> LLM_INTEGRATION_FRAMEWORKS ________________________________________________________ | FLOW: PRIVATE_RAG_PIPELINE | | | | [USER QUERY] —–> [GUARDRAIL FILTER] | | | | | +—–v—–+ | | | VECTOR DB | ACHIEVABILITY: SMB_PRIME > TOOLS: Ollama, LangChain, ChromaDB or…
> RPA_WORKFLOW_ENGINEERING ________________________________________________________ | SYSTEM: RPA_EXECUTION_ENGINE_V1 | | | | +———+ +———-+ +————-+ | | | SOURCE | —> | HANDLER | —> | TARGET_DB | | | | (CSV/CRM)| | (PARSE) | | (SYNC)…
MANUAL_WORKFLOWS_DONT_BREAK_OVERNIGHT_THEY_DECAY_PREDICTABLY.
“We’ve always done it this way” compounds technical debt until latency, error accumulation, and scaling ceilings trigger operational failure. This is the exact drift cost breakdown and intervention threshold checklist to quantify your automation ROI before system stress becomes critical.
> PHASING_IMPLEMENTATION ________________________________________________________ | ROADMAP: ZERO_DOWNTIME_ROLLOUT | | | | PHASE_1 (POC) —–> PHASE_2 (PILOT) —–> PHASE_3 (SCALE)| | [Proof of Concept] [Live Subset Data] [Full Rollout]| | ~ 2 Weeks ~ 4 Weeks ~…
> WHEN_TO_BUILD_VS_BUY_AI_TOOLS ________________________________________________________ | DECISION_MATRIX: BUILD vs BUY | | | | SCENARIO A (BUY) SCENARIO B (BUILD) | | ——————- ———————- | | [ ] Quick Validation [ ] Proprietary Data | | […