SUPPORT OPERATIONS · AI ARCHITECTURE

OPERATIONAL DEBT
HAS A DESIGN SOLUTION.

67% New hire ramp reduction
95% Initial Response SLA attained
5 min Average Speed of Answer

Nearly a decade building systems that close the gap between how support operations work and how they should.

THE SERIES

Four systems. One compounding argument.

Each system was built under the same constraints — no CRM customization, no new fields, no formal program support. Each one solved a real problem. Each one produced the structured data the next system needed. The Case Management Dashboard is where they converge.

CS — 01 9mo → 3mo
CS — 02 35% → 95% SLA
CS — 03 3wk → same week
CAPSTONE Convergence Point
CASE STUDY — 01
67% RAMP TIME REDUCTION

Architecting the Foundation

THE PROBLEMNew hires took 9 months to reach consistent quarterly performance. Official process documentation was written for compliance, not floor execution — leaving reps to rely on memory and case-by-case interpretation.

  • Built a lifecycle-structured Confluence hub that bridged policy documentation to floor-level execution — organized around the stages of a case, not by topic or role
  • Designed a GenAI-assisted First Call Summary Email form that embedded defect documentation literacy into daily casework before formal training arrived
  • Created a Defect Draft Form that accelerated the Associate-to-Analyst feedback loop and built the escalation muscle before promotion was on the table

“Embed skill-building into daily practice, not into training events. Muscle memory built during live casework is more durable than knowledge acquired in isolation.”

Full case study →
CASE STUDY — 02
95% INITIAL RESPONSE SLA ATTAINED

Eliminating Queue Ambiguity

THE PROBLEMInitial Response SLA attainment was at 35%. Cases arrived into an uncoordinated queue — not because reps were neglecting it, but because watching the queue was no one’s explicit job in that moment.

  • Borrowed turn-order mechanics from RPG combat systems to model case load as a weighted point total — severity, escalation status, defect attachment, product complexity — not a flat case count
  • Fed two years of sanitized historical case data to GenAI to produce base point values and multipliers, then distilled the scoring into a self-sufficient offline HTML/JS calibration tool
  • Deployed a daily distribution sequence coordinated through Slack — one line, one tag, one notification — complexity in the model, simplicity in the execution

“Borrow the right algorithm, not the familiar one. Simple case count was the obvious metric. It was also wrong.”

Full case study →
CASE STUDY — 03
Same week QUARTERLY REVIEW DELIVERY

Closing the Feedback Loop

THE PROBLEMThe quarterly scorecard arrived with 300–400 records requiring isolation and exclusion review before a single Performance Review could be written. The first month of every new quarter was consumed closing out the previous one.

  • Reverse-engineered the official scorecard methodology to build four tightly-scoped CRM Saved Searches that replicated the exact scoring logic — so weekly numbers were reliable predictors, not parallel metrics
  • Built a locally-run AI-assisted review tool that processed four weekly CSV exports, handled exclusion review in increments of 5–10 records, and generated individualized PDF scorecards per rep
  • Shifted the rep’s relationship with performance data from passive quarterly verdict to active mid-quarter coaching — reps began seeking feedback before the quarter ended

“A review cycle is only as fast as its slowest task. The system did not make any individual task faster. It redistributed them so none were standing in the line when the scorecard arrived.”

Full case study →
WHERE THE SERIES POINTS

The AI-Forward Case Management Dashboard

A designed architecture with a provable lineage.

Three systems built under consistent constraints produced structured operational data the organization had never systematically read. The dashboard is the convergence point: a deterministic engine carrying the orchestration and dispatch work, three coordinators of continuous attention, and narrow specialists invoked only when reasoning is required — with the operator's surface kept quiet so judgment can stay where it belongs.

This dashboard mockup is optimized for desktop viewing.

Open full mockup →
PROPERTY 01

Deterministic engine.

The harness is a state machine with subscriptions, not an agent. It routes events, integrates outputs, and holds specialist results at validation gates until the operator confirms. Reasoning happens in the layers above — predictability follows determinism, and so does cost.

PROPERTY 02

Continuous attention.

Three coordinators — Investigation, Situational, Performance — each own a domain and stay continuously attentive within it. None of them waits for a trigger. The situational reading establishes how the case should be read; the investigation reasoning happens through that reading.

PROPERTY 03

Narrow specialists.

Each specialist does one job. Each receives only the context it needs to do that job. When a checklist is wrong, you know exactly where to look. When a draft is malformed, you know which specialist produced it. Architectural austerity is how the layer stays predictable, debuggable, and honest.

Open the architecture → Open the mockup →
0%Ramp Time Reduction
0%Initial Response SLA
0 minAverage Speed of Answer
$0M+Enterprise ARR Protected
Same weekQuarterly Review Delivery
0–40New Hires Reached
THE OPERATOR

Kevin Dumpit

Support Operations Leader · Oracle NetSuite

I lead support teams the way a systems engineer approaches infrastructure: find the structural failure, design the fix, measure it, and build the next layer on top of what worked. AI is the tool. We are the equipment.

Mississauga, Ontario More about my background →
THE STACK
Frontier Models
Claude Sonnet 4.6 · Kimi K2.5 · Gemini
Local & Secure
Ollama · LM Studio · Qwen 3.5 9B
Dev Environment
Antigravity IDE · Claude Code
Kevin Dumpit rock climbing — problem-solving through physical puzzles
THE PHYSICAL PUZZLE

A problem you solve after falling off the wall a hundred times.

Kevin Dumpit scuba diving — focus and gear synchronization underwater
THE QUIET STATE

When the gear and I are perfectly in sync — it all just becomes quiet.

FPV freestyle drone flying — powerloops and precision flight maneuvers
THE FEEDBACK LOOP

Highest exhilaration-per-mAh. Off to do powerloops and Split-Ss.

CONTACT

Available for the right conversation.

Support Management · Operations & Process Improvement · AI Strategy & Transformation

kevin.dumpit@outlook.com · LinkedIn
RESUME
For Humans — 2-page designed For ATS — .DOCX optimized

AI is the Tool. We are the Equipment.

© 2026 — Built with discipline and attention to detail.