A counter-drone operator may have only seconds to decide whether a point on the screen is a threat or a friendly asset. That decision depends partly on the interface. Demand for these systems continues to grow as global military spending reached $2.89 trillion in 2025, marking the 11th consecutive annual increase, according to SIPRI.
Many defense startups develop this software without an in-house product designer. The studio they hire must understand sensor feeds, NATO symbology, and unreliable connectivity. Without that experience, the client pays for the learning curve.
This guide compares firms offering military and defense UI/UX design services. Each profile includes a defense project you can discuss during the first call.
Where Defense Budgets Went in 2025
2025 spending data show rising military budgets and growing investment in drone and counter-drone systems. The main sources reported the following figures.
According to SIPRI, global military spending reached 2.5% of GDP in 2025, its highest share since 2009. The United States spent $954 billion, China spent $336 billion, and Russia spent $190 billion. Together, the 3 countries accounted for $1.48 trillion, or 51% of global military spending.
European NATO members and Canada increased defense spending by 20% in real terms in 2025, according to NATO’s annual report published in March 2026.
Drone production is also increasing. In July 2026, President Zelensky said Ukraine was producing 10 million drones annually and aimed to reach 20 million. Bloomberg estimated Ukrainian output at about 4 million in 2025. The figures cover different years and may use diverse counting methods, so they aren’t directly comparable.
DroneShield, a counter-drone vendor, estimates the counter-uncrewed systems market at $63 billion. Its estimate attributes $34.7 billion of that market to military, government, and law enforcement buyers.
Growth in both drones and counter-drone systems increases demand for ground-control and monitoring interfaces that crews can interpret quickly under pressure.
5 Checks Before You Contact a Defense UI/UX Studio
A 30-minute preparation session can save weeks of vendor calls. Complete these checks before contacting a studio:
- Describe your operators on one page. Record who uses the product, what hardware they use, lighting conditions, and available bandwidth. Use the studio’s follow-up questions to assess how well it understands your users and operating environment.
- Identify the screen with the highest operational risk. This might be the track table, alert stack, or imagery viewer. Ask each candidate how they would approach it to see their reasoning rather than another sales presentation.
- Request fielded work you can inspect. Concept art demonstrates visual style, but a walkthrough of a deployed operator interface shows how the team handled real technical and operational constraints. The walkthrough can take place under NDA.
- Decide who will build the front end. Determine whether your engineers need Figma files, developer-ready specifications, or production components. Shortlist providers whose delivery model matches what your team can maintain.
- Include readiness evidence in the scope. List research notes, usability test results, and design rationale as required deliverables. This ensures your program office receives the documentation needed for human readiness reviews with each release.
Top Companies Offering Military and Defense UI/UX Design Services
These firms design operator consoles, intelligence platforms, and the brands and websites defense companies use to reach buyers and investors. This review identified six providers with published defense projects. The table below compares their work and areas of focus:
| Company | Signature defense project | Core disciplines | Buyer profile |
| Cosmos Studio | Geospatial analysis platform for Bravo1Alpha | Research, UX/UI, front-end engineering, brand | Defense startups, intelligence teams, dual-use companies |
| 5IVE UX | Counter-drone C2 work for D-FEND | UX strategy, user research, product design | Defense tech, cybersecurity, and enterprise software teams |
| Rise8 | Missile warning and tracking software for the U.S. Space Force | Product, research and design, engineering, cloud | Air Force, Space Force, DoD, and VA programs |
| Truss | SITH insider threat platform for the DoD | UX research and design, engineering, product | Federal agencies, enterprises, startups |
| Visual Logic | AI energy prediction tool for U.S. Army robotic combat vehicles | Product strategy, UX design, DesignOps | Defense primes and contractors |
| Fuselab Creative | Drone Forge UAV mission control ecosystem | UX/UI, data visualization, dashboard development | Federal agencies, enterprises, AI startups |
Cosmos Studio: Product UX, front-end engineering, and defense branding from one senior team
Cosmos Studio provides military and defense UI/UX design services shaped by its long-term partnership with Bravo1Alpha, a GEOINT and IMINT provider serving government, defense, and security organizations.
