NATIONAL PROJECTS

NATIONAL PROJECTS

ANALYSIS OF SUSTAINABLE DEVELOPMENT GOALS (SDGs)

1. GENERAL CONCEPT

This model provides for the formation of a system of national projects synchronized with the logic of the Sustainable Development Goals, but adapted to the tasks of state sovereignty, economic self-sufficiency and long-term development. Unlike the declarative model, each national project is built as:

• closed socio-economic cycle,
• The reproduced model,
• a system with measurable economic returns,
• Digitally controlled circuit.

2. PRINCIPLES FOR FORMATION OF NATION PROJECTS

• economic reproducibility.
• Social Measurability.
• Infrastructure support.
• Co-operative involvement.
• Digital transparency.
• Inter-project connectivity.

Each project is not isolated, but is an element of a single system.

3. STRUCTURE OF NATIONAL SDG ANALYSIS PROJECTS

Project 1 "Social Sustainability and Income"

SDG Analog 1

Goal: to reduce poverty through the creation of production and cooperative contours.

Tools:

• micro-production clusters,
• cooperative enterprises,
• system of share-participation,
• Retraining programs.

The result: sustainable income through participation in the production system.

NUCP Project 2 "Food Sovereignty"

SDG Analog 2

Purpose: formation of agro-industrial closed cycles.

Tools:

• Regional agricultural clusters,
• processing and storage,
• organic technologies,
• Local logistics chains.

The result: reduced import dependence and price stabilization.

NUTSPROEKT 3 "Healthy Nation"

SDG Analog 3

Goal: Transition from treatment to prevention.

Tools:

• digital health monitoring,
• Physical activity programs,
• prevention centers,
• reduction of risk factors.

Result: reduced budget for treatment.

NUTSPROEKT 4 "Education - Personnel - Production"

SDG Analog 4

Objective: To integrate education into the economy.

Tools:

• Dual training,
• production practices,
• mentoring,
• technological laboratories.

The result: training for real industries.

NUTSPROEKT 5 "Energy autonomy"

SDG Analog 7

Objective: Development of distributed generation.

Tools:

• solar and wind stations,
• local energy cooperatives,
• modernization of networks,
• Digital consumption accounting.

Result: reduction of energy dependence of regions.

NUTSPROEKT 6 "Production without waste"

SDG Analog 12

Objective: Transition to a cyclical economy.

Tools:

• recycling of recyclables,
• digital product passports,
• industrial cooperation,
• reuse of resources.

Result: reduced environmental burden.

NACPROEKT 7 "Technological development and innovation"

SDG Analog 9

Purpose: development of scientific and production base.

Tools:

• Technoparks,
• scientific centers,
• Integration with industry,
• Support for startups.

The result: increased technological sovereignty.

NUTSPROEKT 8 "Environmental Safety"

SDG Analog 13–15

Objective: To reduce environmental risks.

Tools:

• reforestation,
• carbon accounting,
• restoration of water systems,
• Environmental technologies.

Result: sustainable use of natural resources.

4. UNITED CONTROL CONTOUR

All national projects are united by:

• a single digital monitoring center,
• system KPI,
• the financial contour of self-financing,
• Cooperative model of citizen participation.

5. FINANCIAL MODEL

Sources:

• budgetary co-financing,
• public-private partnership,
• cooperative funds,
• income from economic activities,
• Concessions
• investment instruments of development.

The principle is a gradual transition from budget support to self-financing.

6. EXPECTED SYSTEM EFFECT

• Employment growth.
• Reduction of social tension.
• Strengthening food and energy sovereignty.
• Improving the competitiveness of the economy.
• Building a sustainable development model.

IMPLEMENTATION OF NATIONAL PROJECTS

ANALYSIS OF SDGS IN A UNIFIED STATE-COOPERATION DEVELOPMENT SYSTEM

1. GENERAL MODEL OF INSTITUTION

National projects similar to the SDGs are not implemented as separate sectoral programs.

They are integrated into a single development management system, where each project:

• is a closed socio-economic contour,
• has a measurable financial model,
• integrated into the digital monitoring platform,
• connected with other projects through resource and production chains.

2. SYSTEM ARCHITECTURE

LEVEL I — STRATEGIC

A unified doctrine of sustainable development is being formed, which determines:

• priorities of the state,
• parameters of sovereignty,
• performance indicators,
• Principles of cooperative participation.

