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AI-native engineering

I don't just use AI —
I engineered a pipeline around it

Router → 6 branches → mandatory Hardening → Elite Amplifiers. Process weight scales to the task's risk; gates on production branches are maximal. Solo developer, Claude Code + multi-model deliberation.

Vladimir Kharlashko · Multi-Agent AI Systems Architect · Belgrade · CET/CEST

2 independent 30-role audits9 method versionsbenchmarked vs Sber PDLC · AWS AI-DLC · DORA 2025
Multi-model cross-verifyLIVE
Claude
GPT-4o
Gemini
DeepSeek
deliberating…
01

Methodvibe-pipeline

In plain terms

You get predictable releases and fewer surprises. Every task is classified before any code and routed through automated quality gates — bugs caught before production, speed matched to the task's risk.

Technically
/piperouter: horizon · nature · is it an agent?
A · Prototype

Pure vibe

Hypothesis spike, spike/ branch. Promotion-gate: to prod only through the full gate.

B · Fix

Bug-first TDD

Repro test (RED) → minimal fix (GREEN) → /cr → commit.

C · Feature

Spec-Driven

SPEC.md → PLAN → Writer/Reviewer (clean context) → dual judge ≥9.

D · Product

SDD + orchestration

ADR+DDD → Workflow: planner→workers(worktree)→critic→judge → eval-gate → deploy.

E · Refactor

Characterization

Golden-master + perf-baseline → small steps → perf-gate (regression >10% = block).

F · Hotfix

Fast-lane

Stabilize/rollback → mandatory post-mortem (gate deferred, not cancelled).

Cross-cutting layer on EVERY task — Hardening & Security

Auto corner-case generation · adversarial-verify by a skeptic · /security-review + secrets in vault · cost/latency budget · human-gate on merge and irreversible actions. + Agent-overlay: eval-suite, guardrails, prompt-registry, observability/drift.

02

Elite Amplifiers — closed loops on top of every branch

In plain terms

Your quality doesn't rot over time or hang on one person's heroics. Automated checks catch issues while they're small, and every caught bug stays fixed — at zero extra effort.

Technically
⭐ Verifier-first loop

The agent runs generate→verify→repair to green itself (types/tests/eval/compiler).

Best-of-N + judge panel

N solutions in parallel worktrees → judges synthesize the best (test-time compute).

Multi-model cross-verify

Claude writes, GPT+DeepSeek refute. Kills correlated blind spots.

Adversarial / loop-until-dry

Skeptics 'refute by default'; the search runs until K rounds come back empty.

Mutation testing

Mutate the code — tests must fail. Coverage lies, mutation score doesn't.

Architectural fitness

Layer/dependency rules as CI checks. A violation = a red build.

Eval flywheel

Every caught bug is auto-added to the golden dataset. It won't pass twice.

Knowledge compounding

Post-mortems/ADRs distil into rules (CLAUDE.md/memory). The agent gets smarter each cycle.

Ambient / async agents

Background PR-review, scheduled maintenance, CI/webhook triggers.

03

My setup

In plain terms

You don't get 'asked ChatGPT' — you get a team of AI models under orchestration: they run the work, check each other, all under monitoring. Team-grade speed and quality without hiring a team.

Technically
Orchestration
  • Claude Code
  • Subagents
  • Workflow (fan-out)
  • Worktree isolation
  • Hooks + guard
Models
  • Claude Opus
  • GPT / o-series
  • DeepSeek-R1
  • Gemini 2.5
  • Ollama (local)
MCP + data
  • 30+ integrations
  • Grafana · Langfuse
  • Playwright · n8n
  • Gmail · Telegram
  • Figma · Canva · GA
Skills / infra
  • /pipe · /do · /cr
  • /judge · /ai · /arch
  • auto-memory + buddy
  • 4 servers · CI/CD
  • golden-dataset evals
04

The proof

In plain terms

You see results, not promises: the same process delivers apps 3× faster, fewer critical errors and higher answer quality — all under a live metric.

All AI cases
15 years of enterprise leadership (PGK, Raiffeisen, MOEX) → CV

Technically
mapp_conveyer
app factory, 9 agents, 4-LLM board, 27/27 gates
3× faster
Hybrid RAG + KG
Qdrant + BM25 + Neo4j, RRF fusion
RAGAS 0.67→0.91
Multi-model consensus
4 providers × 2-stage deliberation
−9pp errors
agent-platform
LangGraph + LiteLLM + A2A protocol
agent-infra
58
projects
1.46M
lines of code
2150+
automated tests
2700+
Claude Code sessions

verifiable by running · 4 servers · 4 model providers (Claude · GPT · DeepSeek · Gemini)

05

Not a resume. A dashboard.

Every session, every call, every dollar — under a metric. Grafana + auto-tracking: proof the method runs for real, not on paper.

Telemetry · Grafana
Agent Operations Center

Agent Operations Center

Daily KPIs

Daily KPIs

Performance & Quality

Performance & Quality

Monthly Totals

Monthly Totals

Session Summary

Session Summary

Grafana dashboard of agentic sessions · representative snapshot

Ready to discuss?

If you need an architect who builds autonomous AI systems — reach out.

Serbia-based · CET/CEST timezone · EU-aligned working hours · International contracts experience