MoB3 Key Concepts & Terminology¶

Status: v0.1
Date: 11 July 2026
Parent Task: [M3.3] Key Concepts & Terminology
Depends on: [M3.1] MoB3 Base Frameworks

What This Document Is¶

The MoB3 glossary defines MoB3-native strategic concepts. For terms that originate in the BUFM financial layer or commercial models, this document acts as a reference index — linking to the authoritative definition in the source repo.

Single source of truth rule: If a term is defined in emob-financial-models or emob-commercial-models, that definition is authoritative. This glossary references it — it does not duplicate it.

A. MoB3 Generational Framework¶

Term	Definition
MoB1	Mobility 1.0 — internal combustion engine + mass production (c. 1908–present). Centralized manufacturing, fossil fuel dependency, linear asset lifecycle, high barriers to entry.
MoB2	Mobility 2.0 — electric drive + battery technology (c. 2010–present). Solved the powertrain but not the ownership structure. Characterized by BaaS lock-in, platform-controlled fleets, and concentrated wealth.
MoB3	Mobility 3.0 — decentralized, accessible, generative mobility. Full-spectrum electrification with genuine asset ownership, distributed energy, open ecosystems, and local value retention.
Asset Lifecycle	The three-phase economic life of a MoB3 asset: Finance (acquisition) → Service (operation + maintenance) → Residual Value (second life + recycling).
Leapfrog	The developing world's advantage: skip MoB2's centralized subscription models entirely and go directly from MoB1 to MoB3.

B. Ecosystem Participants¶

Term	BUFM Layer	Definition
Operator	VOR	The end-user who owns and operates the mobility asset. Not a "rider," "driver," or "customer" — an asset operator who participates in the ecosystem as an owner, not a subscriber. Replaces the term "Rider" in BUFM for MoB3 context.
Battery Operator	BCS	Entity that finances, deploys, and manages battery fleets. May be OVES, a third-party financier, or a cooperative. Revenue from swap service fees and carbon credits.
Network Agent	SNS	Local entrepreneur who operates swap/charge stations. Low-barrier franchise model. Revenue from transparent split of swap fees. Community-anchored.
Power Provider	EPS	Entity that generates and sells electricity to the network. May be a solar microgrid operator, a national utility, or an individual operator with home solar feeding surplus to the grid.
Assembler	— (commercial)	Local manufacturer/assembler producing vehicles and batteries from imported or locally-sourced components. Open-standard components.
Financier	— (financing layer)	Entity providing capital for asset acquisition. In MoB3: tokenized RWA enables fractional, distributed financing — not a single bank.

C. BUFM → MoB3 Terminology Bridge¶

BUFM Term	MoB3 Term	Notes
VOR (Vehicle Owner Rider)	Operator Layer	In MoB3, the "rider" is an operator who owns the asset, not just a rider who pays for service.
BCS (Battery Circulation Service)	Battery Layer	Same function; MoB3 adds the asset lifecycle dimension (degradation → second life → recycling).
SNS (Swap Network Service)	Network Layer	Same function; MoB3 differentiates Agent Stations from OVES Stations and enables multi-provider competition.
EPS (Electric Power Service)	Energy Layer	Same function; MoB3 adds solar home-charging as a first-class energy source, not just grid/genset.
DS (Demand-Supply Hub)	Market Layer	MoB3 envisions DS as an open market protocol where multiple providers compete, not a single-entity optimizer.
FFD (Financial Flow Document)	Smart Contract Layer	FFD is the static specification; MoB3 smart contracts are the executable implementation.
EED (Economic Event Document)	On-Chain Event	EED is the accounting artifact; MoB3 records economic events as on-chain transactions.

D. MoB3 Design Principles (P1–P7)¶

ID	Principle	Short Definition
P1	Asset Lifecycle Ownership	Control across the asset's entire economic life: finance → service → residual value.
P2	Energy Sovereignty	Operator can generate own energy or purchase from competitive market. No single fuel gatekeeper.
P3	Transparent, Programmatic Economics	Smart-contract governed payments. Auditable. No hidden fees. Full TCO knowable before purchase.
P4	Open, Interoperable Ecosystem	Standards-based hardware. Open parts. Multiple providers on same platform. No lock-in.
P5	Distributed Value Creation	Wealth retained locally at every layer: assembly, agent ops, solar, recycling, carbon credits.
P6	Low Barriers, Dignified Participation	PAYG path to ownership. Resale market. Voluntary participation, dignified exit.
P7	Full-Spectrum Ambition	Framework scales from 2W → 3W → cars → trucks → boats. Same principles, different parameters.

