UNIT-01 · EO FEED
SECTOR 04-B
Vehicle Intercept
DB MATCH 78%
SUBJECTEthan Marlowe
PLATERC-7742-KX
TRACK IDTRK-2299
COORDS41.7183°N 74.0041°W
PURSUIT TIME00:00
PREDICTED HEADINGNE · 042°
STATUSTRACKING
System Online AI Vision Active In Progress Open Role: CTO

Autonomous AI Security Drones for 24/7 Protection

RazorClaw Systems combines advanced computer vision with enterprise drones to prevent intrusions before they escalate.

01Problem

The Blind Spot in Traditional Security

Traditional security lacks continuous coverage, rapid response, and real-time analytics. Human fatigue and blind spots lead to missed incidents and rising costs.

02Solution

Autonomous Patrol. Continuous Coverage.

RazorClaw Systems deploys autonomous patrol drones with AI detection to identify risks early, deter intruders, and stream alerts to operators — reducing response time and total cost of ownership.

Live Patrol Simulation ZONE: PERIMETER-NORTH
Active UnitRCS-04
Objects Tracked0
ModeAutonomous
Scanning perimeter…
01Patrol
02Detect
03Track
04Alert
05Operator
03Why Now

Why Now

Mature Enterprise Drones

DJI Enterprise Matrice 30T-class hardware enables reliable all-weather patrols.

On-Device AI

Efficient computer vision models now run at the edge for faster, safer decisions.

Operational Pressure

Security teams face labor shortages and rising costs — automation multiplies coverage.

04Technology

System Architecture

Stack

  • 01DJI Enterprise Matrice 30T platform
  • 02Autonomous navigation + remote wireless charging
  • 03Edge AI (vision) for detection & tracking
  • 04Secure app for alerts, review and escalation
  • 05Non-lethal deterrent payload (pepper-spray canister)
UAV Platform
Edge AI
Detection / Tracking
Secure Control System
Operator
05Safety & Compliance

Safety & Compliance

Fail-Safes

  • Return-to-home
  • Geo-fencing
  • Manual override

Security

  • Audit logs
  • Role-based access
  • Encryption in transit

Operations

  • Local laws and site policies respected during operation
06Market & Metrics

Honest Numbers, Published After Validation

TAM / SAM / SOM

Research

Methodology in progress. No speculative figures. Results to be published post-validation.

  • Methodology: bottom-up (site count × patrol hours × ASP)
  • Sources: buyer interviews, public procurement data

Pilot Pipeline

In Progress

Prospect discovery and requirements mapping underway with early adopters.

  • Methodology: structured intake + site audit
  • Artifacts: MoSCoW backlog, success metrics

Unit Economics

Methodology

Cost model = hardware (BOM) + charging + software + ops. Publish after pilot.

  • Approach: cohort LTV/CAC, payback target
  • Evidence: field logs, downtime analysis
07Roadmap

Mission Timeline

Q3–Q4 2025

MVP Assembly & Bench Tests

Integrate platform, edge vision and remote charging. Validate core flows.

In Progress
Q1 2026

Field Pilots

Deploy supervised pilots on private sites with explicit policies and KPIs.

Q2 2026

V1 Launch

Subscription model, support SLAs and onboarding playbooks.

08Team

Founder & CEO

Roman Chaikin

Product & Operations

Building RazorClaw Systems with a focus on safety, reliability and clear economics.

Open Role: CTO
09Status

Current Status

  • Brand & landing establishedActive
  • MVP parts sourcing & prototypingIn Progress
  • Pilot criteria & safety checklistIn Progress
10Investment

Investment Ask

Raising to complete MVP, run pilots and reach v1 readiness.

  • Use of funds: hardware, engineering, pilots
  • Runway targets aligned with milestones

No inflated claims or fabricated metrics. We publish results after methodical validation.

11Contact

Request the Pitch Deck

Leave your details and we'll send the RazorClaw Systems pitch deck and follow-up updates.

Submitting opens an email to 2025pilot.guard@gmail.com with your details.