CX2
Company Information
Headquarters
El Segundo, California, USA
Year Founded
2024
Industries
Defense Technology, Electronic Warfare, Aerospace & Defense, Autonomous Systems, Military Drones, Counter-Drone Technology, Radio Frequency Engineering, Intelligence, Surveillance & Reconnaissance, Public Safety
What Is CX2?
CX2 is a defense technology company developing AI-enabled electronic warfare systems and autonomous drones for detecting and analyzing radio frequency (RF) signals. The company combines artificial intelligence, RF sensing, software-defined radio technology, and unmanned aircraft to help military organizations identify electromagnetic threats and operate in environments affected by signal interference. Its technology focuses on electromagnetic spectrum awareness, including locating hostile transmitters, detecting drone control signals, and supporting electronic warfare operations across land, air, and maritime environments.
What Does CX2 Do?
CX2 develops hardware and software that help military operators detect, locate, and respond to radio frequency threats in contested environments.
Its systems monitor electromagnetic signals emitted by equipment such as drone controllers, communication systems, and GPS jammers. By analyzing these signals, CX2 helps operators identify the location of transmitters that may be difficult to detect using conventional visual surveillance.
The company develops autonomous airborne RF sensing platforms and compact electronic warfare payloads that can be integrated with existing drones.
Its Wraith platform provides airborne signal detection and geolocation, while Vadris equips small drones with RF direction-finding capabilities.
CX2 also connects its sensing systems with existing military command-and-control networks, allowing collected information to support operational decisions. Its technology is designed to function in GPS-denied and heavily jammed environments, where traditional navigation and communications systems may be unreliable.
CX2 Technology
CX2 combines artificial intelligence, electronic warfare, autonomous drones, and radio frequency sensing to detect and locate electromagnetic signals.
Its systems use RF receivers and signal-processing software to identify transmissions associated with drone controllers, communication equipment, and electronic jammers. These measurements help operators determine the direction or location of a signal source.
The company’s Wraith airborne platform uses RF geolocation technology to detect emitters from the air. It also incorporates electro-optical and infrared sensors for visual observation. Its navigation system combines visual odometry with multiband satellite navigation, allowing it to support operations in environments where GPS signals are disrupted.
CX2’s Vadris payload uses software-defined radio (SDR) technology to detect different drone communication protocols. Rather than requiring new hardware for every signal type, the software-defined architecture allows supported radio protocols to be expanded through software updates.
The company also develops AI-enabled systems intended to accelerate signal classification, improve situational awareness, and connect sensor information with operational workflows. CX2 describes an open architecture that supports integration with existing sensors, tactical networks, and command-and-control platforms.
Its approach combines specialized RF hardware with software-driven analysis, allowing smaller unmanned platforms to perform sensing tasks traditionally associated with larger electronic warfare systems.
These technologies are particularly relevant to autonomous electronic warfare and counter-drone operations, where detecting and interpreting electromagnetic activity can be as important as visual identification.
Why CX2 Matters
CX2 represents the growing convergence of AI, autonomous systems, and electronic warfare in defense technology.
Modern military operations increasingly depend on drones, satellite navigation, wireless communications, and electronic sensors. These systems create electromagnetic signals that can reveal activity while also being vulnerable to interference.
CX2 develops compact sensing systems that allow smaller military units to detect RF activity without depending entirely on large, specialized electronic warfare platforms.
Its use of software-defined radio and autonomous airborne sensing is particularly relevant as drone communication protocols and electronic threats continue to change.
The company also illustrates a broader trend toward distributed defense technology, where relatively small autonomous systems collect information and connect with existing operational networks.
In April 2026, CX2 announced that two of its systems had been selected under the Defense Innovation Unit’s Project G.I. program, reflecting ongoing military evaluation of its technology.
CX2 Products & Platforms
Wraith
Wraith is an autonomous airborne electronic warfare platform designed to detect and locate radio frequency emitters in contested environments.
The Group 2 unmanned aircraft combines RF geolocation, electro-optical and infrared sensors, and navigation technology designed to tolerate GNSS interference. It generates information about the location of radio transmitters, including communication equipment and electronic jammers.
Wraith weighs approximately 32 pounds and has a published flight duration of approximately 45 minutes. It supports integration with tactical systems, including Lattice and TAK.
Vadris
Vadris is a radio frequency sensing payload for first-person-view (FPV) drones. It detects radio transmissions associated with drone control systems and provides directional information through the drone operator’s video display.
The payload weighs approximately 1.2 pounds and can be integrated with compatible small drones. Its applications include counter-drone operations, RF surveillance, and identifying the direction of radio transmitters.
Vadris can also support public safety monitoring of drone-related RF activity near sensitive locations.
Vadris SDR
Vadris SDR is a software-defined radio version of the Vadris payload, announced in October 2026.
The updated system expands signal detection beyond the original ExpressLRS protocol to include additional drone communication systems, such as TBS Crossfire and DJI OcuSync.
Its software-defined architecture allows CX2 to extend support for additional radio protocols through software development rather than redesigning the sensing hardware for each new protocol.
CX2 Applications
CX2’s technology is primarily developed for military electronic warfare, intelligence gathering, and counter-drone operations.
Defense organizations can use its airborne sensing systems to monitor radio frequency activity, locate electronic jammers, and identify transmissions associated with unmanned aircraft and communications equipment.
In intelligence, surveillance, and reconnaissance (ISR), Wraith provides airborne RF observations that help operators understand electromagnetic activity across an operational area.
Vadris supports counter-unmanned aircraft operations by detecting radio signals associated with drone control systems.