E. Financing & Ownership¶

Term	Definition
PAYG (Pay-As-You-Go)	Daily or weekly payment model where each payment builds equity toward full ownership. Distinct from lease-to-own (which often has balloon payments or never reaches ownership).
Tokenized RWA (Real-World Asset)	A battery or vehicle represented as a blockchain token. Enables fractional ownership, verifiable history, and programmatic revenue distribution.
Path-to-Ownership	The defined schedule by which PAYG payments convert to equity. Must have a finite endpoint.
Residual Value	The verifiable market value of an asset at any point in its lifecycle. In MoB3, this is on-chain and auditable — not a proprietary estimate by the financing company.
Second Life	Post-vehicle use of a battery for stationary storage (home, microgrid, commercial). Extends asset value beyond mobility.
Recycling Credit	Value recovered from battery materials at end-of-life. Priced into acquisition cost in MoB3.
CAC (Customer Acquisition Cost)	Cost to acquire one operator. In MoB3: agent network + digital onboarding, target < $50 per operator.
ARPU (Average Revenue Per User)	Monthly revenue per operator. In MoB3: swap/charge fees + service plans + carbon credits.

F. Geographic & Market Terms¶

Term	Definition
Geographic Output	A market-specific deliverable (pricing model, whitepaper, project plan) that applies MoB3 strategic + BUFM financial layers to a specific country or region.
TAM (Total Addressable Market)	The full universe of potential operators in a market. For MoB3: all ICE vehicle operators who would benefit economically from switching to electric.
SAM (Serviceable Addressable Market)	The subset of TAM reachable with current infrastructure and financing capacity.
SOM (Serviceable Obtainable Market)	Realistic short-term capture target given competitive landscape and deployment rate.
NWOW (New Way of Working)	OVES's Kenya market entry strategy. Distinct from a simple "deployment plan" — NWOW implies a fundamentally different operator relationship model.

G. Operations & Deployment¶

Term	Definition
Swap Station	A physical location where operators exchange depleted batteries for charged ones. In MoB3: standardized bays, interoperable batteries, agent-operated or OVES-operated.
Agent Station	Swap station operated by a local entrepreneur under a franchise/revenue-share model. Lower CapEx for OVES, higher local value retention.
OVES Station	Swap station fully owned and operated by OVES. Higher CapEx, full revenue retention.
Energy Bundle	Prepaid kWh packages sold to operators. Bart's model: 1/15/60 swap-equivalent bundles at different battery capacities. Market-facing pricing product, not a BUFM concept.
Channel Pricing	Three-tier pricing structure: Distributor → Dealer → Retail. Each tier has defined margin. Bart's commercial innovation.
Landed Cost	Total cost of an imported component: FOB + import duty + freight + clearance. Single source of truth across all BUFM models.
Battery SOC (State of Charge)	Current charge level as percentage of capacity. Used operationally.
Battery SOH (State of Health)	Current capacity as percentage of original capacity. Used for residual value assessment. Critical MoB3 parameter — must be on-chain and verifiable.

H. Economic & Financial¶

Term	BUFM Parameter	Definition
$/tkm ($ per ton-kilometer)	Cross-BUFM	The universal transport efficiency metric: cost to move one ton of payload over one kilometer. Industry standard in logistics, freight, and transport economics. Electric drivetrains are 2-20x lower $/tkm than ICE — this is the economic bedrock of MoB3 (see P0 in premises).
$/pkm ($ per passenger-kilometer)	Cross-BUFM	Passenger equivalent of $/tkm: cost to move one passenger over one kilometer. Used for public transit, ride-hailing, and passenger vehicle economics.
LCOE (Levelized Cost of Energy)	`EPS_LCOE`	All-in cost per kWh from a power source, including CapEx amortization, OpEx, and fuel.
TCO (Total Cost of Ownership)	Cross-BUFM	All costs across the asset lifecycle: acquisition + energy + maintenance + financing − residual value.
Swap Fee	`Swap_Price_Day`	Daily rate for unlimited swaps. In MoB3: market-set, not monopoly-set.
Utilization Rate	`Utilization_Rate`	Fraction of installed capacity actively in use. Key efficiency metric at every layer.
Integer Unit Constraint	`SCALE_FACTOR`	Physical infrastructure expands in discrete units (10 batteries, 15-slot racks, 120kW power blocks). Creates unavoidable slack.
Cascade Constraint	—	A hard limit that flows upstream through BUFM layers. Example: VOR 30% savings → BCS max swap price $0.80/day → SNS overhead < $0.40/kWh/day → EPS LCOE < $0.32/kWh.
Partner P&L	—	Cross-BUFM profit-and-loss statement showing revenue allocation across ecosystem participants. Bart's 40/60 OVES/Partner split is an instance.

