Flow
Mission orchestration that plans the safest, quietest and most efficient route in real time.
- Dynamic route planning
- Weather & risk awareness
- Fleet-agnostic API
AMSTERDAM / NL · BUILDING NOW
Urban air,
made simple.
Simplycity is the trusted coordination layer for autonomous drones in European cities — transforming urgent, low-emission logistics from a regulatory maze into a quiet public utility.
SIMPLYCITY / CONCEPT ILLUSTRATIONNOT LIVE DATA
01HOSPITAL
HUB
HUB
02LAB
03CARE
POINT
POINT
ILLUSTRATIVE ROUTESWORKING SANDBOX ↗
01 — EUROPEAN URBAN AIR MOBILITYDESIGNED FOR THE CITY, NOT ABOVE IT.
Not a drone manufacturer.
Not another delivery app.
The coordination and assurance platform for regulated urban drone services.
Our longer-term vision: the civic operating system that lets drones earn a place in the city.
02 / THE PLATFORM
One calm layer.
Every critical flight.
Simplycity connects operators, public authorities, landing infrastructure and customers in a shared, auditable flight environment.
Trust
A shared operational picture for every stakeholder, from city desk to first responder.
- Authority dashboard
- Community visibility
- Full audit trail
Impact
Measure the benefit of every mission and prove that air logistics improves city life.
- Noise & carbon ledger
- Service-level reporting
- Public-value metrics
03 / LIVE PLATFORM
Not a slide.
A working platform.
Flow, Trust and Impact running end to end against a simulated SC-17: a clinician requests a transfer, twelve release gates check live data, a named operator signs the release, the aircraft flies the corridor, custody transfers and every decision lands in a tamper-evident ledger.
12 release gates · 4 scripted scenarios, 3 of them failure cases · 90 API routes · automated safety, security & custody test coverage
01
Watch a guided demo
Sign in by role or let the platform run a full mission, a refused release, a storm-forced return and a lost link — live.
OPEN THE PLATFORM ↗ 02Community transparency
What residents can see: routes, service, noise with method, and a way to respond. No live positions published.
OPEN PUBLIC PAGE ↗ 03OEM integration contract
The data an aircraft or operator provides, rendered from the running API. The simulator uses the same endpoint.
READ THE CONTRACT ↗ 04Unit economics
What has to be true for the business to work: editable fees and costs, Simplycity revenue only.
OPEN THE MODEL ↗Sandbox: simulated aircraft, illustrative organisations and clearly flagged synthetic history. Nothing here is an operational approval. Read the PoC guide · 10-minute demo script
03 / FIRST PROOF
The 17-minute
care corridor.
Our first service is intentionally unglamorous: moving time-critical medical samples between hospitals and laboratories across the Amsterdam region.
This is the wedge: repeatable routes, essential outcomes, controlled operations — and a service patients never need to think about.
See the pilot model ↓MISSION SIMULATIONAMST — ZUID
17mintarget door-to-door
62%faster than road*
0kgtailpipe emissions
OLVG WESTSIMPLYCITY HUBAMC LAB
*Initial planning hypothesis to validate during pilot design; outcomes depend on route, weather and ground handling.
04 / BUSINESS MODEL
Infrastructure
that compounds.
Launch with service
The healthcare sponsor pays setup, integration and per-mission fees for a first funded pilot corridor.
Scale with software
Care networks and operators license the coordination and assurance layer per corridor. The base case assumes the city pays nothing; governance reporting is upside.
Win with network
Our intended moat: operational integrations, regulatory workflows and corridor data that build up with every authorised route. It is a hypothesis for now, not a proven moat.
05 / 12-MONTH FLIGHT PLAN
Design the coalition
Secure an anchor care partner, operating partner and municipal working group.
Prove the route
Run supervised demonstrations, complete risk assessment and community sessions.
Operate the pilot
Launch a limited medical corridor with measured service, safety and noise data.
Package the system
Convert pilot learnings into a repeatable Simplycity city-launch playbook.
THE DECISION TEST
Can we deliver a critical sample more reliably than a road courier — while earning public trust?
Safety No unacceptable safety events, measured against the operator’s authorised safety case; every exception recorded and reviewed
Service ≥95% missions within agreed window
Acceptance ≥70% positive among residents sampled in the corridor impact area, surveyed before and after operations
Economics Validated price per movement and a cost-to-scale model per route
06 / THE ASK
Let's make the first city feel inevitable.
We are assembling a small founding coalition to design and launch the Amsterdam care-corridor pilot in the next 30 days.
€750K pre-seed target
Indicative fundraising narrative — subject to legal, operational and regulatory diligence.
Start a conversation →04 / REFERENCE AIRCRAFT
Meet the SC-17.
CAREWING is a supplier-neutral reference configuration for the first medical corridor — not a Simplycity product. It defines the aircraft envelope partners should meet: vertical rooftop access, 2.5 kg clinical payload and efficient wing-borne flight.
SC-17 CAREWINGVertical at the roof.
Vertical at the roof.
Wing-borne across the city.
- PAYLOAD
- 2.5 kg / 7 L
- CRUISE
- 95 km/h
- REFERENCE RANGE
- 35 km
- POWER
- Battery electric
Four lift rotors handle the pad. A high wing and rear pusher make the corridor leg more energy-efficient than continuous hover. OEMs, not Simplycity, build and operate the aircraft.
HOW IT WORKS SIMULATED CORRIDOR
ACONTROLLED
HUB
HUB
BRECEIVING
HUB
HUB
✦
PLANNED ROUTE VOLUME18 KM · 17 MIN TARGET
05 / OPEN DESIGN LIBRARY
Every assumption,
on the table.
Download the preliminary design package, view the renders and use the OEM-neutral requirements brief to assess real aircraft candidates. These materials are concept work — not flight or manufacturing approval.
01
Master pitch
The project in 15 slides: the opportunity, role boundary, Flow/Trust/Impact, the 17-minute care corridor, the SC-17 reference aircraft and the 12-month plan.
VIEW PDF ↗ · .pptx ↓02
Investor deck
Who pays whom, customer and corridor economics, regulatory path, validation plan and the €750k raise — plus the long-form investor brief.
DECK PDF ↗ · .pptx ↓ · BRIEF PDF ↗ · .md ↓03
Blueprint briefing
Portable PDF: mission, calculations, safety gates and handoff context.
VIEW PDF ↗ · .md ↓05
Platform design
Living blueprint for workflows, architecture, integrations and build phases. v0.2 with PoC status.
VIEW PDF ↗ · .md ↓06
Business model
Revenue streams, responsibility boundary and why SC-17 is a reference, not a product.
VIEW PDF ↗ · .md ↓07
OEM requirements
Supplier-neutral technical and integration requirements for the pilot.
VIEW PDF ↗ · .md ↓09
Platform PoC guide
What the working sandbox implements, how to run it, security posture, tests and limits.
VIEW PDF ↗ · .md ↓10
Demo script
Ten-minute walk-through for partners and investors, with the hard questions and honest answers.
VIEW PDF ↗ · .md ↓11
Role walkthrough
New to the project? One mission followed through all seven roles, step by step — what each person does and why it matters.
VIEW PDF ↗ · .md ↓12
OEM API integration guide
For aircraft manufacturers: every live endpoint, auth, exact field ranges and how each one feeds a real release gate. Send this to a vendor as-is.
VIEW PDF ↗ · .md ↓Directory: /resources/deliverables · Live: platform, community page, API contract, unit economics — including renders, editable documents and the full calculation source.