AI solutions that work for your business

Solutions

Most solution pages are written in Russian; the list above links to them directly.

Case studies

  • 50+ projects delivered
  • 2–6 weeks to a pilot
  • 8 industries
  • 40–60% less time on routine tasks¹

Digital health

Oreol — AI concierge for healthcare navigation

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Studio in-house product. Oreol is an assistant that helps patients interpret symptoms and decide whether a doctor visit is needed.

Context

Symptom information online is fragmented — some sources alarm, others understate risk. Patients struggle to assess whether their condition needs medical attention.

Task

Build a product that evaluates symptoms and routes the patient — strictly on clinical protocols.

Results

  • Symptom assessment and routing in a single flow
  • Responses strictly on clinical protocols — no hallucinations
  • Doctor booking directly from chat

The service does not replace a doctor and does not diagnose. The final medical decision remains with the specialist.

Implementation

  • RAG over clinical protocols — every response is sourced
  • Flow: symptom description → situation assessment → in-bot doctor booking
  • Mobile app on React Native (iOS, Android)
  • Backend on FastAPI + PostgreSQL with OpenAI API integration
  • Telegram bot on aiogram
  • UX/UI in Figma — a single team owned product, design, backend, web, and mobile

Project in active development since 2025.

AI assistant / RAG · iOS/Android · Telegram

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Aviation manufacturing

Anomaly detection in engineering data

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A major Russian aviation manufacturer.

Context

Structural element condition monitoring was based on weight measurement data. As production volume grew, manual oscillogram analysis was no longer scalable.

Task

Develop a system for detecting anomalous patterns in time series, enabling early-stage defect detection.

Results

  • Data analysis time reduced by more than 40%
  • Reduced dependency on manual expert review
  • Solution deployed in production across multiple sites, including international ones

The system is embedded in the manufacturing process and used as a regular diagnostics tool.

Implementation

  • Multi-channel oscillogram preprocessing and normalization
  • Research and testing of multiple anomaly detection approaches
  • Quality criteria setup and validation procedure
  • Production module development for integration into existing infrastructure

Processing handled thousands of measurements daily.

Anomalies / ML · Time Series

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Transport infrastructure

Infrastructure reporting automation

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A major transport infrastructure facility with international operations.

Context

Regular reports were compiled manually from internal data. Preparation consumed significant engineering team time.

Task

Automate report generation and integrate it into existing software.

Results

  • Report preparation time reduced by more than 60%
  • Operational errors minimized
  • Stable production deployment

Reporting became part of the system infrastructure, not a separate manual task.

Implementation

  • Report form development and logic based on NCReport
  • Integration into C++ application (Qt)
  • Automatic report generation without user intervention

Documents / C++ · Qt · NCReport

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Wholesale distribution

Order intake and catalogue matching without manual search

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A wholesale distributor of engineering systems with a nationwide branch network.

Context

Orders arrive in any shape: a free-form list, a photo of a sheet from site, a message forwarded from chat, or a question about what would fit. They rarely carry an exact article number. Every line is looked up by hand in a catalogue of hundreds of thousands of items, and that is the daily work of over three hundred people.

Task

Make the matching automatic so the manager is left checking the result rather than searching for it.

Results

  • The manager checks what was matched instead of looking up every line by hand
  • An order of any shape reaches the same single flow
  • Doubtful lines are surfaced separately: nothing the system is unsure about goes into an order

Implementation

  • Incoming order parsing: text, a photo of a document and a forwarded message are brought to one structure
  • Search runs three ways at once: by meaning, by exact text and by structured fields such as type, diameter, material and brand. The candidates are merged and re-ranked
  • Rules on top of search: the brand substitution table is maintained explicitly rather than guessed by a model. Pack sizes are applied automatically, so an order for 31 units in packs of 10 becomes 40 with a note to the manager
  • Every match carries a confidence score that decides what happens next: an exact match goes straight to the basket, several close options are picked by the manager in one click, and when there is not enough data a clarifying question is asked instead of a guess
  • A live catalogue: scheduled synchronisation with the accounting system, so new and discontinued items reach the index without manual work
  • The finished basket is transferred into the accounting system with no manual entry

One catalogue and one set of matching rules across every branch.

Order intake / Document parsing · Catalogue search · ERP

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Travel and booking

Next generation AI search for a travel marketplace

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An international travel marketplace for booking services.

Context

Users were spending time on complex filters instead of simply describing the trip they wanted. On top of that, offers from over 100 suppliers had to be brought together in one place.

Task

Build an AI search that parses a request written in natural language and produces personal recommendations without complex filters.

Results

  • Search takes a request in plain language, with no filters
  • A single supplier base: data from over 100 sources in one search
  • Search is 3 times more accurate than filter and keyword solutions
  • Deep personalisation: the selection reflects each user's preferences

The platform owner sees bookings, revenue and registrations in one dashboard.

