Where Revised Guidelines Meet the DX Mandate
How MIC's October 2023 revised guidelines and the Municipal DX Promotion Plan Version 5.0 converge on the FM domain
The unit costs and amounts that follow are assumptions this article makes, not published statistics. They move a great deal with the building, the area and the line of business, so replace them with your own quotes and comparable local results.
Adoption rate of the Comprehensive Plan for Public Facilities Management (as of March 2023, MIC)
99.8%
Estimated renewal cost of nationwide public facilities over the next 40 years (MIC)
¥190 trillion
National government buildings more than 30 years old
Over 50%
MLIT. No equivalent national figure exists for municipal public facilities
Core operations targeted for standardization under the Municipal DX Promotion Plan (FM is not among them)
20 operations
Public Facility Management (FM) refers to the integrated approach municipalities take to managing, utilizing, and restructuring the buildings they own — government offices, schools, community halls, gymnasiums, and parks — over the medium and long term. In 2014, the Ministry of Internal Affairs and Communications (MIC) asked every municipality to prepare a Comprehensive Plan for Public Facilities Management, and on October 10, 2023, it issued revised guidelines for those plans.
The adoption rate of the Comprehensive Plan reached 99.8% as of March 2023, with nearly every municipality having a plan in place. The revised guidelines named decarbonization, universal design, disaster resilience, and visibility of facility information as new focal points, signaling at the document level a shared direction toward "FM premised on DX."
The gap, however, lies between the existence of a plan and the existence of the data infrastructure to support it. The guidelines call for "management decisions grounded in data," but the underlying inventories — facility ledgers, repair histories, utilization figures — are held in a patchwork of paper, Excel, and dedicated systems that varies substantially across municipalities. This gap between the guidelines' direction and operational reality is the central concern of this article.
Relation to the Municipal DX Promotion Plan, Version 5.0
On December 17, 2025, MIC released Version 5.0 of the Municipal DX Promotion Plan. Its central pillar remains the standardization of 20 core operations — including the basic resident register and tax administration — by the end of FY2025, and Version 5.0 elevates "system integration" to a stand-alone priority. Public facility management is not among the 20.
This is an explicit design choice. Core operations carry direct effects on resident services and are comparatively uniform across municipalities, making standardization high-value. FM, by contrast, varies widely in facility mix, financial situation, and operating structure. The preliminary work needed to define a standard does not yet exist. As a result, FM DX sits outside the mainstream of the Municipal DX Promotion Plan.
Individual Facility Plans and the Long-Life Basic Plan
The planning hierarchy in public facility management has three layers. At the top sits the Infrastructure Long-Life Basic Plan (national, 2013); in the middle, the Comprehensive Plan for Public Facilities Management (municipal-wide, notified in 2014); and at the bottom, Individual Facility Plans (facility level, to be prepared by FY2020 as the target).
Following the revision of MLIT's "Infrastructure Long-Life Plan (Action Plan) for FY2021–FY2025," individual facility plans are largely in place across municipalities. The loop from "accumulated inspection data" to "management decision" remains underdeveloped, however. In many cases, inspection results sit scattered across paper files and Excel sheets, leaving them effectively unreadable as a connected dataset.
The State of Municipal FM System Adoption
The scale-based divide that lies behind the 99.8% adoption rate
A Two-Tier Divide by Scale
FM system adoption splits clearly by municipal scale. In designated cities, core cities, and other municipalities of more than 300,000 people, dedicated FM systems such as FM-Integration, ArchiBus, and IBM Maximo are increasingly in use. In smaller municipalities of tens of thousands of residents, Excel- or Access-based ledgers, and in many cases paper-based management, remain the standard.
Pulling together private research and consulting reports, FM stands outside the mainstream of standardization within the broader municipal systems market, with the scale-based gap in adoption persisting. While core-operation standardization advances, FM remains in the territory of "municipality-by-municipality bespoke handling."
