9 Mothers GTM brain

category

market profile

• text: Cheap one-way FPV attack drones, assembled for hundreds of dollars and flown at 30 m/s in swarms, now account for the majority of casualties in active conflict zones, while legacy C-sUAS was engineered for large, slow, RF-dependent platforms at kilometer-scale ranges.
• text: The close-in fight inside 100 meters is the underserved segment: legacy systems are too expensive, heavy and slow for it, and the company treats RF and EW as table stakes against autonomous FPVs, leaving an opening for a kinetic, passive-sensing, low-SWaPc entrant.
• text: Traction is unusual for a Spring 2026 batch company: $1.6m of systems sold and delivered to the DoW, multiple contracts, an Army live-fire test of Edda on an autonomous Forterra F-250 at Fort Bragg under Project Sandhills 2.0, and three more products (Vor acoustic sensor, Atla belt-fed shotgun, Gleipnir counter-Shahed) building toward a full kill chain.

personas

• title: Army or DoW counter-UAS requirements and acquisition officer
  pains:

  • Fielded C-sUAS consistently misses fast Group 1 FPV drones at the close ranges where casualties now concentrate
  • Program-of-record tempo takes a decade while the drone threat iterates in weeks
  • Needs a system small and cheap enough to mount on every vehicle, position and base instead of a few high-value assets
• title: Base, FOB and perimeter defense officer
  pains:

  • Sustained drone swarms outpace magazine capacity, and ammunition discipline becomes the limit
  • Active radar and jammers are loud and reveal the defended position to the adversary
  • Contested-airspace edge cases at the perimeter need sustained fire, not single-shot precision
• title: Prime contractor or integrator building vehicle and counter-UAS programs
  pains:

  • Cost-per-kill is upside down: million-dollar interceptors against $20K drones do not scale to attrition
  • Needs a low-SWaPc effector and sensor stack that integrates onto existing ground vehicles and base systems
  • Wants a vendor with field-test data and NDA-gated integration paths it can fold into its own program of record
• title: Allied government procurement official
  pains:

  • Own forces face FPV and one-way attack drones with no fielded countermeasure
  • Cannot afford prime-priced air defense bought at attrition scale
  • Needs capability fielded in months, not after the next budget cycle

icp

• text: US Department of War and Army units, already the anchor customer: $1.6m of systems sold and delivered, plus integration into Army live-fire experimentation at Fort Bragg.
• text: Prime contractors and integrators building vehicle or base protection programs, addressed through a dedicated partnership inbox and an NDA whitepaper with integration paths for primes and DoW programs.
• text: Allied governments and base operators, with sales eligibility on every product page gated to DoW or primes.

message pillars

• text: Close-in point defense against the threat legacy C-sUAS misses: Edda stops high-speed FPV suicide drones at 10 to 100+ meters, mounted on vehicles, bases or carried.
• text: Passive, zero-RF sensing: acoustic detection refined by an in-house visual model finds drones without emitting, so the defender's position stays hidden.
• text: Speed of engagement: an ultra-fast motion platform (5 degrees in under 15 ms at 1.5 arcminute precision) paired with a shotgun effector built for small drones at 10 to 100 m.
• text: Attrition economics on software tempo: point defense priced and sized to protect every vehicle and position, shipped in months instead of decade-long acquisition cycles.

objections

• objection: A shotgun turret sounds low-tech and short-ranged compared with lasers, high-power microwave or net interceptors.
  response: The company argues kinetics win the economics: cost effective per shot with effectively no power requirements, versus expensive and power-hungry directed energy, and the 10 to 100 m engagement envelope matches where FPV drones actually kill.
• objection: Passive acoustic detection may miss quiet or distant drones and hand off too late to engage.
  response: Coarse acoustic tracking feeds an in-house visual model with occluded tracking, operator evaluations reportedly called Edda the only system to stop fast Group 1 targets, and the Army live-fire test at Fort Bragg had it destroy airborne targets.
• objection: A 19-person YC startup cannot sustain defense manufacturing, delivery and support.
  response: It has already sold and delivered $1.6m of systems to the DoW across multiple contracts, is ITAR registered with a CAGE code, and is hiring manufacturing, field application and integration roles in Austin.