At this level, target indicators and regulatory framework are approved.

LEVEL II — OPERATIONAL

Each national project is transformed into a closed cycle:

Resource → Production → Social Effect → Income → Development Fund → Scaling

Projects are grouped into cross-sector clusters.

Example:

Food project →

Job creation →

Poverty reduction →

Population income growth →

Increase in domestic demand →

Increased production.

LEVEL III — FINANCIAL

A single financial contour is formed:

• budget co-financing (start-up phase),
• cooperative mutual funds,
• investment instruments,
• return of part of the profits to the development fund.

The principle is a gradual transition to self-financing.

LEVEL IV — DIGITAL

A single digital management platform is introduced, providing:

• accounting of financial flows,
• control KPI,
• social and environmental reporting,
• transparency of distribution of funds,
• efficiency analytics.

Each national project is connected to a single analytical center.

3. PROJECT RELATIONSHIP

Projects do not exist in isolation.

Example of connectivity:

Education →

Training →

Technological project →

Production growth →

Employment growth →

Reduction of social load →

Tax base growth →

Financing of new projects.

Thus, a closed macrosystem of development is formed.

4. INSTALLATION INTO THE UNITED STATES

At the Union State level:

• Uniform standards of implementation are established.
• Interregional clusters are being formed.
• Joint investment funds are established.
• Infrastructure projects are coordinated.

This allows:

• Avoiding duplication,
• synchronizing the industry,
• Enhance the sustainability of regions.

5. INSTALLATION IN THE COOPERATIVE NETWORK

Citizens and businesses participate through:

• mutual mechanisms,
• cooperative forms of ownership,
• participation in profits,
• Strategic voting.

This increases the involvement and responsibility of participants.

6. IMPROVEMENT IN THE NEW ECONOMIC DOCUMENT

Key transition:

From distribution model → to reproduction model.

Main provisions:

• The social task must be economically secured;
• Each project is required to generate added value.
• Profits are partly returned to the development system;
• Digital transparency is mandatory.

7. STAGES OF INSTRUCTION

Phase I

Audit of existing national projects and their comparison with the SDGs.

Phase II

Restructuring in closed-cycle format.

Stage III

Creating a single financial and digital contour.

Phase IV

Scaling through regional and interstate clusters.

8. CONSTRUCTION RESULT

• Transition from point projects to a single development system.
• Reducing dependence on external financing.
• Increased efficiency of budget expenditures.
• Growth of economic and social sustainability.
• A long-term model of sovereign development.

CONSOLIDATED TABLE

“NATIONAL PROJECT — SDGs — ECONOMIC FRAMEWORK — PLACE IN THE VGDE SYSTEM”

№	National project	SDG Analogue	Closed Economic Outline	Financial model	Digital framework	Role in the VGDE system
1	Social Sustainability and Income	SDG 1	Training → Manufacturing → Revenue → Pai → Extension	Joint Fund + cooperation	KPI employment	Basic module of social stabilization
2	Food sovereignty	SDG 2	Production → Recycling → Realization → Reinvest	Agrocooperatives	Product accounting	Contour of food safety
3	Healthy nation	SDG 3	Prevention → Cost reduction → Reinvest	Health Foundation	Health Index	Reduction of budget burden
4	Education-Personnel-Production	SDG 4	Training → Practice → Income → Mentoring	Investment Development Fund	Track competences	System staffing base
5	Energy autonomy	SDG 7	Generation → Consumption → Sale → Modernization	Energocooperative	Energy balance	Sovereignty of infrastructure
6	Technological development	SDG 9	R&D → Manufacturing → Export → Reinvest	Innovation Fund	Implementation Metrics	Technological core
7	Production without waste	SDG 12	Production → Recycling → Recycle	Environmental Fund	Life cycle accounting	Environmental balance
8	Environmental safety	SDG 13–15	Compensation → Recovery → Accounting → Investments	Green Fund	Sustainability Index	Natural capital flow

INTEGRATION INTO THE VGDE SYSTEM

1. Positioning of VGDE

VGDE is a suprasystemic model for managing development, in which:

• The state has a strategy,
• The cooperative sector produces,
• the digital platform provides control,
• The financial circuit closes the economy.

National projects, by analogy with the SDGs, become operational modules of VGDE.

