Company-owned
Centralized fleet
- Company finances every robot
- Company carries depreciation
- Company bears utilization risk
- Expansion requires more company capital
Investor deck
PDF
Building the Operating System
for Autonomous Robotics.
Proving the first paid deployment—and building the platform for independently owned autonomous robots.
Raising
$500,000
Pre-Seed SAFE
Thesis
Autonomy solves intelligence.
Kohrie solves deployment.
Autonomous robots are becoming technically possible, but every physical asset still has to be financed, deployed, maintained, and connected to useful work.
Kohrie will own and operate the first robot so we can control safety, reliability, and the learning loop.
After the model is proven, businesses and independent operators can supply robots while Kohrie provides the shared autonomy and operating infrastructure.
Own the robot.
Kohrie powers the work.
Scaling
The challenge isn't building one robot.
It's deploying the millionth.
Autonomy can reduce labor per mission. It does not remove the capital and operating work required to place physical assets in every community.
Distributed
Kohrie network
- Businesses and owners finance robots
- Kohrie connects robots to demand
- Shared autonomy and operating infrastructure
- Capital can expand across the network
Kohrie owns the first deployment to prove the system—not because Kohrie intends to own every robot forever.
Why Delivery
The shortest path to a robotics platform.
Delivery is one of the few real-world problems that requires every capability an autonomous robot will eventually need.
By solving delivery first, we build the foundation for many other autonomous applications.
Navigation
Robots must move safely through real environments.
Autonomy
Robots must perceive, plan, and make decisions continuously.
Robot Operations
The first robot must be monitored, supervised, and updated reliably.
Human Assist
Kohrie steps in whenever autonomy reaches its limits.
Business Software
Business requests, tracking, and operations must work together.
Trust & Safety
Reliable systems, monitoring, and operational safety are required every day.
Delivery is not the destination.
It is the fastest path to building infrastructure for autonomous robotics.
Platform
The Operating System for Autonomous Robots
One shared software layer that turns robots into a usable business system.
- ✓Fleet Platform
- ✓Dispatch Engine
- ✓Live Monitoring
- ✓Teleoperation
- ✓Robot Prototype
- ✓Analytics
- ✓Customer Portal
- ✓Hardware Design
Fleet
Dispatch
Teleop
Analytics
Portal
Tracking
Orders
Earnings
Robot
A working software foundation ready for robot and field validation.
Hardware
Kohrie Robot One
Kohrie Robot One is our first delivery-robot prototype designed for the Kohrie operating system.
Robot One V2, its autonomy stack, and sustained field reliability remain to be built and validated.
- Payload
- V2 target under validation
- Operating speed
- Low-speed pilot operation
- Range
- Route-dependent; testing planned
- Charging
- Kohrie-managed during pilot
- Operating area
- One defined geofence
- Supervision
- Kohrie remote assistance
Front 
Rear 
Side
Hardware designed around software—not the other way around.
Market
Delivery provides the demand.
Distributed ownership provides the scale.
Kohrie begins inside existing delivery demand, then creates a path for robot supply to expand without permanently concentrating every asset on Kohrie’s balance sheet.
- $201BLast-mile delivery2025 global market · eMarketer
- $24BCommercial robotics2025 · ~$70B by 2031 · Mordor Intelligence
01
Businesses provide demand
Local businesses already need reliable delivery.
02
Owners provide robot capital
Outside ownership begins only after deployment economics are proven.
03
Kohrie provides the network
Autonomy, dispatch, remote assistance, payments, and fleet infrastructure.
Published markets are shown for context and are not additive.
The first deployment validates demand and economics. The platform model creates the path to venture-scale supply.
Business Model
$5 per delivery is the starting model.
The founding pilot is designed to validate demand and operating economics—not define Kohrie’s permanent revenue model.
Initial validation
Kohrie-owned deployment
Kohrie owns, operates, supervises, charges, and maintains Robot One.
- One local founding partner
- $5 per completed delivery
- No robot, setup, or subscription fee
- Business keeps the order and consumer payment
Future platform
Outside-owned robot supply
After the system and economics are proven, businesses and operators can purchase or finance robots and activate them through Kohrie.
