Architecture with an operating purpose
Translate processes, decisions and constraints into components, flows, data and interfaces with an explicit scope.
Service · Technology
Supply chain systems implementation, from architecture to go-live
We connect processes, data, platforms and users to move a solution from functional design into stable, adopted operations.
Implementation must work in real operations
The service covers functional architecture, requirements, configuration, development, integration, data migration and testing.
It also prepares go-live, training, adoption and stabilization so the solution can be sustained after the project.
For: organizations implementing or evolving supply chain and enterprise platforms for planning, execution, analytics and decision-making.
Scope
What does development mean in this service?
For BTC, development means configuring the platform, integrating it with the client's environment and building the extensions operations need around the implemented platforms, such as interfaces, rules, reports or automation.
Broader custom development is considered only in special cases when the process cannot be addressed through the platform and its extensions.
Service outcome
Technology aligned with decisions, processes and data
BTC connects functional and technical work to reduce ambiguity between the business objective, platform configuration and the way users will work.
ERP, CRM, WMS and TMS integration
Connect the platform to systems that feed and execute decisions, with acceptance criteria and owners defined.
Reliable data for decisions
Prepare migration, quality rules and data governance so the platform reflects operations and supports decisions.
Go-live and stabilization
Prepare roles, training, support and stabilization to embed the solution in day-to-day work.
Starting point
When does implementation need greater structure?
The project moves forward without a shared definition
- Requirements mix needs with premature solutions.
- Integration and data quality appear late in the plan.
- Testing does not reflect critical operating scenarios.
- Go-live is treated as technical closure instead of an operating transition.
A continuous thread from design through support
- Processes, requirements and architecture remain traceable.
- Data, interfaces and responsibilities are validated from the start.
- Testing covers business rules, integration and operating use.
- Adoption, stabilization and support have clear exit criteria.
Implementation roadmap
A connected cycle that reaches operations
Detail varies by platform and scope, but each phase must produce the decisions and evidence required for the next.
Define architecture and requirements
Align processes, use cases, scope, data, interfaces and acceptance criteria.
Configure and integrate
Build the solution, prepare migration and connect systems with functional and technical traceability.
Test end to end
Validate configuration, data, integrations, performance and critical operating scenarios.
Prepare adoption and go-live
Train by role, rehearse the transition, manage issues and activate operations.
Stabilize and support
Monitor outcomes, resolve gaps, transfer knowledge and evolve the solution.
How BTC helps
Functional, technical and operational support
TI/01
Architecture and definition
We turn business objectives and processes into a functional design that defines scope, dependencies and solution decisions.
Blueprint- Requirements discovery and prioritization
- Functional architecture and flows
- Data and integration model
TI/02
Build and validation
We coordinate configuration, extensions, data and interfaces and validate the solution against real scenarios and agreed criteria.
Implementation- Configuration and development
- Migration and integration
- Functional and end-to-end testing
TI/03
Transition and continuity
We prepare teams, support launch and stabilize operations with a clear path to systems support and continuous improvement.
Operations- Training and adoption
- Go-live and hypercare
- Functional support and evolution
Technology ecosystem
Applied experience with supply chain platforms
Architecture and implementation methods adapt to each organization's platform, processes and technology environment.
Blue YonderEnd-to-end demand, supply, inventory, transportation and warehouse planning and execution.o9 SolutionsIntegrated Business Planning and connected analytics for commercial, financial and operational planning.Aera TechnologyDecision intelligence that identifies opportunities and recommends actions.PyplanIntegrated planning and tailored models connecting supply chain, finance and the business.OptilogicSupply chain design, optimization and scenario simulation.OptiSmartBTC's own solution with models and data for inventory, demand and network decisions.
Architecture must also fit the process it enables, from supply planning to visibility and exception management, with integrations and tests aligned to specific decisions.
Deliverables
What does a well-structured implementation deliver?
Functional blueprint
Processes, use cases, requirements, scope and design decisions documented.
Solution design
Functional architecture, flows, data, interfaces and ownership by component.
Configured solution
Configuration, extensions, integrations and data migration within the agreed scope.
Test evidence
Scenarios, results, issues, corrections and traceable acceptance criteria.
Transition plan
Cutover, training, communication, initial support and go-live responsibilities.
Support model
Knowledge transfer, functional support, monitoring and an evolution backlog.
Demand planning digitalization with Blue Yonder
BTC shares a retail and coffee case in which a process diagnostic and Blue Yonder Demand best practices supported more agile, digital planning and improved forecast accuracy.
Evidence scope: the case supports a demand planning implementation, but it does not publicly document the full architecture, integration, go-live, adoption and support cycle described on this page.
Review the demand planning caseFrequently asked questions
Before implementation
Does BTC work with only one platform?
No. The approach starts with the process, use cases and existing architecture. BTC works with different platforms and defines its role according to the scope and technology context.
Can BTC join if there is already a systems integrator?
Yes. BTC's role can focus on the functional design, translation between the business and technology teams, testing, adoption or implementation governance, with responsibilities clearly defined.
Does support start after go-live?
Preparation begins before go-live: service levels, knowledge transfer, responsible parties and stabilization criteria are defined in advance, so the transition is planned rather than improvised.
What inputs help define the functional architecture?
Inputs include business objectives, processes, use cases, prioritized requirements, data, interfaces, constraints and acceptance criteria. They help define components and responsibilities, maintain traceability to operations, and prepare configuration, integration, migration and testing.
Next step
Turn the technology scope into an implementable roadmap
We can start by reviewing the business objective, current architecture, critical decisions and project dependencies.