VITI MAGAZINE 特別報道：ITIL 流程表演的 24 個月崩塌

The 24-Month Extinction Event: When the ITIL Priesthood Meets Deterministic Code

Within sixty days, the first isolated crying fits will echo through the breakrooms of pioneering platform teams. Across the broader enterprise, however, the collapse of traditional process theater advances in distinct, agonizing waves. How quickly the doors to the corporate support group swing open depends entirely on where a department sits on the organizational food chain.

THE CORPORATE HEADQUARTERS / 08:15 AM — In a glass-walled meeting room on the fourth floor, Senior Change Coordinator Hannele is staring at her laptop screen. Her hand is trembling slightly around a lukewarm mug of Oatly-infused dark roast.

Something terrible has happened. Between 02:00 AM and 06:30 AM, forty-two production changes were deployed to the core payment cluster.

Not a single one of them had a Word document attached. Nobody filled out the 47-field ServiceNow risk questionnaire. Nobody waited until Thursday at 14:00 to ask permission from a guy named Pena who hasn't touched a production server since Windows NT 4.0.

Instead, every deployment was evaluated in 12 milliseconds against an immutable runtime control-plane:

Authority = f(B, S, T)

Because the Business Impact tier (B) was locked, the Situational State (S) was stable, and the Telemetry Trust Index (theta >= 0.8000) was cryptographically verified via Ed25519 certificates, the Business Impact Governance Framework (BIGF) policy gates simply let the code through. And when the 43rd deployment attempted to push against a node with stale CMDB master data (theta = 0.7200), the engine didn't schedule a meeting—it slammed down an automatic 403 Hard Halt in four milliseconds.

Hannele is witnessing the opening salvo of a 24-month corporate extinction event. We mapped out the exact timeline of how the crisis hits each layer of the enterprise.

The Wavefront of Panic: A 24-Month Field Guide

Timeframe	What Happens in the Trenches?	Reaction of the ITIL Priesthood
Months 1–2 (Pioneers & Rogue Squads)	Modern cloud and platform teams finally snap after waiting three weeks for a CAB slot to fix a typo in an environment variable. They quietly wire BIGF-style deterministic policy gates (`theta >= 0.8000`) directly into their CI/CD pipelines.	Phase 1: Acute Shock. The local Change Coordinator logs in at 08:00 AM to find 40 nocturnal production deployments executed with zero ServiceNow attachments. Blood pressure spikes; panicked whispering erupts by the coffee machine.
Months 6–12 (The Regulatory Sledgehammer)	Financial and critical infrastructure auditors (enforcing NIS2 and DORA) begin rejecting annual, manually color-coded Excel risk assessments as fiction. Executive boards demand real-time, cryptographically verifiable resilience telemetry.	Phase 2: Existential Dread. The C-suite announces a mandate to eliminate "administrative latency." Process managers are stripped of their manual veto power over routine changes, replaced by automated cryptographic boundary checks.
Years 1–2 (The Autonomous Agent Invasion)	Autonomous AI agent meshes handle infrastructure provisioning, traffic re-routing, and self-healing failovers in milliseconds across distributed clusters.	Phase 3: Full Group Therapy. No human brain can process tickets at the speed of an autonomous agent mesh. Traditional ITIL categorization collapses completely, and the CAB Survivors Support Group becomes an officially subsidized occupational healthcare benefit.

Why Doesn't the Entire Enterprise Flip in 60 Days?

If the deterministic math (Authority = f(B, S, T)) and the open-science specifications are already sitting online ready to run, why does it take up to two years for the whole corporation to turn?

Because the survival instinct of the ITIL Priesthood is a force of nature that defies modern physics. Even if your runtime state machine is operational tomorrow morning, legacy corporations possess two legendary defense mechanisms to protect their sacred rituals:

1. The "Process Audit Paradox"

Before deterministic automation can be officially approved to replace manual committees, the ITIL Priesthood will demand the formation of a brand-new Automation Assessment Committee (AAC).

The AAC will convene on even-numbered Tuesdays for nine months to evaluate the strategic alignment of eliminating committees.
At least two agile coaches and an external governance consultant billing 240 EUR/hour will be commissioned to draft a 60-page slide deck titled "Towards a Synergistic Post-Ticket Paradigm."

2. The Power of Ticket Lobbying

Never underestimate a veteran process architect cornered by automation. If an autonomous BIGF control-plane detects a degraded state (S) and executes a self-healing failover in 12 milliseconds without human intervention, a seasoned ITIL survivor will still find a way to survive.

Within a week, they will configure a script that automatically generates a retroactive ServiceNow incident ticket after the system has already healed itself.
That ticket will require a mandatory, manual "Acknowledged as Seen" button click from a middle manager before it can be closed—solely so the old world still feels safe, warm, and billable.

The Verdict at Day 60

Two months from today, in some forward-leaning engineering squad, a Change Manager is going to open their Outlook calendar, stare at a completely empty Thursday afternoon, and wonder why nobody is begging for permission to ship code anymore.

The math doesn't care about RACI matrices, sauna-bound Teams bridges, or color-coded spreadsheets. Fail closed in authority, not arbitrarily in impact.

Ready to test-fire the extinction event yourself?

Skip the Tuesday committee meeting. Inspect the interactive runtime simulators right in your browser or pull the open-science specifications (CC BY-NC 4.0):

🌐 Live 3D Tri-Axial Engine Simulator (WebGL) — Drag the telemetry trust slider below theta = 0.8000 and watch the 403 Hard Halt boundary slam shut in real time.
🕹️ Executive Search & GRC Simulator — Witness how search crawlers and legacy frameworks react when confronted with deterministic governance.
📚 Open Science Specifications: Search Zenodo or Google for Erkki Laine BIG Framework (v2.3 Agentic Mesh Governance, v2.4 Reference Architecture, and NIS2/DORA runtime enforcement guides).

Look around your organization today: do you already have a rogue engineering team capable of wiring this up in 60 days without telling the CAB, or will you first need to establish a Preparatory Subcommittee for Automation Readiness?