- Kohrie autonomy and robot software
- Dispatch and fleet infrastructure
- Remote assistance and payments
- Pricing established from deployment evidence
Own the robot. Kohrie powers the work.
Go To Market
Prove. Repeat.
Then distribute ownership.
The 18-month objective is one Kohrie-owned robot performing paid deliveries for one local founding partner.
Stage 1
Prove
- One local business
- One Kohrie-owned robot
- Constrained autonomy
- $5 paid deliveries
Validate demand, reliability, interventions, operator time, and delivery cost.
Stage 2
Repeat
- Additional businesses
- Additional robots
- Repeatable operating playbook
Expand only after the first deployment establishes the operating model.
Stage 3
Distribute
- Businesses and operators own robots
- Kohrie powers the network
- Capital expands beyond Kohrie
Outside ownership begins only when demand, hardware, safety, and economics support it.
Each stage must earn the right to unlock the next.
Why Now
The technology finally exists.
The market is ready.
The enabling technologies are improving enough to test a tightly constrained commercial deployment.
- Lower-cost sensors.
- Better AI models.
- Reliable teleoperation.
- Affordable computing.
- Mature cloud infrastructure.
The missing piece is the operating system that connects them together.
Reason 1
AI
Perception and planning systems continue to improve, but real-world autonomy remains difficult.
Reason 2
Hardware
Sensors, batteries, and compute continue to become cheaper.
Reason 3
Labor
Demand for local delivery and logistics continues to grow while labor shortages increase operating costs.
Reason 4
Infrastructure
Cloud software, remote operations, payments, and connectivity already exist at global scale.
This decade will define who builds the operating system for autonomous robotics.
The Raise
$500,000
Pre-Seed SAFE
This round is designed to take Kohrie from a working prototype to one constrained commercial deployment.
Use of Funds
45%
Engineering
- Platform software
- Autonomy
- AI
- Infrastructure
20%
Hardware
- Robot Version 2
- Electronics
- Mechanical improvements
15%
Manufacturing
- One deployment unit
- Tooling
- Assembly and spares
10%
Commercial Pilot
- One partner launch
- Route testing
- Kohrie operations
10%
General Operations
- Legal
- Insurance
- Cloud infrastructure
What this unlocks
By the end of this round Kohrie expects to achieve:
- ✓Robot Version 2
- ✓Constrained autonomy with remote assistance
- ✓One robot deployed with one local business
- ✓$5 per successfully completed delivery
- ✓Measured reliability and delivery economics
- ✓Evidence for when outside ownership becomes commercially viable
- ✓Foundation for Seed financing
Why this round
Capital is used to prove commercial execution—not to scale prematurely.
- •De-risk software and hardware together
- •One real-world founding-partner deployment
- •Evidence before fleet expansion
- •Measurable path to Seed
This round is about proving one reliable deployment—not promising premature scale.
Founder
Why I'm building Kohrie.
I started Kohrie because I believe robotics is approaching the same turning point that personal computers and smartphones once did. Technologies that begin as specialized tools eventually become accessible to millions of people. I believe autonomous robots will follow the same path.
Today, most robots are owned and operated by large organizations. I think the next chapter looks different. Instead of a few companies owning millions of robots, millions of people and businesses should be able to own robots powered by a shared software platform.
That doesn't mean every owner needs to become a robotics expert. The complexity belongs in the platform—autonomy, fleet management, payments, remote assistance, safety, and continuous software updates. Ownership should be simple.
Distributed ownership can allow physical autonomous infrastructure to expand without requiring Kohrie to finance and operate every robot itself.
Founder
Karlen Avetisyan
Founder & CEO
- 10+ years building software
- Built robotics platform from scratch
- Designed hardware and software
- Long-term founder
Karlen Avetisyan
If we succeed, owning a robot should one day feel as ordinary as owning a computer.
Own the robot. Kohrie powers the work.
We begin by proving one complete deployment. We scale by making autonomous robot ownership accessible to businesses and operators.
Currently raising a $500,000 Pre-Seed SAFE to deploy one Kohrie-owned robot with one local business.