"Atlas of construction" Just like a catalog, it will be a weak product. If you make it as an industry management tool, this is the level of the system. Let's do it right.
ATLAS OF CONSTRUCTION OF RUSSIA
Definition. Atlas of construction is a digital map and an analytical system that displays in real time:
- construction objects
- Market participants
- infrastructure
- resources
- risks and dynamics of development of territories
👉 In fact: it is the “navigation system” of the construction industry
role in the system. The link is:
- ECOSU →
- Atlas of construction → shows the picture of the industry
👉 ENPI = management. Atlas = visibility and analytics
Main objective. Create a transparent digital picture of construction across the country.
What Atlas Displays
Construction objects
- Residential Complexes
- IZHS
- infrastructure
- industrial facilities
📌 Statuses:
- draft
- Construction
- input
- Operation
Territories
- regions
- Agglomerations
- Human settlements
- the Development Zone
Market participants
- Developers
- Contractors
- Designers
- suppliers
👉 with ratings and project history
Resources
- materials
- Technics
- Workforce
- production capacity
Infrastructure
- Roads
- Network
- schools, hospitals
- Transport
Atlas Functions
1. Monitoring
- what is being built
- where
- At what stage
2. Planning
- Where to build
- Where infrastructure is lacking
- Where the market is overheating
3. Analytics
- Timeline
- cost
- efficiency
- Risks
4. Forecasting
- Demand for housing
- development of territories
- Investment Zones
5. Monitoring
- Compliance with deadlines
- Deviations
- Problem objects
System architecture. Atlas is based on data from:
- ECOSU
- Rosreestra
- GIS and cadastre
- Banks
- Developers
- regions
👉 It all comes down to a single map.
Interface format
Imagine:
- map of Russia
- Zoom to the site
- click → all information about the object
👉 Like Google Maps, but for building
Key effects
For the State:
- Full transparency of the industry
- Management of Territory Development
For business:
- Understanding the market
- Selection of the best locations
For citizens:
- Understanding what and where is being built
- Risk protection
Connection to our system
A very important point:
👉 you are actually building 3 industry core elements:
- Concept of construction development
- ECOSU (operator)
- Atlas of construction (visibility)
Next level (strong move)
If you combine: 👉 ESOSU + Atlas will be:
Russia's Digital Construction Ecosystem
Final Formula
The construction atlas is the “eyes of the industry”.
EOSU is the “brain of the industry”.
TECHNOLOGIES AND CONSTRUCTION INFRASTRUCTURE
Basic idea Modern construction is no longer “concrete and people”. These are: 👉 Industrial + digital + infrastructure system
Architecture (3 levels)
Technology (how we build)
Infrastructure (what it rests on)
Digital framework (how we manage)
CONSTRUCTION TECHNOLOGIES
Industrialization (new generation)
- modular construction
- Factory Assembly of Elements
- Model solutions
- Quick assembly on the site
👉 Effect:
- -30–50% terms
- Reducing errors
BIM / TIM (digital design)
- 3D-model of object
- Digital Double
- integration of all project sections
👉 Effect:
- less alterations
- cost control
Robotization and automation
- construction robots
- Drone
- 3D-printing buildings
- Automated Equipment
Smart materials
- Energy Efficient Solutions
- Composite Materials
- CLT, "green" technologies
Digital Construction Control
- online monitoring
- photo/video fixation
- IoT sensors
👉 this is the base for ECOS
CONSTRUCTION INFRASTRUCTURE
Engineering infrastructure
- water
- Heat
- Electricity
- Sewerage
👉 Without it, construction is meaningless.
Transport infrastructure
- Roads
- Metro
- Logistics
- access roads
Social infrastructure
- School
- Hospitals
- Kindergartens
- Public Spaces
Production base
- Building Materials Plants
- Careers
- Logistics
👉 This is the foundation of the entire industry.
DIGITAL CONTOUR
ECOSU (operator)
- Process Management
Construction Atlas
- Visualization and Analytics
Digital object passport
- all data on the building
- history of construction
- Operation
Integrations
- Public Services
- Banks
- cadastre
- BIM
KEY PROBLEM TODAY
Let me be clear:
👉 Technology is
👉 Infrastructure is
❌ but no:
- ligaments
- Unified Management
- Digital Circuit
WHAT TO DO
Linking technology and infrastructure Not separately:
- construction
- Network
- Roads
👉 a Single Territory Project
Make digitalization mandatory
- BIM
- digital data
- control
Industrialization of construction
- Less “hand” work
- more factory production
Manage through the platform 👉 ECOSU + Atlas
EFFECT. If you collect it all:
- terms ↓ to 30%
- cost ↓ 10–20%
- Quality ↑
- Transparency ↑
FINAL FORMULA
Technology is building. The infrastructure holds. The number controls.
A UNIFORM ARCHITECTURE OF CONSTRUCTION OF RUSSIA
(Integrated model of industry development up to 2035)
The essence of architecture
Construction is not an industry, but a system for managing the development of territories.
👉 The architecture combines:
- Technology
- infrastructure
- digital platforms
- Market participants
- Public administration
a Single Controlled Circuit
System Core (4 element). Here's your key build:
Concept of development 👉 sets goals and rules
- Where the industry is developing
- What priorities
- the KPI
ECOSU (operator) 👉 Manages processes
- construction
- documents
- Participants
- Finance
Construction Atlas 👉 gives visibility
- object map
- Analysis of territories
- Forecasting
Technology and infrastructure 👉 provide implementation
- materials
- Network
- Transport
- Production
Formula of the core
Concept → Control → Visibility → Realization
Layers of architecture. Let's build into a clear model:
Physical layer (what is being built)
- Housing
- infrastructure
- City
- objects
PRODUCTION SLAY (how it is built)
- Factories
- materials
- Technics
- Logistics
TECHNOLOGICAL LAYER (what is being built)
- BIM/TIM
- Automation
- Robots
- Digital Twins
DIGITAL LAYER (how it is managed)
- ECOSU
- Atlas
- digital passports
The management layer (who manages)
- State
- regions
- Business
- development institutions
End-to-end process (life cycle)
That’s where most systems break down — you have to have that core:
SINGLE CYCLE
Planning → Project → Finance → Construction → Oversight → Commissioning → Operation
👉 all in figure 👉 All in one system
How it works together. Example:
- The Atlas shows: 👉 Where a new area is needed
- Via ECOS: 👉 The project is launched
- BIM: 👉 Creating a model
- System: 👉 Counts the cost
- Construction: 👉 Controlled online
- Object: 👉 Obtaining a digital passport
Key Principles of Architecture
- Single Digital Outline
- Life Cycle Management
- Data as the basis of decisions
- Transparency of all processes
- Integration of all participants
What is changing radically? It was:
- Disjointed systems
- manual control
- opacity
- Long term
Becomes:
- Platform
- Automation
- Transparency
- Acceleration
Effect of implementation
- terms ↓ to 30%
- cost ↓ 10–20%
- Errors ↓ times
- Transparency ↑
- investments ↑
Final model 👉 Russia is getting: Digital Managed Construction System
FINAL FORMULA
Construction = Platform + Technologies + Infrastructure + Data