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Realscheme Business Process Reengineering and Optimization (BPM) aims to gradually enable companies to achieve paperless, rule-based, automated, digitalized, and intelligent operations, realizing end-to-end process management with clear and quantitative traceability of work results and time consumption for each process segment. Integrated business chain integration ensures smooth execution of business processes and data consistency, significantly improving work efficiency. Business Process Reengineering and Optimization (BPM) will become the core infrastructure of enterprise digital transformation, helping enterprises achieve digitalization, automation, and intelligence of business processes.
Realscheme Business Process Reengineering and Optimization (BPM) focuses on enterprise process optimization. Through current state diagnosis to identify inefficient segments, it designs standardized processes aligned with strategic goals, leverages digital tools to achieve automation and visualization, strengthens cross-departmental collaboration, embeds risk control mechanisms, and establishes KPI evaluation systems to drive continuous improvement—ultimately enhancing operational efficiency, reducing costs, and increasing agility to help enterprises achieve efficient management driven by business processes. Service contents include:
• Business process diagnosis and assessment
• Business process design and optimization
• Business process management system development
• Digital process transformation
• Business process operation and continuous improvement
Realscheme Business Process Reengineering and Optimization (BPM) core methodology comprises three components: the top-level phase, middle-level execution, and bottom-level support:
1) Top-Level Phase (Transformation Cycle)
Phase 01 (Alignment with Strategy and Objectives): Ensure transformation direction is fully aligned with enterprise strategic goals.
Phase 02 (Architecture Adjustment): Redesign and adjust overall enterprise architecture based on strategy.
Phase 03 (Initiative Development): Refine transformation plans, clarifying specific implementation steps and priorities.
Phase 04 (Transformation Implementation): Execute various transformation initiatives to drive architecture.
Phase 05 (Performance Measurement): Evaluate transformation effectiveness and verify whether expected objectives are achieved.
2) Middle-Level Execution (Process Design and Validation) Middle-level execution is the critical execution layer connecting top-level phases with bottom-level support, focusing on iterative optimization of business processes:
Analyze Current AS-IS Processes, Assess Performance: Map existing business processes, diagnose issues, and quantify current performance.
Design TO-BE Processes, Simulation: Design optimized target processes based on current pain points, and validate feasibility through simulation.
Identify Process Gaps, Validate Design: Compare differences between current and target processes, validating the rationality and implementability of target design.
Determine Implementation Priorities: Plan implementation priorities for each segment based on impact and complexity to ensure orderly project progression.
3) Bottom-Level Support (Architecture Design Modules) The three types of modules at the bottom level are the specific implementation carriers of transformation, covering core dimensions of enterprise architecture:
Business Processes: From current state analysis to future design, ultimately outputting business architecture functional diagrams.
Data: Map data models and architectures, designing interaction patterns between data and processes.
Application Infrastructure: Assess existing applications and infrastructure, outputting future architecture design solutions.
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