Implementation

  • Request parsing: the module breaks a request down into trip parameters, meaning dates, budget, type of holiday and preferences
  • Content search: the parsed parameters are matched against supplier offers to produce a relevant result set
  • Recommendation engine: offers are ranked in real time and assembled into a personal selection for the individual user
  • Supplier data integration: data from 100+ suppliers is processed and normalised for a single search across the platform
  • Supplier catalogue: status, ratings and revenue per service
  • Booking schedule: slots, load and orders per supplier

Delivered in 3 months.

AI search / NLP · Recommendations · Real-time

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Marketing and web services

An AI platform for preparing marketing strategies

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A marketing web service with a client area.

Context

A marketing strategy requires going through the market, competitors and audience by hand, and that takes weeks. The business also needs a working tool with versions, change history and export rather than just a document. And the result has to be ready to launch as it is, complete with a media plan, budgets and promotion channels.

Task

Build a platform that helps a business automatically assemble tailored marketing strategies from an analysis of the market, competitors and target audience.

Results

  • The business goes through the flow, describes itself and gets a finished strategy
  • Market analysis, document assembly and version control sit in one place
  • The system prepares a media plan with budget and channels, ready to launch as it is

Implementation

  • Platform and client area: designed as a working tool for marketers, with strategy storage, versioning and document export
  • Strategy creation flow: the user goes through the steps, data is gathered, and the market, competitors and target audience are analysed automatically
  • Document assembly: a structured document with recommendations, a promotion plan and a media plan, on the web and as a PDF
  • A built-in assistant inside the strategy: follow-up questions, change history, adding material directly in the platform
  • Search demand data: month-by-month query dynamics with a year-on-year comparison, collected and calculated automatically
  • Competitor review: proposition, sales volumes, positioning, visual identity and product comparison in one table
  • Media plan with budget: a weekly promotion plan listing channel, task, budget and expected result
  • Infrastructure and data storage

In production since 2026.

AI platform / Language models · Documents · Client area

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Car rental & sales

Data-driven process audit in a service company

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A small company in car rental and sales with a distributed structure.

Context

Sales, rental and service were recorded in three separate systems. Management decisions relied on fragmented reporting, with no unified analytical model of customer activity.

Task

Build systematic analytics and identify process optimization points.

Results

  • Report preparation time reduced from days to hours
  • Identified and resolved the largest funnel drop: the share of requests fell from 61% at booking to 24% at confirmation and payment — a loss of 37 percentage points
  • Identified factors affecting fleet utilization and conversion
  • Data-backed process optimization recommendations

The project became the foundation for regular data-driven management.

Implementation

  • Operations data consolidation and cleaning (100,000+ records)
  • An end-to-end rental funnel built from the three systems' data
  • Management reports and visualizations
  • Customer segment and behavioral pattern analysis

Analytics / Data Science · BI

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Urban infrastructure

Street lighting assessment from satellite data

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A team working on urban and infrastructure analytics tasks.

Context

Need to assess territory lighting levels at scale without field measurements.

Task

Develop a reproducible satellite image analysis pipeline using ML.

Results

  • Automated analysis of territories exceeding 1,200 km²
  • Significantly reduced manual assessment workload
  • Created a scalable tool for infrastructure decision-making

Implementation

  • Image processing and lighting feature extraction
  • Model training and validation
  • Geospatial result visualization

ML / Computer Vision · GIS

Case study page

Private healthcare

A private practitioner's digital assistant in Telegram

Close

A private practitioner. The digital assistant was launched to scale the doctor's personal expertise across a higher patient flow.

Context

A detailed first consultation runs tens of minutes per patient: history-taking, explaining the cause of the condition, recommending tests. On any inbound flow, the doctor's expertise hits a hard time limit.

Task

Build the doctor's digital twin — a Telegram assistant that autonomously runs the dialogue with a patient, collects symptomatology, and produces a personalized review in the style and logic of the specific specialist.

Results

  • Every patient receives a structured review against a unified standard of the doctor
  • First-touch load is removed — the doctor steps in where their expertise is actually needed
  • Expertise scales to a larger patient flow without quality loss

The service does not replace a doctor and does not diagnose. The final medical decision remains with the specialist.

Implementation

  • RAG over clinical guidelines, medical literature, and the doctor's personal materials — responses only from approved sources
  • Guided dialogue: the bot actively asks questions and collects symptomatology on its own
  • Personalized review across 15 blocks: causes, test recommendations, mechanism explanations, lifestyle, escalation, etc.
  • Fully autonomous flow — no doctor in the loop per conversation
  • Deployed as a Telegram bot

The style and approach reproduce the logic of a specific specialist rather than an averaged model.