I. Competitor & Market Intelligence¶

Term	Definition
BaaS (Battery-as-a-Service)	The dominant MoB2 model: operator buys the vehicle shell, battery is perpetually rented. Swap fees are mandatory and indefinite.
Swap-Only Model	BaaS variant where no home charging is permitted. Operator is 100% dependent on provider's network. Ampersand, Spiro (Africa).
Proprietary Lock-in	When a battery, charging interface, or service network is designed to prevent interoperability. Switching cost = 100% of asset value.
Carbon Credit Arbitrage	Practice of capturing carbon credits from operator activity without sharing revenue with operators. Spiro's documented model.
Tied Selling	Legal concept: forcing purchase of one product (swap service) as condition of another (vehicle). Under review by Competition Authority of Kenya.
Full TCO Comparison	MoB3 competitive tool: compare all-in lifecycle cost (energy + maintenance + financing + residual value), not just "per-km energy cost."

J. Relationship to Other OVES Repos¶

Repo	What It Contains	MoB3 Relationship
mob3web3-frameworks	MoB3 strategic framework, RWA tokenomics, architecture	Home repo for MoB3 strategic layer
emob-financial-models	BUFM: VOR/BCS/SNS/EPS/DS, FFD/EED	Financial backbone. MoB3 principles → BUFM parameters.
emob-commercial-models	Product taxonomy, channel pricing, bundles	Commercial layer. Market-facing products.
oves-whitepapers	Geographic outputs, competitive analysis, proposals	Synthesis layer. Pulls from all three above.
dirac-framework	Blockchain, smart contracts, technical architecture	Technical enabler for MoB3's Web3 features.

K. Source of Truth Index — Where to Find Each Term¶

For operational, financial, and commercial terms, the authoritative definition lives in the source repo. This index tells you where.

emob-financial-models (Authoritative for BUFM Parameters)¶

Term	Location	Notes
`VOR` / `VRS`, `Bike_Cost`, vehicle economics	`docs/models/vrs.md`	Operator acquisition and operating costs
`BCS`, `Batt_FOB_Cost`, `Batt_Total_CapEx`, `Batt_Capacity`	`docs/models/bcs.md`	Battery CapEx and asset parameters
`Utilization_Rate`	`docs/models/bcs.md` (also SNS, EPS)	Defined per BUFM layer; baseline 0.80
`Charge_Efficiency`	`docs/models/bcs.md`	0.95 (BCS), 0.93 (SNS)
`Swaps_Per_Day`, `Swap_Price_Day`, `Swap_Price_Target`	`docs/models/bcs.md`	Battery operational metrics
`longevity_days_calc`, battery lifecycle	`docs/models/bcs.md`	750 days baseline
Depth of Discharge (DoD)	`docs/models/bcs.md` — guesstimates	Referenced as 0.85; formal definition pending
Battery-to-Vehicle Ratio (B2V)	`docs/models/bcs.md` — planned	Derived from `Swaps_Per_Day ÷ Utilization_Rate`; formal parameter pending
`ICoE` (Initial Cost of Equipment)	`docs/models/vrs.md` — planned	`Bike_Cost` + `Batt_Total_CapEx` combined; formal parameter pending
`SNS`, `SNS_RACK_COST`, station economics	`docs/models/sns.md`	Swap network CapEx/OpEx
`EPS`, `EPS_LCOE`, `EPS_PV_COST_FOB`, `EPS_PEAK_SUN_HOURS`	`docs/models/eps.md`	Energy generation and LCOE
`FCS` (Fast Charging Service)	`docs/models/fcs.md`	DC fast charging as service option
`DS` (Demand-Supply Hub)	`docs/models/demand-supply.md`	Centralized PRICE × AMOUNT + Utilization
`FFD`, `EED`	`docs/models/ffd.md`, `docs/models/eed.md`	Financial flows and economic events
Cascade Constraint	`docs/models/overview.md`	30% savings → swap price → SNS overhead → LCOE
Integer Unit Constraint (`SCALE_FACTOR`)	`docs/models/bcs.md`, `sns.md`, `eps.md`	Physical infrastructure expansion in discrete units

emob-commercial-models (Authoritative for Commercial & Product Terms)¶

Term	Location	Notes
Product taxonomy (S6, CET-3, E3-PRO, etc.)	`docs/1-product-unit-model/`, `docs/2-product-unit-library/`	Vehicle and bundle definitions
Channel Pricing (Distributor → Dealer → Retail)	`docs/4-pricing-models/` — planned	Gap G1 in Bart mapping
PAYG pricing type	`docs/4-pricing-models/1-pricing-types.md`	Placeholder; full definition pending
PAYGO fleet-level controls	`docs/4-pricing-models/3-risks-and-controls.md`	Refusal-to-renew patterns
Energy Bundle pricing	`docs/4-pricing-models/` — planned	Gap G4 in Bart mapping
Vehicle Purchase Financing	`docs/4-pricing-models/` — planned	Installment structures; Gap in Bart mapping

