Prioritised path
Each component is retained, connected, extended, migrated or replaced according to value.
Capabilities Cloud transformation
Capability · Cloud transformation
Modernise IT.Protect operational continuity.
Build a progressive path across SaaS and on-premise, applications, data, interfaces, operations and adoption, based on field value and constraints.
A capability shaped by your flows, rules and field evidence.
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Prepared continuity
Windows, coexistence, recovery and rollback are designed before cutover.
Governed operations
Support, monitoring, security, cost and versions have owners.
Progressive adoption
Rollout follows flows, sites and actual change capacity.
Decision framework
Connect promise, responsibility and proof.
Cloud is an architectural choice serving operations. B‑AGILE offers SaaS and on-premise modes; the target must therefore remain contextual, governed and reversible.
Gaps to eliminate
What weakens day-to-day decisions.
Each gap connects an observable situation to a business consequence. Diagnosis then verifies frequency, impact and cause.
Invisible dependencies
Files, jobs, interfaces and local practices are not mapped.
Break discovered in productionBig-bang migration
All functions change at once without a representative pilot.
Uncontrolled risk and adoptionImprovised coexistence
Old and new IT write the same data without arbitration.
Conflict and manual reconciliationForgotten run
Monitoring, recovery, support and costs arrive after go-live.
Fragile service and operational debtOperational journey
A chain of decisions, not a stack of screens.
Each transition identifies the participant, responsible system and expected proof.
1
Assess
Map value and criticality
Functions, data, interfaces, users, volumes and dependencies are qualified.
- Owner
- Business / architecture
- Proof
- Scope and risks
2
Design
Distribute responsibilities
SaaS, on-premise, data, integration, identity and operations form the target.
- Owner
- Architecture
- Proof
- Defensible target architecture
3
Prepare
Build coexistence and recovery
Synchronisation, migration, tests, backup, rollback and support are enabled.
- Owner
- Programme / run
- Proof
- Transition plan
4
Pilot
Test a representative flow
One site or process validates performance, data, security, adoption and degraded mode.
- Owner
- Project / users
- Proof
- Measured exit criteria
5
Scale
Roll out and govern
Waves capitalise on standards, variances, support and feedback.
- Owner
- Programme / centre of excellence
- Proof
- Service and adoption monitored
Decision lab
Change context. Follow what genuinely needs to happen.
These scenarios are illustrative: they show decision logic and responsibilities without claiming to simulate your actual outcomes.
Critical WMS
Modernise without stopping the warehouse
WMS must evolve while several interfaces and devices remain on-premise.
Design coexistence, local edge, queues and cutover by zone or site.
Degraded mode, rollback and reconciliation tested.
B‑AGILEdecision flowMétierArchitectureProjetRunGouvernance
Multi-site ERP
Migrate sites according to maturity
Sites share the core but diverge on master data and interfaces.
Clean the shared model then roll out by complexity waves.
Fit-gap, data and go-live criteria by site.
B‑AGILEdecision flowMétierArchitectureProjetRunGouvernance
External partner
Change an interface without losing orders
A partner replaces EDI with API during transition.
Coexist, deduplicate, reconcile and progressively retire the old flow.
Coverage, errors and retirement validated.
B‑AGILEdecision flowMétierArchitectureProjetRunGouvernance
Responsibility architecture
Unify the flow without pretending one system does everything.
The responsibilities below form a reference architecture to adapt to the existing IT landscape.
Métier
Carries value- Owns
- Processes, criticality, criteria and adoption
- Publishes
- Priorities and acceptance
Architecture
Carries the target- Owns
- Responsibilities, data, integrations, security and modes
- Publishes
- Architecture decisions
Projet
Carries transition- Owns
- Migration, tests, cutover, rollback and change
- Publishes
- Readiness and risks
Run
Carries service- Owns
- Monitoring, backup, support, cost and versions
- Publishes
- Health and capacity
Gouvernance
Carries longevity- Owns
- Roadmap, debt, compliance, vendors and improvement
- Publishes
- Arbitration and path
Actionable cockpit
Transition cockpit
Progress combines delivered value, migrated flows, data quality, incidents, adoption, costs and remaining debt.
- Validated flowsMeasure actual readiness
- Migration qualityAvoid cutover on uncertain data
- AdoptionSee value actually adopted
- Residual riskPrioritise the next wave
Operational view · example
Invisible dependenciesBig-bang migrationImprovised coexistence
Success conditions
What must be true before automation.
Reversibility
Windows, data, dependencies and rollback criteria are tested according to criticality.
Explicit deployment choice
SaaS and on-premise are compared on security, operations, integration, cost and actual constraints.
Run before go-live
Monitoring, backup, support, ownership and incident procedure are operational before cutover.
Value per wave
Each step delivers a verifiable use and reduces an identified risk.
Related B‑AGILE solutions
Compose the right scope.
A capability may be carried by a full suite, a standalone solution or an existing system. Diagnosis decides.
Suites
Suites EMS
Available depending on products and scope in SaaS or on-premise modes to be confirmed.
Explore CapabilityEDI, API & intégrations
Structures coexistence, exchange contracts, monitoring and recovery.
Explore CapabilityMulti-sites
Organises waves, standards, local variations and consolidation.
Explore CapabilityBusiness Intelligence
Measures quality, adoption, service and transition value.
ExploreGo further
Content to prepare a real discussion.
Frequently asked questions
Decide with the right boundaries.
Does B‑AGILE impose SaaS?
No. SaaS and on-premise modes are available depending on products and scope; the choice is contextual.
Must everything be replaced?
No. Each component may be retained, connected, extended, migrated or replaced based on value and risk.
How is disruption avoided?
Through mapping, end-to-end tests, coexistence, degraded mode, rollback and a representative pilot.
Can migration be site by site?
Yes. Waves are often preferable if standards, data, interfaces and support are reused from one site to another.
How are costs controlled?
By comparing total cost, operations, integration, migration, licences, infrastructure, skills and remaining debt.
Are connectors universal?
No. Coverage is confirmed by vendor, version, object, frequency and scenario.
Your context first
Modernise through value, not disruption.
Identify the decisions, data, responsibilities and pilot that will deliver observable value.