# Connectivity 2.0: settlement framework — Open Planning > How to count infrastructure by connectivity rather than volume: the same-day accessibility index, clock-face timetables, logistics consolidation and backhaul, the internet as the fifth utility, INFRA FIRST, the digital twin of settlement, ten anti-patterns and a first-year roadmap. Источник / Source: https://gosplan2.ru/en/connectivity Язык / Language: en Обновлено / Updated: 2026-08-19 PDF: https://gosplan2.ru/downloads/connectivity-memorandum-en.pdf (34 p.) --- An interchange — the place where connectivity is either created or lost. Photo: Unsplash # CONNECTIVITY 2.0 Infrastructure, flows and the digital framework of settlement Count the connectivity achieved, not the volume built Analytical memorandum · working draft ## The core shift: count connectivity, not volume Infrastructure is planned in kilometres, hospital beds and megabits. Volume answers none of the questions a person and a shipment actually ask: can I get there, can it get there — and in how long. The unit of planning is neither a facility nor a sector but the daily cycle. the human cycle “home → service → home” · the freight cycle “production → consolidation → market” Connectivity is not additive: two roads that do not meet at a node give fewer connections than one road through a node. A decision is therefore taken on the change in connectivity of the whole network, not facility by facility. ## The settlement framework: four levels and the rule of time Levels are defined by function and access time rather than population. A settlement of 800 serving five neighbouring ones is an anchor centre by role. ### L0 — settlement Daily: school, health point, shop, community centre, local work. 15 minutes on foot. ### L1 — anchor centre Weekly: clinic, public services, college, sport, market, logistics hub. 60 minutes from L0. ### L2 — small town, district Monthly: hospital, court, technical college, larger retail, distribution centre. 120 minutes. ### L3 — regional capital Rare: university, specialised medicine, airport, regional agencies. From any L0 there is a connection to its L1 allowing one to travel, receive the service and return the same day, on at least five days a week _A stop beside a field. The infrastructure is there; what it does not answer is whether one can reach the district centre and return the same day. Photo: Unsplash_ The same-day accessibility index is the share of residents for whom that cycle closes under the timetable in force. Computed from timetables and a map, without surveys. The critical subtlety: opening hours count — a run delivering a passenger to a closed office does not close the cycle. ## The timetable is worth more than the asphalt A clock-face timetable: every route arrives at the node in the same minute of the hour and departs a few minutes later. The transfer becomes guaranteed. Connectivity grows multiplicatively with reliable connections and only linearly with the number of runs. ``` WITHOUT A CLOCK-FACE WITH ONE route A arrives :10 all arrive :55 route B departs :05 all depart :05 wait 55 min wait 10 min 3 routes -> 2 links 3 routes -> 6 links ``` ### Clock-face timetable A guaranteed transfer with no new fleet. The cost is organisational: dispatch control and slack in the schedule. ### An equipped interchange Canopy, heat, toilet, displays, wayfinding, cycle parking, parcel point. The transfer stops being a punishment. ### A through ticket One journey instead of three separate ones. Paying twice kills demand more reliably than journey time. ### Consolidating dedicated runs School, medical and postal routes in one contour instead of three parallel ones — a saving on existing spending. ### Priority on the approach Time is lost on the final kilometres before the centre, not in open country. ### A new line Large capital investment. Justified once organisational measures are exhausted, not before. _The school run: the route, the vehicle and the driver exist, yet serve one category of passenger twice a day. Photo: Unsplash_ Operator contracts pay for mileage — so an operator who ran everything without securing a single connection counts as compliant. Payment should follow achieved chains. But records come first: machine-readable timetables and recorded actual arrivals, or a clear bad metric is merely swapped for an opaque one. ## The last mile A perfectly synchronised timetable does nothing for someone living four kilometres from the stop. Below a certain flow a scheduled route does not work economically, and four options remain — all worse than a bus in a city. ### An infrequent route One or two runs a day do not close the cycle against the service’s opening hours. ### Demand-responsive transport Requires district-level dispatch, connectivity and a payment habit. The economics at low density are unproven. ### Consolidation with dedicated runs The route, the vehicle and the driver already exist. The limits are regulatory and insurance-related. ### Supporting private mobility May be the cheapest of all — and gives nothing to those the system exists for: the elderly and children. Part of the problem needs no transport: a lit pavement with winter maintenance moves 700–1,200 metres from “impassable” to “normal”. It is the cheapest transport measure available, and it almost never enters transport programmes because it is formally classed as landscaping. ## Logistics: consolidation and backhaul Rural logistics is expensive not because of distance but because of empty running and small consignments. The cost arises on the first and last kilometre, not on the trunk haul. The return run is capacity already paid for and standing idle. _A trunk run. The economics are set not by this stretch but by the first and last kilometre — and by what the vehicle carries back. Photo: Unsplash_ ### Micro-hub at L0 Acceptance, scales, packing, labelling, a small cold store, parcel pickup. Crucially it is not built but placed inside the existing community centre from SELO 2.0. ### District hub at L1 Consignment build-up, palletising, paperwork, veterinary clearance, industrial refrigeration, cross-docking, carrier access. ### A load exchange Technically simple: a register of runs with free volume plus a register of consignments. The difficulty is organisational — trust, standard packaging, electronic waybills, runs published in advance. _A district hub: consignment build-up, paperwork, cross-docking, carrier access. Photo: Unsplash_ ## The cold chain: the precondition of all agricultural logistics Milk, meat, berries, greens and fish lose marketability