Special engineering unit

Task Force

Special engineering unit for high-risk digital systems.

MVP → Production → Scale

FinTech • Crypto • Highload • Microservices

Real systems. Real traffic. Real responsibility.

Start a Mission View Operations

Our Philosophy

We operate from a simple assumption:
any system that can fail will eventually fail.

That is why we do not build solutions designed to survive a demo.
We build systems designed to survive pressure, growth, and mistakes.

When we work on a system, we assume from the start that:

it will run in production
it will grow beyond initial expectations
it will handle real users, real data, and real money
it will need to be maintained by people other than its authors

Our focus is not the speed of writing code.
Our focus is what happens to the system:

under load
during failures
over time

We do not postpone hard questions.
We resolve them when it is cheapest to do so — at the beginning.

This is how engineering teams operate.
This is how Task Force operates.

Capabilities

FinTech

pay-in / pay-out
wallets & balances
limits, routing, settlements
compliance-ready flows

Crypto

blockchain integrations
custody / non-custody logic
on-chain ↔ off-chain accounting
security-first design

High-Load Systems

millions of events
real-time processing
fault-tolerant architecture
performance under pressure

Microservice Architecture

event-driven systems
domain-driven design
horizontal scalability
clean service boundaries

How We Operate

We work as an elite engineering unit, not a body-leasing team.
Every engagement follows a clear and controlled execution model.

01 // Briefing

We start by understanding the real problem — not just the task description.

business goals and constraints
technical and organizational risks
timelines, pressure points, and non-negotiables

If the mission is unclear, we clarify it before writing a single line of code.

02 // Architecture

Before execution, we design the system.

core architecture and service boundaries
data flows and failure scenarios
scalability and security assumptions

This phase prevents expensive rewrites later.

03 // Execution

We build with focus and discipline.

fast iteration without chaos
strict ownership and responsibility
continuous validation against real requirements

Progress is measured by working systems, not activity.

04 // Deployment

Production is not an afterthought.

production-ready infrastructure
observability and monitoring
controlled releases and rollback paths

What we ship is designed to run under real load.

05 // Handover

We leave systems that others can own.

No vendor lock-in. You own the code, the knowledge, and the future.

clear documentation
knowledge transfer sessions
clean detachment capability

This is how we deliver results under pressure.

Missions

We don’t showcase projects. We document missions.

Quantoo

The Operating System for Smart Vending

July 2025 — Present

Objective

Build a unified operating system for smart vending and self-service networks — from device-level telemetry to AI-driven business optimization.

Result

Quantoo enables vending operators to scale their networks using data, automation, and real-time insights — replacing manual control with a system-level approach.

Deployment Log

IoT connectivity and real-time telemetry for distributed devices
centralized device, inventory, and operations management
AI-driven analytics and forecasting
scalable backend architecture designed for growth
production-ready admin and operator interfaces

WeWine

Global B2B Platform for the Wine & Spirits Industry

January 2023 — Present

Objective

Create a scalable B2B ecosystem connecting distributors, importers, producers, and retail chains in the alcohol industry.

Result

A full-scale B2B platform combining e-commerce, process automation, and AI — actively used by professionals across the alcohol supply chain.

Deployment Log

Architecture & Backend

fault-tolerant backend on Python (Django, DRF)
complex business logic and public APIs
background task processing with Celery and RabbitMQ

Frontend & UX

enterprise-grade web interfaces on Angular and TypeScript
tools for managing deals, product catalogs, company profiles, and analytics

AI Integration

WeWine Assist — AI assistant powered by OpenAI
personalized recommendations
deal assistance and automation of routine interactions

AYDO

DePIN Platform for Decentralized IoT Infrastructure

January 2024 — June 2025

Objective

Build a next-generation Web3 platform combining blockchain, IoT, and decentralized computing for secure data collection and processing from physical devices.

Result

A full-lifecycle DePIN platform enabling decentralized physical infrastructure with blockchain-grade security and scalable IoT integration.

Deployment Log

Blockchain & Web3

smart contract architecture on Solana
development using Rust and Anchor Framework
end-to-end Web3 integration across contracts, backend, and clients

Backend & IoT Engineering

scalable backend on Node.js, TypeScript, and NestJS
node software with plugin-based architecture
support for Zigbee devices, video streams, and decentralized VPN

Cross-Platform Frontend

web client on Angular and TypeScript
hybrid mobile apps for iOS and Android (Ionic)
desktop application for macOS packaged with Electron Forge

These are not experiments.

These are systems running in the real world.

The Arsenal

We do not use random tools. We use standard-issue, battle-tested weaponry.
Clean code. Strict discipline. Zero jams.

Core Weaponry CLASS: HEAVY

NestJS

MICROSERVICES FW MODULAR

TypeScript 5.x

SYNTAX: STRICT TYPE-SAFE

PostgreSQL 16

PERSISTENCE ACID COMPLIANT

RabbitMQ

MSG BROKER ASYNC

Consul + Vault

DISCOVERY & SEC ENCRYPTED

Swagger / OpenAPI

CONTRACTS STANDARDIZED

Tactical Interface CLASS: OPTICS

Angular 20

ENTERPRISE FW STRUCTURED

React 19

JS LIBRARY FLEXIBLE

PrimeNG / AntD

UI COMPONENTS HARDENED

TailwindCSS

UTILITY ENGINE RAPID PROTO

Vite 7

BUILD TOOL HYPER-FAST

React Native / Expo

MOBILE DEPLOY CROSS-PLATFORM

// CONDITION: CODE IS MY CRAFT. I EXECUTE.

Who We Work With

We operate as an elite engineering unit and can integrate into different delivery models.

We work with

product companies and founders building and scaling real systems
studios and agencies that need a strong engineering force
enterprise teams under delivery pressure
projects with financial flows, critical data, or high-load requirements

Engagement models

full-cycle delivery
team extension (outstaff)
focused strike teams for critical phases
reinforcement of existing teams and studios

We adapt to the mission, not the other way around.

We don’t work with

projects without ownership or decision-makers
teams avoiding technical responsibility
initiatives with no intent to reach production

We are ready when the system matters.

Mission Briefing

High-risk systems require more than a team.
They require readiness.

If your mission involves real users, real traffic, or real money —

Task Force is ready.

Contact Headquarters