AI Integration · Full-cycle AI integration practice

Full-cycle AI adoption: from process audit to agents in production

End-to-end AI adoption for companies — from a process audit to voice and text agents, AI document flow and sales automation running in production.

Client
Full-cycle AI integration practice
Timeline
2025—2026
Role
Practice lead
Status
Active practice and base for industry deployments
4
automation domains covered
sales · HR · procurement · analytics
45 min
process audit opens every engagement
hotspots mapped and payback quantified before anything is signed
14
components on the integration surface
models, FastAPI/Supabase services, Telegram, n8n, 1C, CRM, telephony, OCR, Whisper
4
model providers behind one service layer
OpenAI · Anthropic · Gemini · local models, routed interchangeably

Context

Most companies do not need a model; they need a process fixed. AI adoption stalls when it starts from the technology instead of the operation — a demo impresses, then dies on integration with real telephony, real documents and real 1C data.

Chaos Vision Global is the studio's full-cycle AI-integration practice, structured the other way around: it starts with an audit of where manual labor burns money and only then designs the AI layer that removes it, with payback quantified before anything is signed.

Approach

Every engagement opens with a 45-minute process audit that maps the hotspots: which operations consume hours, which of them are automatable with current models, and what removing them is worth. Product architecture then defines the minimal system that captures that value — a fix, not a platform.

Only after that are the components assembled: voice and text agents, AI document flow, and targeted automation across sales, HR, procurement and analytics — all attached to the systems the company already runs: CRM, 1C, telephony, file storage.

How a deployment works

The route from pilot to production is standardized. A pilot proves the loop on one process with real data; the industrial phase hardens it — error handling, monitoring, hand-off procedures, and integration into the company's actual operational rhythm rather than a parallel demo environment.

Document flow follows one pattern throughout: OCR and an LLM turn incoming documents into structured records that feed CRM and 1C. Extraction is automated, but a record enters the system of record only after verification — the model proposes, the pipeline validates.

Key engineering details

The integration surface is deliberately broad and model-agnostic. OpenAI, Anthropic, Gemini and local models are routed through the same FastAPI/Supabase service layer, so a deployment survives a provider change without a rebuild. Computation is separated from interpretation: deterministic code calculates, the model explains.

Every side-effecting action — a payment, a contract, an outbound message — stays under human control by design. The practice's standing rule is that AI is a tool under supervision, not an autopilot, and the architecture enforces that rather than assuming it.

Outcome & what shipped

The practice is an active direction and the base for the studio's industry deployments: a repeatable route from a 45-minute audit through a pilot to an industrial AI system, spanning four automation domains over an integration surface of fourteen components. Next: audit templates packaged per industry and a standardized pilot-to-production hand-off.

What we built

  • Process audit

    Map where manual labor burns money and quantify the payback before building anything.

  • Voice & text agents

    Agents embedded into live inboxes, chats and telephony, model-agnostic behind one service layer.

  • AI document flow

    OCR and LLM turn documents into structured, verified data feeding CRM and 1C.

  • Sales / HR / procurement automation

    Targeted automations attached to the systems a company already runs.