Press Release
August 2026
Experts from the consulting firm Yakov & Partners analyzed 30 AI products and 65 publicly documented implementation cases in Russia and worldwide. The study, “AI Agents: Hype vs. Reality,” found that only 7 out of 18 international solutions, or 39%, met at least five of the six criteria for a full-fledged AI agent. Among the 12 publicly available Russian products reviewed, none were ready-to-use AI agents. The four leading solutions were platforms that allowed companies to build their own agents, while the remaining eight were specialized assistants and chatbots.

“The share of mature systems is even lower in real-world corporate implementations. Of the 43 international cases, only 10, or 23%, reached the L4–L5 level, meaning they can execute an end-to-end process with minimal human involvement. Most solutions remain at L3: they can perform a sequence of operations and have certain autonomous capabilities, but they still require substantial employee oversight.”

Maxim Bolotskikh, Partner and Head of the AI and Advanced Technology Practice
In the Russian market, the experts examined 22 publicly documented cases. Four of them corresponded to the L4 level, and all were developed internally by large companies: Afanasy Ivanov at T-Bank, Markus at Sber, Alfa-Bank’s virtual developers, and Ruban at Severstal. This market structure does not indicate that Russia is lagging behind. Russian customers are more likely to require on-premises deployment, the use of confidential data, integration with legacy systems, and regulatory compliance. As a result, the platform-based approach is developing faster than off-the-shelf SaaS products.

Agent or assistant?

The report proposes six operational criteria for agentic capabilities: an agentic loop; planning; tool use; self-correction; memory; autonomous task completion. A solution is considered a full-fledged agent if it meets at least five of the six criteria. The authors also use a five-level maturity scale, from L1 to L5, ranging from a large language model and an AI assistant to an autonomous agent and a multi-agent system.

“Today, the word ‘agent’ often describes a product’s marketing positioning rather than its architecture. Executives need to determine whether a system can independently break a goal down into steps, operate within external systems, assess results, correct errors, and complete a task from start to finish. Without these capabilities, a company is buying an assistant while expecting end-to-end automation, leading it to overestimate both the required budget and the potential impact.”

Maxim Bolotskikh, Partner and Head of the AI and Advanced Technology Practice
Claude Code, Devin, OpenAI Codex, OpenAI Operator, Cursor, Harvey, and Manus met the threshold for a full-fledged agent. Three more products were classified as agents with limitations, while five were categorized as AI assistants. Two solutions were agentic frameworks, and one was a workflow automation tool. According to the authors, the number of products marketed as agents does not, in itself, demonstrate a company’s maturity. What matters more is the degree of autonomy within a specific process and the measurable results achieved.

Widespread adoption — limited impact

The widespread adoption of generative AI has not yet translated into equally widespread financial impact. More than 70% of Russian companies use generative AI in at least one business function, while all 150 of the largest organizations in the sample have conducted at least one pilot involving key AI technologies. However, only 9% of companies reported an impact exceeding 5% of EBITDA. There has nevertheless been positive progress: over the past two years, the share of organizations without a confirmed impact has fallen from 32% to 22%. The experts explain this gap through an “impact attenuation cascade.” A technology may significantly accelerate an individual task, but when it is introduced into an actual project and scaled across a company, the local improvement encounters approvals, testing, integrations, legacy systems, and unchanged performance metrics.

“The problem is usually not the model itself, but everything around it. If one stage is accelerated while the rest of the process remains unchanged, the bottleneck simply moves elsewhere. Implementation should therefore begin not with the purchase of a license, but with the selection of one repeatable use case, the appointment of a business owner, the establishment of a baseline metric, and the adjustment of employee KPIs alongside the process.”

Marina Dorokhova, Director in the AI and Advanced Technology Practice

The Russian Market: Platforms Instead of Ready-Made Products

The four most mature publicly available Russian solutions—Yandex AI Studio, Sber’s GigaChat Enterprise, Just AI’s Agent Platform, and MTS’s MWS AI Agents Platform—are platforms for building agents. They meet most of the architectural criteria, but customers must use them to create solutions tailored to their own processes. The remaining products in the Russian sample fall into the categories of assistants, legal support tools, and conversational systems, according to the report.

“In Western markets, an AI agent can often be purchased as a ready-made product. In Russia, it generally has to be assembled and integrated into the corporate environment. This is a rational response to requirements related to data, security, and integrations. However, this approach requires an architectural solution based on on-premises deployment, modularity, and the ability to replace the model or vendor without rebuilding the entire system.”

Sergey Kobelev, AI Adviser at Yakov & Partners

Process first, technology second

Internal company processes are regarded as one of the main starting points for the deployment of AI agents. In the international sample, 51% of solutions were used in support functions, while another 37% were applied in customer service, marketing, and sales. The study identifies three factors that influence implementation outcomes. The first is the correct definition of the solution type: agent, assistant, or platform. The second is the scope of the pilot project. The most informative approach is to test the technology within a single repeatable use case consisting of three to seven stages. The process should have a predefined owner, baseline metric, control group, and source of financial impact. The third factor concerns the economic assessment of the project. Partial automation generally reduces the amount of employee time spent on individual operations, but it does not always lead to a direct reduction in personnel costs. The initial impact is therefore more commonly reflected in higher productivity, greater throughput, improved process quality, or increased revenue. The time required to achieve results is longer than technology vendors often claim. The first 90 days are generally devoted to testing the hypothesis and assessing the team’s readiness. The first noticeable results may appear within three to six months, while a confirmed operational impact within an individual process may take six to twelve months. According to the study, a sustainable impact on profit and loss develops over one to two years, while a portfolio of projects may take three to five years to make a significant contribution to EBITDA. A separate section of the report focuses on critical infrastructure organizations. In July 2026, a law supporting the development of artificial intelligence technologies was adopted. It introduces the categories of sovereign and national AI models, while the Russian Government will determine the circumstances in which only such models may be used. The first provisions of the law will take effect on September 1, 2026. The experts therefore recommend making architectural decisions now: deploying systems within an organization’s own or private infrastructure, avoiding dependence on a single large language model or vendor, and building a modular architecture. The report is based on an expert classification of publicly available documentation, corporate materials, and case descriptions using the authors’ proprietary methodology. The analysis covered 18 international and 12 Russian products, as well as 43 international and 22 Russian implementation cases.

Maksim Bolotskikh, Partner

Marina Dorokhova, Director

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