mob3web3-frameworks (Authoritative for MoB3 Strategic Concepts)¶

Term	Location
MoB1, MoB2, MoB3 — generational framework	`docs/mob3/framework.md`
Premises (P0–P8)	`docs/mob3/premises.md`
Design Principles (P1–P7)	`docs/mob3/framework.md` §4
Asset Lifecycle (Finance → Service → Residual Value)	`docs/mob3/framework.md` §1
Ecosystem Participants (Operator, Battery Operator, Network Agent, etc.)	`docs/mob3/framework.md` §3
$/tkm, $/pkm	`docs/mob3/premises.md` P0
ATES (Access to e-Fuel Services)	`docs/mob3/glossary.md` §L
EPGD (Electric Power Generation and Distribution)	`docs/mob3/glossary.md` §M
Pay-as-You-Sell	`docs/mob3/glossary.md` §L
BaaS, CaaS (strategic context)	`docs/mob3/glossary.md` §L
Solar Distributed Generation, C&I ESS, Microgrid (MoB3 context)	`docs/mob3/glossary.md` §M
RWA tokenomics, dual-token model, partner model	`docs/rwa-model/`

oves-whitepapers (Authoritative for Competitor & Market Intelligence)¶

Term	Location
Competitor benchmarks (Spiro, Ampersand, Roam, etc.)	`docs/competitive-analysis/`
Tied Selling, Carbon Credit Arbitrage	`docs/competitive-analysis/spiro-vs-ampersand-deep-analysis.html`
TAM / SAM / SOM (market context)	`docs/mob3/glossary.md` §F

MoB3-Native Terms Defined Here (Not in Any Other Repo)¶

Term	Section	Definition
MoB1	A	Mobility 1.0 — ICE + mass production
MoB2	A	Mobility 2.0 — electric drive + centralized BaaS
MoB3	A	Mobility 3.0 — decentralized, accessible, generative
Asset Lifecycle	A	Finance → Service → Residual Value
Leapfrog	A	Developing world skips MoB2, goes directly to MoB3
Operator	B	Asset-owning end-user (replaces "rider")
Battery Operator	B	Fleet financier and swap service provider
Network Agent	B	Local entrepreneur operating swap stations
Power Provider	B	Solar microgrid / energy producer
Assembler	B	Local manufacturer with open-standard components
Financier	B	Distributed capital via tokenized RWA
ATES	L	Access to e-Fuel Services — a right, not a permission
EPGD	M	Electric Power Generation and Distribution — full value chain
Pay-as-You-Sell	L	PAYG variant tied to revenue generated by asset
NWOW	F	OVES Kenya "New Way of Working" market entry
Tokenized RWA	E	Battery/vehicle as blockchain token
Path-to-Ownership	E	Defined PAYG schedule to full equity
Geographic Output	F	Market-specific MoB3 deliverable

Next: [M3.4] Frictions & Unmet Needs — catalog of pain points by ecosystem participant.

Term	BUFM Parameter	Definition
\(/tkm (\) per ton-kilometer)	Cross-BUFM	The universal transport efficiency metric: cost to move one ton of payload over one kilometer. Industry standard in logistics, freight, and transport economics. Electric drivetrains are 2-20x lower $/tkm than ICE — this is the economic bedrock of MoB3 (see P0 in premises).
\(/pkm (\) per passenger-kilometer)	Cross-BUFM	Passenger equivalent of $/tkm: cost to move one passenger over one kilometer. Used for public transit, ride-hailing, and passenger vehicle economics.
LCOE (Levelized Cost of Energy)	`EPS_LCOE`	All-in cost per kWh from a power source, including CapEx amortization, OpEx, and fuel.
TCO (Total Cost of Ownership)	Cross-BUFM	All costs across the asset lifecycle: acquisition + energy + maintenance + financing − residual value.
Swap Fee	`Swap_Price_Day`	Daily rate for unlimited swaps. In MoB3: market-set, not monopoly-set.
Utilization Rate	`Utilization_Rate`	Fraction of installed capacity actively in use. Key efficiency metric at every layer.
Integer Unit Constraint	`SCALE_FACTOR`	Physical infrastructure expands in discrete units (10 batteries, 15-slot racks, 120kW power blocks). Creates unavoidable slack.
Cascade Constraint	—	A hard limit that flows upstream through BUFM layers. Example: VOR 30% savings → BCS max swap price $0.80/day → SNS overhead < $0.40/kWh/day → EPS LCOE < $0.32/kWh.
Partner P&L	—	Cross-BUFM profit-and-loss statement showing revenue allocation across ecosystem participants. Bart's 40/60 OVES/Partner split is an instance.