplan Adoption in Aerospace‑Adjacent Manufacturing

If executed successfully, the Anaplan implementation could give Comet a competitive edge in managing demand variability, aligning production with market needs, and supporting long‑term growth across its industrial and aerospace customer base. For the wider aerospace supply chain, it is another example of how advanced planning platforms are becoming central to resilience and performance in an era of rapid technological change.

Company / Sector	Pre‑Anaplan Challenges	Post‑Implementation Gains	Relevance to Aerospace Context
Global Aerospace Components Supplier (confidential case study)	Disconnected demand forecasts across regions, manual Excel‑based capacity planning, slow scenario modeling	Integrated demand and capacity planning across global sites, reduced forecast cycle time by 40%, improved on‑time delivery by 12%	Mirrors Comet’s need for cross‑functional alignment; shows potential for faster response to OEM schedule changes
Tier‑1 Defense Systems Manufacturer	Siloed financial and operational planning, limited visibility into long‑lead procurement	Unified financial, supply chain, and program planning; scenario modeling for defense contract shifts; improved working capital utilization	Demonstrates how Anaplan can bridge program finance and production planning for long‑cycle aerospace programs
Industrial Electronics Producer (serving aerospace & automotive)	Inability to model demand volatility from cyclical markets; reactive inventory management	AI‑infused scenario planning enabled proactive inventory positioning; reduced excess stock by 18% while maintaining service levels	Relevant to Comet’s semiconductor‑linked aerospace products, where demand swings can be sharp
Advanced Materials Manufacturer	Manual consolidation of multi‑site production plans; slow adaptation to supply disruptions	Connected planning across plants; real‑time visibility into capacity constraints; ability to reallocate production within hours	Highlights resilience benefits for aerospace suppliers facing raw material shortages
Precision Engineering Firm	Fragmented sales, operations, and finance data; no single source of truth	Single platform for sales & operations planning (S&OP), financial planning, and workforce planning; improved forecast accuracy by 15%	Shows how integrated planning can support both production and skilled labor allocation in aerospace supply chains

Key Takeaways for Comet Group’s Aerospace‑Relevant Operations

• Forecast agility: The most consistent gain across case studies is a dramatic reduction in forecast cycle time, enabling faster reaction to OEM and Tier‑1 schedule changes.
• Scenario planning: Anaplan’s native scenario modeling and optimization allow aerospace suppliers to test “what‑if” cases for demand spikes, supply delays, or regulatory changes without disrupting live plans.
• Cross‑functional integration: Integrating finance, operations, and sales planning on one platform reduces the lag between market signals and production adjustments ,  critical in aerospace where lead times are long.
• Resilience under disruption: Companies using Anaplan have shown measurable improvements in reallocating production and resources during supply chain shocks, a capability increasingly valued by aerospace primes.

Plasma control technologies for semiconductor tools used in aerospace electronics

• Primary aerospace relevance RF power systems enabling semiconductor processes for avionics, satellite, and defense electronics.
• Planning pain points today Volatile fab demand tied to aerospace program cycles, long lead items for RF components, siloed demand signals from OEMs and tier suppliers.
• Anaplan levers Connected demand and capacity planning across fabs and contract manufacturers, supply constraint modeling, multi echelon inventory optimization, vendor allocation scenarios.
• Expected gains Forecast cycle time reduction 30 to 50 percent, forecast accuracy improvement 8 to 15 percent at the family level, inventory turns up 10 to 20 percent, expedited freight down 15 to 25 percent.
• KPIs to track Forecast accuracy at item region level, constrained plan adherence, supplier OTIF, lead time variance, on time new product ramp for aerospace qualified lots.

X‑ray inspection systems for non destructive testing in aerospace

• Primary aerospace relevance NDT of composites, castings, AM parts, turbine blades, electronics assemblies for flight and space hardware.
• Planning pain points today Project based demand from MROs and Tier 1s, long qualification cycles, service parts unpredictability and field workforce scheduling.
• Anaplan levers Configure price quote and demand roll up integration to S&OP, installed base driven service parts forecasting, workforce and spares capacity planning, service level scenario modeling.
• Expected gains Service fill rate improvement 5 to 10 points, spare parts inventory reduction 10 to 18 percent while maintaining SLAs, service technician utilization up 8 to 12 percent, quotation to order conversion time down 15 to 25 percent.
• KPIs to track Service level by customer class, parts backorder days, tech utilization, RFT rate on field jobs, NPI qualification lead time.

Industrial x‑ray modules for aerospace production lines

• Primary aerospace relevance Inline inspection modules embedded in OEM and Tier 1 manufacturing for continuous quality assurance.
• Planning pain points today Split demand between OEM projects and spares, limited visibility to downstream production cadence, coordination across multiple plants.
• Anaplan levers Project portfolio and demand integration, plant to plant capacity balancing, real time constraint visibility with scenario plays for surge or delay, spares and installed base driven demand signals.
• Expected gains On time delivery improvement 8 to 12 points, capacity utilization balancing within 5 percent variance target, working capital reduction through phased component staging 10 to 15 percent.
• KPIs to track OTIF by program, capacity adherence by line, phase gate schedule adherence, aged inventory and slow movers.

Cross functional integrations that unlock the gains

• Sales and operations planning with finance One model for demand, supply, and P&L lets aerospace program changes roll into revenue and cash forecasts within hours, not weeks.
• Engineering and NPI alignment Link engineering changes and qualification gates to material readiness and capacity, reducing schedule slips and excess obsolescence.
• Supplier collaboration Share constrained plans and allocations with key suppliers, improving commit quality and reducing expedite dependence.
• Field service and installed base Connect service forecasts to production and spares planning, smoothing factory load and improving uptime for aerospace customers.

Implementation roadmap tailored to aerospace demand patterns

Phase 1, 90 days

• S&OP foundation for x‑ray systems and modules, constrained supply view, core demand hierarchy for aerospace customers.
• Quick wins Shorten consensus forecast cycle, eliminate spreadsheet reconciliation, stand up supplier commit tracking.

Phase 2, next 4 to 6 months

• Capacity planning across plants, NPI and engineering change integration, installed base to spares forecasting for service.
• Quick wins Reduce premium freight, stabilize build schedules, raise service fill rates.

Phase 3, months 7 to 12

• Scenario planning at portfolio level, project and program financials integrated with S&OP, workforce planning for field and factory.
• Quick wins Faster bid to plan turnaround for large aerospace RFPs, improved cash predictability, balanced technician deployment.

Executive dashboard signals for aerospace stakeholders

• Demand volatility index by program and tier, rolling 13 weeks
• Constrained versus unconstrained revenue bridge
• OTIF and schedule adherence by top aerospace accounts
• NPI phase gate risk and material readiness
• Working capital and expedite cost trend
• Service SLA attainment and mean time to repair

Risks and mitigations

• Data quality and master data readiness Start with a minimal viable data layer and harden with governance sprints.
• Change management across regions and functions Embed power users from sales, ops, finance, and service in design playbacks and user testing.
• Supplier signal noise Introduce tiered supplier collaboration, begin with top ten by spend and criticality, add the long tail later.