Spatial database
Design layers, objects, attributes and metadata.
02 / Consortium expertise
Geographic information systems and geoportals
We develop GIS as an operational environment where maps connect to registers, documents, infrastructure attributes and workflows. Systems can cover land, property, planning, addresses, utilities, safety, investment and open data. Official references confirm founder-company delivery for communities and utilities.
Who it is for
From need to operational system
We work with territorial communities, government authorities, municipal utilities, engineering organisations and responsible businesses.
We adapt the solution to real data, regulations, resources and client-team responsibilities. Delivery covers audit, requirements, design, implementation, training and support.
Scope
What the service includes
Modules are refined after reviewing source data and project goals.
Registers and documents
Connect mapped assets with records and change history.
Web map and geoportal
Provide internal workspaces and public services.
Field collection
Enable mobile capture of coordinates, photos and condition.
Integrations
Exchange data with cadastres, registers and analytics.
Support and training
Document the solution and train the client team.
Outcomes
Practical value for the client
- One source of spatial information
- Faster access to territory and asset records
- Transparent public services and controlled permissions
- A foundation for analytics, recovery and investment
How we work
Implementation details
The approach is adapted to the client’s data, infrastructure and responsibilities.
GIS as an operational system, not only a map
A useful GIS contains data-maintenance rules, reference lists, identifiers, documents, change history and permissions. The map is an interface to this structure. Users locate a parcel, building, network or address, inspect related records and perform authorised actions. This distinguishes an operational municipal GIS from a static layer collection or presentation web map.
Data architecture and integration
Before development, we define thematic datasets, sources, accuracy, owners and update cycles. Objects from different registers are connected through stable identifiers rather than names or coordinates alone. Where required, GIS exchanges data with cadastres, document systems, engineering models, analytics and field applications, reducing duplication and maintaining consistency.
Internal workspace and public geoportal
Internal users may edit data, attach documents, create selections and control workflows. Residents, investors and partners receive only approved information through a separate public interface. The client controls published layers, detail and terms of use. This combines transparency with security and protection of operational information.
Experience confirmed by client documents
The website includes official materials on GIS for Khrystynivka and Kamianets-Podilskyi communities, the Makariv address register and the Uzh River flood-zone geoportal, all attributed to MagneticOne Municipal Technologies. References concerning Hydra WS, Uzhhorod, Nikopol and Novodonetske confirm Ekolas experience with GIS and calculation systems for utility networks.
Related projects
Experience and delivered solutions
Each case states whether the experience belongs to the consortium or a specific founder company.
Experience of MagneticOne Municipal Technologies LLCGIS for Khrystynivka community
A system for working with the community’s spatial data.
View project →
Experience of MagneticOne Municipal Technologies LLCGIS for Kamianets-Podilskyi community
Municipal management of territory and related data.
View project →
Experience of Ekolas Research and Production CentreWater and wastewater GIS for Yuzhne
A geoinformation platform and network models based on Hydra WS.
View project →Documented evidence
Official client references
Scanned letters open in their original form.
MagneticOne Municipal Technologies LLC
All official references →Khrystynivka City Council
Official letter concerning implementation of a geographic information system.
Open document ↗MagneticOne Municipal Technologies LLCKamianets-Podilskyi community
Official document concerning implementation of a municipal GIS.
Open document ↗Ekolas Research and Production CentreWater Supply and Sewerage Utility
Reference concerning an engineering-network GIS and the Hydra WS software suite.
Open document ↗Practical questions
What to clarify before starting
Which datasets can a municipal GIS manage?
Land, property, planning, addresses, utilities, public realm, safety, investment and other registers required by the client.
Will the system work on a smartphone?
The web interface is responsive, while dedicated forms can support field collection and data verification.
Who updates information after launch?
The client defines roles; we configure permissions, procedures, training and support to keep the system current.
GIS implementation can start with the register or workflow where staff lose the most time searching and reconciling information. The audit identifies sources, coordinate quality, documents, permissions and update responsibilities. A core data model and working prototype are created using real assets, allowing the client to test search, editing, maps, documents and reports before expansion. Further modules use the same compatible foundation, so land, property, addresses, utilities, planning and public services do not become another set of disconnected applications. This staged approach combines early value with sustainable architecture.
IT OTG
Let’s start with your challenge
Describe the context, expected outcome and timing. We will assemble the right team and propose the next step.
Discuss a project↗