RAG / NLP · Telegram · Clinical Data

Case study page

¹ Results from selected projects. The effect depends on the process and data.

How we work

We choose a method for the task, build around evidence, and measure what the system actually does.

  1. Audit & plan

    01

    Diagnostics

    We break the task down: what the system should do, on what data, how to measure the result. The success metric is set before any code is written.

  2. Pilot

    02

    Data preparation

    We connect to your sources, clean and label the data. Without this step the solution will not work accurately: we do not skip it for the sake of speed.

  3. 03

    Pilot in 2⁠–⁠6 weeks

    We build and test 1⁠–⁠2 scenarios on your data. You see a live system with real metrics before a full rollout.

  4. Production deployment

    04

    Integrations

    We embed the system into your stack: CRM, 1C, telephony, messengers. The data stays in your infrastructure.

  5. 05

    Launch and support

    After launch — model quality monitoring. On accuracy drops or data drift, we retrain the model and ship a new release.

Principles

  • Modular, not monolithic

    We build the system from clear parts: search, classification, routing, answer templates. A language model goes only where nothing else will do, so the system behaves predictably and is easy to check.

  • RAG, not just a chatbot

    Answers are grounded in your documents, not in what the model imagines. Every response can be verified against its source.

  • Quality by metrics

    Before launch — a test set from your real examples. On every change — regression testing. You see numbers, not promises.

  • Security by design

    Role-based access control, audit logging, and flexible deployment — on your infrastructure or cloud, per your requirements.

Experience from large technology companies

Our engineers worked at leading Russian technology companies before joining Dzeta. We know how industrial systems are built from the inside and build to the same standards. We write the code and build the systems ourselves. There are no subcontractors between you and the engineers.

  • T-Bank

    ML engineers, recommender systems, natural language

  • Nornickel

    Industrial machine learning, sensor analytics, anomaly detection

  • Sber

    Computer vision, natural language, AI product development

Academic background

  • MSU
  • MIPT
  • HSE
  • Bauman MSTU
  • MARCHI
  • UrGAHU

Technology

We use proven models, data systems, and development tools. The architecture follows your requirements, not a preferred vendor.

Language models
OpenAI, Claude, Gemini, LLaMA, Mistral, Qwen, Ollama
Model tooling
LangChain, Hugging Face, vLLM, TGI, ONNX Runtime, TensorRT
Search and vector stores
Qdrant, Elasticsearch, Redis, Pinecone, Weaviate
Machine learning and vision
PyTorch, scikit-learn, YOLOv8, RT-DETR, LightGBM, CatBoost
Data and pipelines
PostgreSQL, ClickHouse, TimescaleDB, Apache Kafka, Apache Airflow, MLflow, DVC
Infrastructure
Docker, Kubernetes, Grafana
Development and interfaces
Python, FastAPI, C++, React Native, Telegram, Qt, Figma

Formats and pricing

How the full cost is calculated: company details

Audit & plan

3–5 business days

We analyze your task and prepare a concrete plan for your process.

  • Solution architecture for your task
  • Data sources and integrations
  • Risks and limitations — no sugarcoating
  • Pilot plan with quality criteria
  • Timeline and scope estimation

On requestDepends on the number of processes

Request audit

Production deployment

4–12 weeks

All scenarios, integrations, monitoring, and support.

  • All scenarios and integrations
  • Access control and audit
  • Monitoring and alerts
  • Knowledge base update protocols
  • Support by agreement

Custom

Discuss

Frequently asked questions

Will data go to ChatGPT or other external services?

Not unless you want it to. Data stays in your infrastructure or private cloud, without transfer to third parties. We discuss deployment architecture during diagnostics and fix it in the contract.

Do we need our own IT department?

No. We handle everything — from design to launch. On your side, you need a person who understands the process: what to tell customers, which documents matter, how the work is structured.

What if the pilot results are unsatisfactory?

That's exactly what the pilot is for. Before starting, we jointly define success criteria and metrics. If results aren't achieved — we say so directly and propose adjustments. We don't scale what doesn't work.

How is pricing determined?

It depends on scenario complexity, number of integrations, and data volume. The audit price depends on the number of processes — we name it after a short call. Pilot — from 290,000 ₽. Production — custom, after pilot results.

How long does implementation take?

Diagnostics — 3⁠–⁠5 business days. Pilot — 2⁠–⁠6 weeks. Full deployment — 4⁠–⁠12 weeks. You get the first measurable result during the pilot, before scaling.

Do you only work with large enterprises?

No, our primary audience is mid-size business. We apply engineering standards but design for realistic budgets. If there's a repeatable process and a clear outcome — we can most likely help.

Tell us what needs to work better

A short description is enough to start. We will clarify the data, workflow, and success criteria together.

Your request goes directly to our team.

Task
Or write directly
contact@dzeta.ai