Leading Examples: Hadano City and Nagareyama City
Hadano City and Nagareyama City are the cases most often referenced as domestic frontrunners. Hadano set up its Public Facility Restructuring Division in 2008, giving it the longest continuous record in municipal FM in Japan. The Hadano City portal publishes white papers, plans, and progress materials on an ongoing basis.
Nagareyama City received the Encouragement Award at the 7th JFMA Awards for combining comprehensive facility management contracting with bulk electricity procurement. The Nagareyama City FM page documents the framework and figures. What the two cities share is a sustained specialist division for FM and an internal loop linking data accumulation and decision making.
Major Vendors and Market Structure
Major domestic players in the municipal FM system market include Fujitsu, NEC, FM Systems (FM-Integration), Pasco, and Internet Initiative Japan. International offerings such as ArchiBus and IBM Maximo are deployed in some large municipalities and international airports. The Japan Facility Management Association (JFMA) Public FM Information portal consolidates industry-level case material.
The market is shaped by per-municipality customization, which keeps unit prices high and creates real risks around data migration costs and vendor lock-in. Because FM is not in the 20 operations, there are no standard-specification guidelines led by the Digital Agency. Each vendor implements proprietary specifications, raising the barrier to inter-municipal data flow and broad-area FM.
Anatomy of the Technology Stack
Integrated operation of BIM/CIM, GIS, IoT, and inspection data, and the criteria for choosing between cloud and on-premises
BIM/CIM, GIS, IoT Sensors, and Inspection Data
The FM DX technology stack divides into four layers.
First, BIM/CIM (Building Information Modeling and Construction Information Modeling). This carries attribute information (materials, seismic performance, equipment specifications, maintenance history) on 3D models of buildings and infrastructure. Adoption is advancing in new public construction under MLIT leadership, but retrofitting existing buildings has been slow, and only a minority of owned facilities currently have BIM/CIM data.
Second, GIS (Geographic Information System). GIS integrates locational and attribute data on a map. It has advanced first in flood control and disaster prevention; application in FM is lagging.
Third, IoT sensors. Real-time data on building temperature, humidity, electricity consumption, and pedestrian flow feed into energy management and deterioration prediction. Adoption has begun in leading municipalities, but initial investment and operating personnel costs are substantial, limiting diffusion among smaller municipalities.
Fourth, inspection data. The results of periodic inspections under Individual Facility Plans — concrete deterioration, equipment failures, seismic performance — need to accumulate as structured data. Simply turning paper reports into PDFs does not allow cross-cutting aggregation or year-over-year comparison, so structuring inspection data is typically the first step in the DX path.
Connection with PLATEAU and the Current Gap
Project PLATEAU, led by MLIT, develops 3D city models at national scale. Since the project began in 2020, 3D city models had been developed for 329 cities as of the end of FY2025.
PLATEAU is built around "urban geometry" — the shape and location of buildings — and does not by design carry the equipment, repair history, and utilization data that FM requires. Leading municipalities such as Saitama City and Tokyo Metropolis are experimenting with integration of GIS, FM, and 3D city models, but nationwide the separation between "urban geometry" and "in-facility data" persists.
Choosing Between Cloud and On-Premises
For the FM system foundation, the cloud-vs-on-premises choice is a recurring topic. Cloud-based systems require less initial investment and lend themselves to inter-municipal horizontal deployment and broad-area FM. On-premises systems remain in use at municipalities that, citing information security policy constraints around building inspection data, still prefer to retain operational control on site.
In the context of the Government Cloud migration, the 20 operations are by design cloud-first, but FM sits outside that scope, leaving each municipality to make its own judgment.
Four Operational Challenges
Initial cost, human resources, data standardization, and integration with existing systems
Four operational areas account for most of the friction in FM DX.
Area 1: Initial Cost
Dedicated FM system deployments in municipalities of around 300,000 population can run from tens of millions of yen to the hundreds of millions. For smaller municipalities, that initial investment is hard to justify alone, and the result is often a decision to defer adoption. National subsidies for the Government Cloud migration are restricted to the core operations; FM remains outside the eligible scope.
