Co-Founder & CEO
Furientis
Furientis manufactures interceptor missiles and solid-rocket motors engineered from day one for high-rate production, addressing critical shortfalls in U.S. naval defense munitions. The company vertically integrates seeker, controls, airframe, and propulsion subsystems, using a proprietary solid rocket motor chemistry and software-defined multimodal seekers built from commercial off-the-shelf components. Flight-testing ship-based interceptors today, Furientis targets a 30-minute final assembly process and a monthly design-build-fly cadence.
- Defense Tech
- Hardware
- Chemical Technology
- Aerospace
Updated 29 days ago
Funding
Raised to date
$30MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
across 2 rounds
HVL2+2$25M · Seed
Announced Oct 2026 · from article date
Disclosed cumulative: $30M
2/2
RoundDateAmountValuationInvestors
Founders
Product
Problem
Current U.S. defense munitions production is limited to a few hundred ship-borne interceptors per year, far below the thousands needed to sustain modern naval operations and to replace losses in prolonged conflicts. In 2024, U.S. Navy ships fired more than 200 interceptors defending against Red Sea threats, exceeding the nation's annual production capacity and drawing down stockpiles at an unsustainable rate.
Solution
Furientis designs and manufactures cost-effective, high-volume precision-guided interceptors and solid-rocket motors that can be produced at scale in existing factories. Their software transforms commodity components into a multimodal seeker stack, providing robust guidance without bespoke parts. The propulsion chemistry and manufacturing processes are optimized for thousands of units per factory annually, enabling a 30-minute final assembly line and a monthly design-build-fly cadence. By focusing on manufacturability from day one, Furientis delivers a rapid feedback loop that shortens development cycles and accelerates fielding of new interceptor variants. The approach aims to close the gap between demand and supply for ship-side defensive missiles.
Target Audience
Primary customers are naval forces and defense acquisition programs, including the U.S. Navy and U.S. Army, that require large quantities of ship-borne interceptors, as well as defense contractors seeking a scalable source of precision-guided munitions.
Features
- Multimodal seeker stack generated by proprietary software that integrates off-the-shelf optics, RF, and sensor components into a precision guidance system
- Vertically integrated core subsystems including seeker, controls, airframe, and solid rocket motor, with manufacturability governing all design decisions
- Scalable solid-rocket motor chemistry formulated for pouring, enabling production of thousands of motors per factory per year in safe, proven packaging
- Flight-ready interceptor hardware currently undergoing flight testing, demonstrating real-world performance
- 30-minute final assembly process enabled by determinate assembly airframe structures, supporting rapid low-cost batch production
- Monthly design-build-fly cadence providing continuous iteration and capability upgrades
- Canard controls enable high maneuverability, compact packaging, and low actuation power
- Use of commercial-grade materials and commercial off-the-shelf electronics to reduce part count and simplify supply chain logistics