For Bravo1Alpha, the studio designed and built a browser-based platform where analysts review satellite and SAR imagery, annotate maps using MIL-STD-2525 symbology, and export their findings as structured reports. The wider project also included Bravo1Alpha’s brand, websites, and an interactive WebGL experience explaining its multi-domain operations concept.
For a U.S. defense hardware startup, Cosmos Studio created an engineering-led visual language and documented it in a design system. The system uses one high-visibility accent color, while the product website applies a shared, data-driven template across every system in the company’s portfolio. Prelaunch reviews took place in separate, access-controlled environments.
The studio’s in-house engineers develop front ends with React, Next.js, and TypeScript. Senior partner engineers support backend development, mobile applications, and offline deployments. Founder and CEO Illia Kulbachnyi, who serves on the Awwwards jury, leads a senior team of 10 to 25 people. Junior designers aren’t assigned to client projects.
On record:
- Browser-based geospatial analysis platform for Bravo1Alpha
- Design system and product website for a U.S. defense hardware startup
- 12-section qualification program website with a dark, high-contrast interface
- More than 60 design awards, including 18 Awwwards and a Red Dot Award
Engagement: from $5,000, with a typical project of about 8 weeks.
5IVE UX: UX strategy and product design for complex B2B and defense tech products
5IVE UX lists D-FEND, a counter-drone systems company, among its featured projects. The studio categorizes the work under operational systems, drones, and command and control. Uvision, a defense and aerospace systems company, also appears on its client list.
Its published work in other technical sectors includes an MRI operation interface for Aspect Imaging, treatment-planning software for Novocure, and security dashboards for Rezilion. Project teams include specialists in strategy, user research, UI design, and engineering.
5IVE UX reports more than 25 years of experience, over 200 clients, and more than 1,000 completed projects. Client testimonials also reference work for Kaminario, AudioCodes, and Nyxoah. DreamHub, an AI-native CRM platform, appears in its recent portfolio.
On record:
- Counter-drone and C2 project for D-FEND
- Defense and aerospace work for Uvision
- MRI operation interface for Aspect Imaging
- Client list including Intel, Microsoft, Cisco, and Fortinet
Engagement: strategy, research, and design, with engineering staff on the project.
Rise8: Embedded product teams for Air Force, Space Force, and VA programs
Rise8 emerged from the U.S. military software factory movement. Founder Bryon Kroger, a former U.S. Air Force targeteer, co-founded Kessel Run before starting the company.
Rise8 teams embed within program offices and approach the wider mission problem as the product. The company identifies its delivery model, which combines product management, software engineering, and user-centered design, as one of its three core practices.
Under the U.S. Space Force FORGE program, Rise8 works on missile warning and tracking software. The company reports reducing mission-scheduling errors by 75% for the Air Force and saving 34,000 operator hours for the Space Force. Qualifying engagements include a 180-day guarantee for delivering the first measurable outcome.
On record:
- Missile warning and tracking software under the Space Force FORGE program
- AFWERX SBIR Phase III IDIQ for Air Force software modernization
- Awardee on the Department of Veterans Affairs SPRUCE contract
- Reported 50% faster delivery of mission-critical Space Force software
Engagement: embedded product, design, and engineering team.
Truss: Federal digital services with a dedicated UX research and design group
Truss built SITH, a DoD platform for assessing and mitigating insider threats. The company reports that the system entered production with real users by April 2024. Its published federal case studies also include MilMove, the Defense Counterintelligence and Security Agency, the Department of Labor, and the Department of Veterans Affairs.
Truss works alongside client teams in agile delivery cycles, with UX research and design specialists included in each product team. Its federal experience extends to the HealthCare.gov recovery and the 2024 IRS Direct File pilot.