CX2 also identifies commercial and public safety applications, including monitoring RF activity around stadiums, large public gatherings, and critical infrastructure. These applications can help security teams investigate nearby drone activity and other radio transmissions.
Latest Companies
Frequently Asked Questions
What is the difference between CX2's Wraith and Vadris systems?
Wraith is a complete airborne electronic warfare platform that detects and geolocates RF emitters. Vadris is a smaller RF-sensing payload designed to attach to compatible FPV drones. Wraith provides airborne spectrum reconnaissance, while Vadris adds directional RF sensing to existing drones.
Can CX2's Wraith operate without reliable GPS?
Wraith is designed for GNSS-denied and heavily jammed environments. It combines visual odometry with multiband satellite navigation and has been tested against GPS interference. Its ability to operate under interference depends on the conditions and mission requirements.
What drone communication protocols does Vadris SDR support?
CX2 announced support for ExpressLRS, TBS Crossfire, and DJI OcuSync in October 2026. Its software-defined architecture is intended to support additional communication protocols as they are developed and integrated.
Can CX2's technology be integrated with existing military systems?
Yes. CX2 develops its systems using an open architecture intended to connect with existing sensors, tactical networks, and command-and-control software. Published integrations include Lattice, TAK, and RAVIC, depending on the product.
Has CX2's electronic warfare technology been evaluated by the U.S. military?
Yes. CX2 has reported evaluations of Wraith during military exercises and demonstrations involving Vadris under the Defense Innovation Unit’s Project G.I. In April 2026, the company announced that two of its systems had been selected under the program’s third design reference mission.
Do You Have an Update for This Company?
Have an update, correction, or additional information about this company? Help us keep the futureTEKnow company database up to date by submitting the latest company information.
Related Companies
- Saronic
- Overland AI
- Epirus
Latest Articles
OpenAI Astra for Law Brings GPT-6 Astra Into Legal Research and Law Firm Workflows
OpenAI’s Astra for Law combines GPT-6 Astra with specialized legal search, integrations, and governance controls. The launch shows how frontier AI is moving deeper into professional legal workflows.
Are your AI projects stuck on your own data?
AI projects often stall because business data isn’t consistent or trustworthy. Here’s how to identify data gaps before they become an AI roadblock.
EVAS Intelligence’s RISC-V AI Chips Land 1.5 Billion Yuan Series B to Power Global Expansion
EVAS Intelligence has raised 1.5 billion yuan to mass‑produce its RISC-V Epoch AI chips, deepen its full‑stack platform, and accelerate global expansion, signaling rising investor confidence in alternative AI compute.
Orkes Raises $60M to Orchestrate Enterprise AI Agents in Production
Orkes has raised 60 million dollars to turn its Netflix‑born workflow engine into a control plane for enterprise AI agents. The piece unpacks how its orchestration platform works, why investors are backing it now, and what this means for companies trying to move AI from pilots into production.
Sillage’s AI signal engine raises €1.7M to help enterprise sales teams follow the right buying signals
Paris-based Sillage has raised €1.7 million to launch an AI signal engine that helps enterprise sales teams follow the right buying signals, prioritize high-intent accounts, and improve pipeline efficiency without replacing human-led conversations.
Cloneable’s agentic AI platform targets the infrastructure knowledge gap with $4.6M seed round
Cloneable is launching an agentic AI platform for infrastructure operations that captures institutional knowledge from retiring experts and turns it into scalable agents, targeting energy, utilities, and other asset-heavy sectors. The $4.6M seed-backed startup aims to connect field data capture with back-office execution so founders and operators can modernize infrastructure faster and with fewer bottlenecks.
Ricursive Superintelligence’s $500M bet on self-improving AI raises the stakes in the AGI funding race
Excerpt: Ricursive Superintelligence has raised at least $500 million to build self‑improving AI, with GV and Nvidia backing a four‑month‑old lab at a $4 billion valuation. The deal crystallizes how quickly capital, talent and regulatory scrutiny are converging around autonomous AI research—and what that means for builders trying to compete outside the frontier club.
Bond AI raises US$2M to automate SME accounting in Brazil’s brutal tax maze
Brazilian startup BOND has raised US$2M to automate accounting for SMEs in Brazil’s complex tax system. Combining AI with human accountants, it targets a fragmented market of manual processes, aiming to turn back-office compliance into a faster, more strategic function for founders and operators.
Loop’s AI supply chain platform raises $95M Series C to predict disruptions before they hit
Loop just raised a $95M Series C to expand its AI-native supply chain platform, turning messy logistics data into early disruption warnings and better financial outcomes for global operators and shippers.
London AI startup Lua wants to give every business its own AI workforce with $5.8M seed round
Linkedin X-twitter-square Facebook-square Startups & Business News AI agents are finally moving from demos to the day-to-day stack of real
Factory.ai raises $150M Series C to build fully autonomous software engineering “factories”
Factory has raised a $150M Series C at a $1.5B valuation to scale its autonomous “Droids” platform, betting that enterprises will standardize software engineering around agent‑native missions, governance and cost‑optimized AI infrastructure.
Solidroad’s $25M bet on AI quality assurance for customer support
Solidroad has raised $25 million to bring AI-native quality assurance to every human and AI-powered customer interaction. The new funding will accelerate product development and expansion for support-heavy businesses leaning into automation.
futureTEKnow is focused on identifying and promoting creators, disruptors and innovators, and serving as a vital resource for those interested in the latest advancements in technology.
© 2026 All Rights Reserved.