2. Structural levels of VGDE

I. Strategic level

Formation of doctrine, targets, regulatory framework.

II. Production level

Clusters, cooperatives, technology platforms.

III. Financial level

Share system, investment funds, reinvestment of profits.

IV. Digital level

Unified monitoring and analytics platform.

3. The economic logic of VGDE

VGDE brings the social agenda into the economic sphere.

Formula:

Social task → Production module → Value added →

Development Fund → Expansion → Employment growth → Tax base growth

4. Interconnections between projects within the VGDE framework

Food cluster →

Job creation →

Revenue growth →

Increase in domestic demand →

Production development →

Investment growth →

Scaling.

The system works as a single organism.

5. Role of cooperation

Cooperation within VGDE:

• reduces risks,
• distributes the profits,
• Increases involvement,
• They build sustainable communities.

The system provides long-term motivation for participants.

6. The VGDE digital framework

Includes:

• accounting of financial flows,
• social indexes,
• environmental indicators,
• system KPI,
• Predictive analytics.

The principle is full transparency and controllability.

7. Systemic result

Integrating national projects, by analogy with the SDGs, into the VGDE model creates:

• A self-replicating economy.
• Sovereign model of development.
• Reduced dependence on external sources.
• long-term sustainability.
• Co-operative involvement of the population.

INTEGRATION OF MURDE AND EUT

IN THE SYSTEM OF STATE INDICATORS AND STRATEGIC DOCUMENTS

1. GENERAL PROVISIONS

MURDE and EUT are considered instruments for implementing existing strategic decrees and national priorities.

They do not create a parallel system, but:

• strengthen the enforcement mechanisms,
• structure the economic contour,
• provide digital controllability,
• They form a reproduction model of development.

2. EXCHANGE AND POSITIONING

2.1. MURDE

(Model of State Economy Development Management)

Function: closed-cycle management operating system in national projects and strategic programs.

Objective: to translate the strategic goals of the Decrees into managed production and financial contours.

2.2. EUT

(Single Technology Manager)

Function:

digital monitoring, analytics and coordination platform.

Task:

provide transparency, KPI, forecasting and inter-industry synchronization.

3. RELATIONSHIP WITH KEY INDICATIONS

3.1. National Development Goals Decrees

Connection: the Decree defines the objectives → MURDE establishes the economic mechanism for achieving them → EUT provides digital oversight of implementation.

Example: 

The goal is to increase life expectancy.

MURDE forms a preventive closed loop.

EUT - tracks the health index, costs, dynamics.

3.2. Decrees on scientific and technological development

Communications:

Decree → on technological sovereignty.

MURDE → forms industrial innovation clusters.

EUT → monitors the implementation of R&D, investment efficiency.

3.3. Spatial development decrees

Communications:

Decree → balanced development of regions.

MURDE → creates closed regional clusters.

The EUT → analyses imbalances and reallocates resources.

3.4. Decrees on food and energy security

Communications: 

Strategic objective →: Sovereignty. MURDE → forms agricultural and energy contours.

EUT → controls production, consumption balance, investment.

4. SYSTEM MODEL OF INSTRUCTION

Integration formula: Presidential Decree → national project → MURDE (a closed economic loop) → EUT (digital oversight and analytics) → development fund → scaling up.

5. ROLE IN THE SYSTEM OF THE UNITED STATES

At the inter-state level:

MURDE:

• unifying economic mechanisms,
• Create joint clusters,
• Reduce the duplication of infrastructure.

EUT:

• provides a common digital standard,
• synchronizes KPI,
• Create a single analytical center.

6. FINANCIAL INTEGRATION

MURDE forms:

• share-funds development,
• return on investment mechanisms,
• cooperative production structures.

EUT provides:

• transparency of financial flows,
• automatic calculation of indicators,
• control of the targeted use of funds.

7. PRACTICAL MECHANISM OF IMPLEMENTATION

Stage 1 - Audit of existing programs.

Stage 2 - Restructuring into closed economic contours.

Stage 3 - Connection to a single digital EUT circuit.

Stage 4 - Formation of a self-financing fund.

Stage 5 - Scaling to the interregional and allied level.

8. EXPECTED RESULT

• Improving the controllability of the execution of decrees.
• Reduction of inefficient budget expenditures.
• Acceleration of technological development.
• Increased regional sustainability.
• Formation of a replicating economic model.