when the temperature regime breaks. The break happens not on the trunk haul, where the reefer runs, but at the transition points: in the field, during loading, while waiting, at transhipment, at handover. ``` field --X-- waiting in the sun --OK-- reefer --X-- transhipment --OK-- store --X-- handover each X cancels every preceding OK ``` Cold is a continuous chain whose value is set by the weakest link. A refrigerated vehicle with unrefrigerated acceptance in the settlement produces no effect. And it is a permanent electrical load — which returns to ENERGY FIRST: capacity is confirmed before, not after. ## The internet as the fifth utility Fibre should be counted as a utility alongside water, heat, electricity and the road. But the metric “coverage” leads to a systematic error: it describes none of the parameters that determine whether a link is usable for work. _An optical patch panel — the physical layer that reporting reduces to a single number, “coverage, %”. Photo: Unsplash_ ### Uplink Video calls, telemedicine, remote work. A 100/5 link is formally excellent and practically unusable. ### Latency and jitter A video conference fails from instability, not from a shortage of megabits. ### Time to restore A territory on a single channel loses school, health point, tills and public services at once. ### Peak-hour speed “There is coverage” and “it works in the evening” are different statements. Measured only through complaints. For the school, the health point and the community centre — a second channel over a different physical medium. Two channels from one operator along one route are not redundancy. Plus autonomy during an outage: a local cache, offline acceptance of applications, local telephony. ## INFRA FIRST metering and losses → capacity → reserve → connection → and only then new development The first investment is a meter, not a pipe: in a system with unknown losses, expanding capacity partly feeds those same losses. The choice between centralised and decentralised is made on 25-year cost of ownership, not by habit. Free capacity at the connection point is a constraint in the territorial model, not a separate sectoral topic. ## The digital twin of settlement In SELO 2.0 the twin is described for a single settlement. For flows that is not enough: a flow exists between nodes. The model must be a network and must recalculate its layers automatically — a new quarter immediately yields added trips, substation load, demand for school places and a change in accessibility for its neighbours. The minimum workable version is four datasets: machine-readable timetables, the road network with seasonal passability, service points with opening hours, population by settlement. That is enough to compute the index and see the bottlenecks. ## Four comparable metrics ### Cost per passenger-minute saved Compares timetable, road and interchange against one another. ### Cost per point of accessibility gained Compares investment across different territories. ### Cost per unit cut in small-consignment tonne-kilometre Compares hub, cold store and load exchange. ### CAPEX per new permanent resident Compares an infrastructure package with direct relocation incentives. Payment by result works only with independent measurement: if the indicator is computed by the party being paid for it, the metric degrades within one contract cycle. The measurement contour therefore comes before the contractual one. ## Ten anti-patterns What follows happens by default unless expressly prohibited. - 1 A road without a timetable: resurfaced route, accessibility unchanged by a single minute - 2 Housing before utilities and before the bus - 3 “Coverage” instead of measurement: a subsidy for declarations produces declarations - 4 A hub without cold: it serves only non-perishables - 5 Duplication instead of connection: promising a service everywhere blocks organising the trip - 6 A single channel to a critical point - 7 The model held by a contractor: planning ends with the contract - 8 Payment for mileage: every run delivered, not one connection secured - 9 The timetable as a PDF: formally published, unusable for computation - 10 Optimisation without a failure scenario: the system collapses at the first fault The costliest is the ninth. A timetable published as a PDF makes everything else impossible: the accessibility index, clock-face planning, apps, outcome-based contracts. It is the cheapest requirement on the list and the precondition for the other nine. ## Roadmap for the first year ### 1. Measure the accessibility index 1–2 months. Collect timetables and service points, compute the share of residents with a closed cycle, publish the map: who is cut off and why. ### 2. Active measurement of connectivity 1–2 months, in parallel. Agents at subscriber points, four parameters by address, separate checks for school, health point and centre. ### 3. Inventory of flows 2–3 months. Who travels where, what is moved out, the share of empty running, the loading of dedicated runs. ### 4. One clock-face interchange 6–9 months. Bring timetables into a clock-face pattern, equip the transfer, measure before and after. ### 5. One micro-hub 6–12 months. Acceptance, cold store and pickup in the existing building; a load exchange; measurement of delivery cost and temperature breaches. The first three steps are measurement. They cost orders of magnitude less than any construction and are useful in themselves: they show where connectivity is lost before the money is allocated. ## What is unverified Without this section the document would read as a finished programme. - The economics of demand-responsive transport at low booking density - The size of “city → village” migration, on which the whole demographic case rests - The willingness of connectivity providers to disclose actual parameters - The scale of cold chain losses at small-producer level - The 30 / 60 / 120-minute thresholds are working values, not a research finding - The institutional feasibility of a single owner of connectivity Connectivity cannot be designed if nobody owns it. Until a specific organisation is answerable for it, with a budget and an indicator, it remains the sum of other people’s side effects. ## Three memoranda, one contour SELO 2.0 answers what to do with a territory. Biophilic Cities answers what the environment should be. Connectivity 2.0 answers what connects those territories. The community centre from the first document is simultaneously the logistics micro-hub and the last-mile point of the third, while its square is an element of the biophilic framework.