competitors

• name: DroneShield
  website: https://www.droneshield.com
  why: Public-listed counter-drone incumbent selling RF jamming handhelds (DroneGun) and DroneSentry detection suites; its RF-dependent defeat model is what 9 Mothers argues is table stakes against autonomous FPVs, and it lacks a cheap kinetic close-in effector.
• name: Dedrone
  website: https://www.dedrone.com
  why: Detection-first airspace security platform now part of Axon, focused on drone detection software for bases, cities and infrastructure; 9 Mothers sells the full detect-to-engage kill chain with its own effector rather than stopping at detection.
• name: Fortem Technologies
  website: https://fortemtech.com
  why: Sells TrueView radars and DroneHunter net-throwing interceptor drones; its active-RF detection and per-interceptor economics contrast with 9 Mothers' passive acoustic sensing and low cost-per-shot shotgun engagement.
• name: Epirus
  website: https://epirusinc.com
  why: Leonidas high-power microwave system counters drone swarms but carries major power and platform requirements; 9 Mothers explicitly positions kinetics as cost effective per shot with effectively no power requirements.
• name: Anduril
  website: https://www.anduril.com
  why: The scaled venture-backed counter-UAS rival with Lattice, Pulsar EW and Anvil interceptors; competes for the same autonomous air-defense budgets with far more capital, though at higher cost per engagement.

influencers

• name: Forterra
  url: https://forterra.com
  why: Autonomy prime for Project Sandhills 2.0 that mounted the Edda turret on self-driving Ford F-250s at Fort Bragg; its prime contract makes it a key integration channel into Army engineer programs.
• name: Spotter Global
  url: https://spotterglobal.com
  why: Radar partner whose detection technology is incorporated in the Edda gun system per press coverage; CEO Russell Smith called its radar the best tried for the price, power and weight.
• name: Genesis Arms
  url: https://genesisarms.com
  why: Maker of the 12-gauge shotgun platform the EDDA system is based on, per RECOIL and Axios coverage of the Fort Bragg test.

keywords

• counter drone system
• C-sUAS
• counter UAS turret
• FPV drone defense
• drone swarm defense
• counter-Shahed system
• Group 1 UAS defense
• point defense turret

voice

• Terse mission-brief cadence built on one-line assertions like "Four systems. One kill chain."
• Spec-dense engineering talk: slew speeds, arcminutes, form factors, cost-per-shot, zero RF emission
• Norse mythology product naming (Edda, Vor, Atla, Gleipnir) paired with operator-first, anti-bureaucracy framing

signals

• text: Army and DoW units running counter-UAS experimentation or live-fire events are the warmest entry point: Edda was tested on an autonomous truck at Fort Bragg in August 2026.
• text: Commands facing the cost-exchange problem, expending million-dollar interceptors against cheap drones, are primed for a low cost-per-shot kinetic pitch.
• text: Forces that have taken FPV casualties or watched allies die to them move fastest; the founders themselves entered this market after watching Russia-Ukraine losses.

stack

• Passive acoustic detection (Vor sensor, shipping with Edda)
• In-house visual perception model with occluded tracking
• Genesis Arms 12-gauge shotgun effector, belt-fed Atla in development
• Optional active radar, incorporating Spotter Global detection technology
• Purpose-built tungsten and lead 12-gauge 3in magnum counter-drone ammunition
• ITAR registered, CAGE 11NF2

hiring

• Perception Engineer
• Sr. Mechatronics Engineer - Actuation & Drivetrain
• Electronics Technician - Cable & Harness Fabrication
• Radar Engineer
• Robotics Software Engineer
• Chief of Staff
• Senior Optomechanical Engineer
• Sr. Electrical Harness Engineer
• CNC Machinist
• Shipping & Receiving Clerk

pricing

motion

channels

• Direct procurement inbound via request a brief and NDA-gated whitepaper
• Army experimentation events such as Project Sandhills 2.0 at Fort Bragg
• Prime and integrator partnerships (Forterra, Spotter Global, Genesis Arms)
• Defense press coverage (RECOIL, Defence Blog, Axios)
• YC network and launch post
• X and LinkedIn (company @9Mothers, CEO Russell Smith)

confidence

Founders

• name: Russell Smith
  title: Founder/CEO
  role: CEO
  bio: Founder/CEO at 9 Mothers. Previously founded Rainforest QA (YC S12), an AI software testing company where he served as CTO for a decade. Earlier founded UKD1, a consultancy that launched Africa's largest e-commerce platform and scaled multiple high-growth startups. Computer Science degree from Staffordshire University.
• name: Roman Khomenko
  title: Founder
  role: Founder
  bio: Co-founder of 9 Mothers Defense. Previously Data Scientist at Rainforest QA (YC S12), hacker, and builder of weird things. I love everything old: Lisp, NES games, IRC, trackers, and 8-bit music. Now building AI-driven counter-drone systems.
• name: Bogdan Pyzh
  title: Founder/COO
  role: COO
  bio: Founder/COO at 9 Mothers. Previously EMEA Practice Lead at Leviathan Security Group and co-founded Octal Security. Chief of Staff at OpsHelm. BS in Computer Science from Baylor.