Area 2: Human Resources
Running an FM system effectively requires people who combine knowledge of facility operations, construction, and data analysis. Hadano and Nagareyama can sustain dedicated divisions, but most municipalities have officials in finance or property administration carry the FM system on top of other duties. Knowledge erosion at each personnel rotation remains a deep-seated issue.
Area 3: Data Standardization
FM data has international standards such as IFC (Industry Foundation Classes, the BIM data exchange standard) and COBie (Construction Operations Building Information Exchange), but adoption among Japanese public facilities is limited. Item definitions and data formats vary across municipalities, leaving the prerequisites for inter-municipal data flow and broad-area FM unmet.
Area 4: Integration with Existing Systems
Integration with other municipal systems — financial accounting, payroll and personnel, public property management — is also a question. Standing up an FM system in isolation produces another data island unless it links with the fixed-asset ledger and financial settlement data, which then cannot be used in actual facility management decisions. As the 20 operations advance toward standardization, the question of how the FM domain connects to the surrounding systems remains a design-level open question.
Connection Points with PPP/PFI
FM data as a precondition for sounding, and its contribution to VFM calculation
FM Data as a Precondition for Sounding
PPP/PFI, Small Concession, and comprehensive private outsourcing all depend on private operators having enough information to judge which facilities they would actually use. In municipalities that lack a working dataset of facility ledgers, repair histories, utilization, and surrounding demand, sounding-style market dialogue tends to lose substance. When operators cannot construct cost estimates or revenue projections, the outcomes include unbid solicitations and applicant withdrawals.
Structural analysis of unsuccessful solicitations is treated in a companion article on the three axes of revenue model, required service level, and procedure (see Park-PFI Failure Patterns). All three axes have, upstream of them, the precision of the FM data the municipality holds. When that precision is low, the sounding stage cannot structure the issues clearly, and the risk of setting required service levels either too high or too low increases.
Contribution to VFM Calculation
VFM (Value for Money) is a cost-effectiveness indicator whose calculation is mandatory under conventional PFI law. Park-PFI and Small Concession draw their authority from sector-specific statutes and fall outside the PFI Act's mandatory VFM requirement; conventional PFI projects, however, still require an estimate of the facility's lifecycle costs as the foundation for VFM.
If FM DX advances, structured inspection data, repair histories, and utilization can lift the precision of lifecycle cost estimates. The recurring council-level concern that "the numbers lack a solid basis" gradually finds a stronger footing as the underlying data infrastructure improves.
Comprehensive Private Outsourcing and FM Systems Are Mutually Dependent
Comprehensive private outsourcing entrusts the maintenance and operation of multiple facilities to a private operator under a single contract. Nagareyama City's case (JFMA Encouragement Award) is illustrative, and combining the contract with bulk electricity procurement amplifies cost savings. The design presumes that facility information is organized across facilities. FM systems and comprehensive private outsourcing function as the technical foundation and contractual scheme of the same operating model.
Structural Implications and Open Questions
Connecting to the 20 standardized operations, broad-area FM, data infrastructure standardization, and international comparison
Whether to Add FM to the 20 Standardized Operations
Whether FM should join the 20 standardized operations under the Municipal DX Promotion Plan remains an open policy question. As noted, the variation in FM operations across municipalities is wide, and pulling FM directly into the 20 operations is not realistic in the near term. In the longer run, however, there is room for government-side work on the prerequisites — common item definitions, data formats, and a baseline of information that must be held.
The Possibility of Broad-Area FM
For municipalities under 50,000 residents, holding a standalone FM system is becoming structurally difficult on both cost and personnel grounds. Joint procurement across multiple municipalities and broad-area FM designs emerge as realistic alternatives. The collaboration patterns between Nagareyama and surrounding Chiba Prefecture municipalities and the joint-procurement cases in Hokkaido among smaller municipalities are widely cited as reference points.
