WEROBOT — Autonomous Security Robots
WeRobot
Robot Technology Deployment Roadmap JourneyJoin the team

Autonomous security.
Built for the
real world.

WeRobot is designing an autonomous security robot built to patrol, monitor and protect industrial environments 24/7. We are raising $100,000 to build the first working WR-01 prototype.

Explore the Robot →

Security infrastructure was built for humans. We are rebuilding it for autonomy.

COST

A single guarded site runs three shifts, seven days a week. Payroll scales linearly with every square metre added.

COVERAGE

Fixed cameras see what they were pointed at in 2014. Blind spots are structural, not accidental.

RELIABILITY

Attention degrades after hours. A patrol robot performs the 400th lap exactly like the first.

A customer asked us for this. The robots cost too much.

We are a Czech startup and we have a customer who came to us asking for patrol robots on their sites. The problem is not demand — it is price. Every machine on the market lands far above what a real security contract can carry.

So we are building the robot ourselves, from the ground up — frame, sensors, compute and software — at a target unit cost of $10–15K instead of six figures. That is why Werobot exists as its own company: autonomous patrol is the future of protecting sites, and it has to be affordable to actually get there.

CUSTOMER REQUEST
In hand
MARKET PRICE
$40K+
OUR TARGET
$10–15K
SIZE ENVELOPE / MAX HEIGHT
175 CM
PERSON
≤ 110 CM
WR-01
ROBOT
Waist-high at most — never taller than a person.
Low centre of gravity, fits doorways and gate lanes.
Non-threatening on site, sensor mast still above eye level of a crouching intruder.

WeRobot
WR-01

TARGET UNIT COST
$10–15K
MOBILITY
WHEELED
BATTERY LIFE
10+ H
DEPLOYMENT
24 / 7
SUBSYSTEMS — HOVER TO INSPECT
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−20°C
MINIMUM OPERATING TEMPERATURE
+40°C
MAXIMUM OPERATING TEMPERATURE
24/7
AUTONOMOUS PATROL CYCLE
Outdoor-ready by default

Sealed chassis, drained cavities, heated optics. Rain, dust and snow are the operating condition, not the exception.

Autonomous navigation

Map once, patrol forever. Route planning, obstacle avoidance and self-docking run on-board without connectivity.

Remote monitoring

One operator, many sites. Live video, telemetry and event verification stream to an existing security desk.

Modular sensor platform

A bolt-on payload deck: gas sensing, LTE relay, speaker units. The chassis outlives the sensor generation.

Every robot must carry all of it.

01
LiDAR

3D scanning for localisation, mapping and obstacle avoidance.

02
360° × 90° camera

Computer-vision coverage, integrated with existing VMS — NVR / Hikvision-class systems.

03
4G+ router

Industrial connectivity — Teltonika-class router with failover.

04
Voice challenge

Automatic spoken warning on the spot when an intruder is detected.

05
Two-way audio

Microphone and speaker so an operator can talk through the robot live.

06
GPS

Every patrol, detection and event carries exact coordinates.

07
Compute module

On-board edge compute running perception, planning and classification without the cloud.

One loop, running all night.

STEP 01
Patrol

WR-01 runs scheduled and randomised routes across the mapped site.

STEP 02
Detect

Thermal and visual perception flag people, vehicles and anomalies on-board.

STEP 03
Verify

The robot repositions for a second angle before anything reaches a human.

STEP 04
Alert

A verified event, its clip and its coordinates land at the security desk.

STEP 05
Respond

Operators speak through the robot, dispatch a team, or dismiss it in one click.

$100,000 to turn WR-01 from concept into reality.

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ROUND SNAPSHOT
TARGET
$100K
UNIT COST
$10–15K
PROTOTYPES
01
FIRST POWER-ON TARGET · Q4 2026

Follow
the build.

Every design decision, part choice and test is written down as it happens. Supporters get the full log — including the parts that do not work the first time.

01
Workshop

Welding, wiring and assembly in-house in CZ/SK.

02
Concept & CAD

Layout frozen after four concept revisions.

03
Electronics

Compute, sensors and power integrated on one harness.

04
Test log

Every run, fault and fix written down as it happens.

$0
RAISED OF $100,000 TARGET
{{ pctLabel }}BE THE FIRST

Help us build the first WeRobot. This round funds engineering, electronics, components, manufacturing, assembly, software, testing and the construction of the first working WR-01 prototype.

USE OF FUNDS
ENGINEERING30%
ELECTRONICS & COMPONENTS25%
MANUFACTURING & ASSEMBLY20%
SOFTWARE15%
TESTING10%
01
Private development updates
02
Prototype footage & engineering notes
03
Early access to the first WR-01 build
04
Invitations to field demos
05
Recognition as an early supporter

Built in Central Europe. Designed for global deployment.

WEROBOT is a two-person Czech-Slovak engineering team building hardware in the region that has manufactured Europe's machines for a century. We design, weld, wire and test in-house — and we intend WR-01 to be the first of a European robotics platform, not a single product.

HQ
CZ / SK
FOUNDED
AUG 2026
TEAM
2 FOUNDERS
PLATFORM
WR SERIES

Join the
team.

There are two of us building WR-01 and we are looking for more hands. Mechanics, embedded, perception, or something we have not thought of — tell us what you can do and we will get back to you.

PATROL LOOP · ACTIVE
WR-01 / PROTOTYPE 01

Help us build the first WeRobot.

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