Government buyers can procure its services through the SBA 8(a) program, GSA IT-70, and SEWP VI.
On record:
- SITH insider-threat platform deployed in a DoD production environment
- MilMove case study
- Defense Counterintelligence and Security Agency case study
- ISO 9001:2015 certification held since November 2025
Engagement: side-by-side delivery with the client team in agile cycles.
Visual Logic: Human readiness and mission UX for DoD contractors
Visual Logic reports more than two decades of work on military interfaces, with recent projects covering autonomous systems and AI. For the U.S. Army’s robotic combat vehicle program, the firm designed an AI-based energy prediction tool that supports mission planning and energy management.
Earlier work for NIITEK reorganized a ground-penetrating radar interface around a clearer information hierarchy. The system also incorporated historical threat data to support soldiers detecting improvised explosive devices.
Visual Logic’s current pipeline includes a sensor-fusion C2 platform for Numerica and space wargaming software for FTI. The firm publishes a government capability statement centered on the Human Readiness Level standard. Its portfolio also includes a connected MedEvac concept for frontline medical teams.
On record:
- AI-based energy prediction tool for robotic combat vehicles
- Ground-penetrating radar interface for NIITEK
- Sensor-fusion C2 platform for Numerica
- Space wargaming software for FTI
Engagement: research, design, and DesignOps programs.
Fuselab Creative: Dashboards, maps, and mission control interfaces for data-heavy teams
Fuselab Creative designs dashboards, maps, and mission-control interfaces for organizations working with complex datasets. For Drone Forge, a mission-critical UAV platform, the studio combined weather data, telemetry, fleet mapping, and satellite links into a single operator system.
The launch interface uses wind, visibility, and humidity data to support a go-or-hold decision and includes a launch countdown. A fixed-wing aircraft schematic displays live battery, propulsion, payload, and communication-link status.
The fleet map shows patrol areas, waypoints, and each aircraft’s status. Selecting an aircraft allows the operator to open a live feed or take manual control.
Federal agencies can purchase Fuselab Creative’s services through its GSA contract. Projects begin with a fixed-price proposal and typically include 2-4 weeks of discovery, followed by two-week prototype and testing cycles.
On record:
- Drone Forge UAV mission-control ecosystem
- CyberDefend cybersecurity dashboard
- Data products for NASA and NIH
- Section 508 accessibility for federal projects
- Fixed-price engagements with two-week prototype and testing cycles
Engagement: fixed-price proposal, then 2-week prototype and test cycles.
Engagement Models for Defense Interface Work Compared
The contract structure determines what your team owns, learns, and maintains after the provider leaves. Defense organizations commonly use three engagement models.
Fixed-scope project
This model works for a defined product, redesign, or UX audit. The contract specifies the screens, design system, documentation, and code the provider will deliver.
Operator research may reveal new requirements after the project begins. Include a change-control process and contingency budget in the contract to manage additional scope.
Embedded team
This model works for programs with engineers already developing and releasing software. Designers join the existing team and contribute to research, product decisions, interface design, and delivery.
Internal staff can learn the provider’s methods during the engagement. However, continuity may suffer if vendor team members rotate or leave, so the contract should address staffing changes and knowledge transfer.
Outcome-based program
This model connects payment or delivery milestones to a measurable result, such as fewer mission-scheduling errors or shorter task-completion times.
Define the metric with operators before work begins. Without their input, the measured result may not reflect what crews need in real operating conditions.
Conclusion
Technical capability remains essential, but defense buyers also assess how quickly and accurately operators can use a system. An interface that slows a crew or hides critical information can lead to retraining, workarounds, and expensive redesigns after deployment.
Choose military and defense UI/UX design services early in product development. Select a partner that can show a fielded operator interface, explain the research and standards behind it, and provide design files and code your engineers can continue to maintain.
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