Japan's Structure as Seen from International Comparison
The UK's UK BIM Mandate made Level 2 BIM mandatory for public construction and infrastructure procured by the central government from April 2016. The use of public procurement as a lever to push data standardization is the single largest contrast with Japan. From 2018 onward, this evolved into the UK BIM Framework based on the ISO 19650 series, with ongoing institutional updates.
Singapore's Virtual Singapore is a 3D model of the city built in intricate detail. It is a collaboration between the National Research Foundation, the Singapore Land Authority, which supplies the topographical mapping data, and GovTech, which supplies the information and communications expertise, with the 3D design software company Dassault Systemes also involved. The uses GovTech's explainer names are finding all roof and wall surfaces at a given height or bearing, calculating the sunlight falling on them to estimate what solar panels would generate, and modelling the impact of flooding so that mitigation can be planned in advance.
Japan, by contrast, develops 3D city models through the bottom-up PLATEAU model led by municipalities, with neither the UK's procurement lever nor Singapore's national-scale concentrated investment. The result is a distinctly Japanese pattern: adoption rates rise gradually while the scale-based gap is preserved.
FM DX as the Foundation of Public Asset Utilization
PPP/PFI, Small Concession, school-conversion projects, and park utilization all assume FM data of sufficient precision. In municipalities where the facility ledger, repair history, utilization, and surrounding-demand data are not in place, proposal accuracy declines across every scheme. FM DX is not merely a technology question; it can be read as the data-infrastructure layer upstream of the entire public asset utilization conversation.
The 99.8% adoption figure documents that the plan-writing phase is largely complete; it does not guarantee progress in implementation. Over the coming decade, as municipalities move from plans to implementation, the readiness of the FM data infrastructure is likely to stand out more clearly as a structural factor in whether public asset utilization succeeds or stalls.
What Is Public Facility Management?
An introduction to the three-fold pressure of aging facilities, fiscal constraints, and demographic decline, and the private-sector options beyond consolidation
The Next Step in Public Facility Management
The implementation phase that follows the comprehensive plan: individual facility plans and the operational picture
Financing Small Concession
VFM-exempt status, minimum-administrative-burden design, and the importance of facility-information precision
What to do next
In the order you can act on them, within the week you read this.
| # | What to do | Where | Rough effort |
|---|---|---|---|
| 1 | Establish the project cost. Above 1 billion yen including construction, or 100 million a year for operations alone, changes what priority review covers | Budget team | Half a day |
| 2 | Check whether your organisation has a priority review regulation. If not, follow the Cabinet Office guidelines | Planning team | One week |
| 3 | Sort facilities by whether user charges are levied, or could be. If they can be, operating rights come into view | Each department | One week |
| 4 | Use steps 1–3 to narrow the method: Park-PFI for urban parks, a small concession for other idle facilities | Departmental decision | — |
| 5 | Pick the first project and run market sounding. Do not advance every facility at once | Private operators | 2–3 months |
Step 1 takes half a day and decides whether review is mandatory at all.
References
Disclosure Status of Comprehensive Public Facility Management Plans on Local Government Websites — Ministry of Internal Affairs and Communications (MIC), Local Public Finance Bureau (2025)
Guidelines for Preparing Comprehensive Plans for Public Facilities Management (Revised October 10, 2023) — MIC (2023)
Survey on the Status of Comprehensive Plan Preparation — MIC (2025)
Municipal DX Promotion Plan, Version 5.0 — MIC (2025)
Infrastructure Long-Life Plan (Action Plan), FY2021–FY2025 — MLIT (2024)
Project PLATEAU — MLIT (2024)
Hadano City: Public Facility Restructuring Initiatives — Hadano City (2025)
Nagareyama City Facility Management Initiatives — Nagareyama City (2024)
JFMA Public FM Information — Japan Facility Management Association (JFMA) (2024)
Government Construction Strategy 2016-2020 — UK Cabinet Office (2016)
Virtual Singapore — Government Technology Agency of Singapore (GovTech) (2024)
