Kratos Strategy and Business Model

Executive Overview

Kratos is a U.S. defense technology company focused on products and systems that sit between pure services contractors and the largest prime-defense platforms. Its portfolio spans unmanned aerial systems, aerial target drones, small turbine engines and propulsion technologies, satellite communications and space ground systems, microwave electronics, and Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, and Reconnaissance (C5ISR) solutions. The company serves the U.S. Department of Defense, other federal agencies, allied governments, prime contractors, and selected commercial satellite customers. Kratos traces its roots to 1994, when it was founded as Wireless Facilities, and it is headquartered in San Diego, California.

On the latest annual basis, Kratos is a more-than-$1-billion revenue company, with FY2024 revenue shown in the table below. Strategically, Kratos has tried to build a differentiated position around affordable, high-performance national-security technology: systems that can often be developed and fielded faster, and at lower unit cost, than traditional exquisite platforms. That matters most in areas such as jet-powered unmanned aircraft, propulsion, missile and radar electronics, space and satellite ground systems, and mission support. The company’s upside comes from converting development and demonstration work into larger production and sustainment programs.

Kratos at a Glance

Logo
Common name	Kratos
Full legal name	Kratos Defense & Security Solutions, Inc.
Headquarters	San Diego, California, United States
Ownership	Public company; widely held, with no publicly disclosed controlling shareholder
Ticker	KTOS
Exchange	NASDAQ
Market Cap	$9.57B
Revenue (FY2024)	$1.14B
Founding / major historical milestones	Founded in 1994 as Wireless Facilities; renamed Kratos in 2007 after shifting toward defense and security; expanded through acquisitions including Integral Systems in 2011 and Composite Engineering in 2012
Industry or industries	Aerospace and defense; national security technology; satellite communications and space ground systems
Key products or services	Unmanned aerial systems, aerial target drones, propulsion and turbine technologies, microwave electronics, satellite and space ground systems, C5ISR, training, and mission support
Geographic footprint	Primarily U.S.-based operations with international sales to allied governments and commercial satellite customers
Business segments as officially reported	Kratos Government Solutions and Kratos Unmanned Systems
Company website	https://www.kratosdefense.com

1. What Is the Strategy of Kratos?

Based on Kratos’s annual reports, investor presentations, and management commentary through 2024, the company’s strategy is to build and scale a portfolio of affordable, mission-critical national-security technologies in niches where speed, cost, and engineering agility matter. The company is not trying to compete head-on with the largest primes across every defense category. Instead, it is concentrating on specific domains where it believes it can create differentiated products and then convert development work into production and sustainment revenue.

1a. What is the winning aspiration of Kratos?

Kratos’s winning aspiration is to be a scaled supplier of high-performance but lower-cost defense and national-security systems, particularly in unmanned systems, propulsion, space and satellite ground systems, microwave electronics, and related mission technologies. In practical terms, “winning” for Kratos appears to mean becoming a go-to provider when customers want capable systems that are faster to field and less expensive than traditional exquisite platforms. Management has also emphasized converting internally funded and customer-funded development programs into larger production contracts, while expanding adjusted earnings and cash generation as the business mix improves.
1b. Where does Kratos play?

Kratos plays primarily in U.S. defense and national-security markets, with selected exposure to allied international defense customers and commercial satellite operators. Its chosen arenas are relatively narrow but important: jet-powered unmanned aircraft, aerial targets, tactical drones, small turbine engines, missile and radar electronics, satellite communications ground infrastructure, space command-and-control software, and C5ISR-related systems and services. It does not try to serve broad consumer markets or low-value commoditized electronics markets.
1c. How does Kratos plan to win?

Kratos’s recipe for winning is a combination of affordability, speed, and mission relevance. The company invests ahead of full-scale demand, develops products that can address emerging defense priorities, and uses open architectures and modular designs so systems can be configured for different customers and payloads. In unmanned systems, its pitch is often “good enough or better for the mission at materially lower cost.” In satellite and space systems, the company emphasizes software-defined and virtualized ground systems. In electronics, it competes on niche performance, qualification, and integration into defense programs. This makes Kratos different from both pure services contractors and the largest platform primes.
1d. What capabilities must Kratos have in place?

To make that strategy work, Kratos needs strong systems engineering, autonomous systems development, propulsion expertise, microwave and radio-frequency electronics capability, secure software development, and low-to-medium volume defense manufacturing. It also needs flight testing, program capture, government-contracting compliance, export-control discipline, cyber-hardening, and customer intimacy with military and national-security buyers. Just as important, it needs the ability to carry Independent Research and Development investment before a program scales.
1e. What management systems does Kratos require?

Kratos requires disciplined program management, capital allocation, and portfolio review systems. In practice, that means gating internal R&D investments, tracking bookings and backlog, managing fixed-price and cost-type contracts carefully, enforcing quality and supplier controls, and deciding when a development effort deserves production capacity investment. The company also needs management systems that support classified and export-controlled work, cybersecurity compliance, and integration across its two reported segments. Because Kratos often lives at the boundary between development and production, management discipline around transition risk is especially important.

2. What Are the Current Strategic Initiatives of Kratos?

Across recent annual reporting and investor communications through 2024, Kratos has emphasized a set of practical strategic initiatives rather than a broad corporate slogan. The most important appear to be the following.

Scale affordable unmanned systems. Kratos has continued to position its unmanned systems portfolio around higher-performance but comparatively lower-cost platforms, including aerial target systems and tactical or combat-oriented unmanned aircraft such as XQ-58A Valkyrie and other jet-powered systems. The strategic goal is to move from demonstrations, test programs, and limited production into larger recurring production lots as customer demand matures.
Expand propulsion and related content. Kratos has invested in turbine and propulsion technologies tied to unmanned systems, missiles, and high-speed applications. This matters strategically because propulsion is a constrained, technically demanding subsystem that can deepen Kratos’s content per platform and improve control over cost and performance.
Grow satellite, space, and software-defined ground systems. Kratos has been building around software-based and virtualized satellite ground systems, including products used for telemetry, tracking, control, and network management. The shift toward proliferated low earth orbit constellations and more software-defined ground infrastructure creates a tailwind for this part of the portfolio.
Capture demand in microwave electronics and mission systems. Kratos’s microwave electronics and related national-security businesses support radar, missile, electronic warfare, and other defense applications. This is an attractive area because it tends to benefit from broader modernization trends and from high qualification barriers.
Convert development into production and improve mix. A recurring theme in Kratos’s public messaging is that value creation depends on turning development work into follow-on production, spares, training, and sustainment. That shift matters not only for revenue growth but also for margin expansion, because proprietary products generally carry better economics than pure contract services.
Invest selectively while preserving flexibility. Kratos has continued to fund internal development, add capacity where needed, and pursue selective capability expansion without trying to match the balance-sheet scale of the largest defense primes. The operating challenge is to stay aggressive enough to win emerging programs without overbuilding before orders arrive.

3. What Is the Business Model of Kratos?

Kratos has a hybrid business model: part defense products company, part engineering-and-program execution contractor. Customers do not buy a single standardized offering. They buy a mix of hardware systems, development work, software, integration, testing, and life-cycle support.

What customers actually buy. Customers buy unmanned aircraft, aerial target systems, propulsion technologies, electronics, satellite and ground-system software, mission systems, and engineering support tied to specific defense or space programs.
Recurring versus one-time revenue. Kratos is not a classic subscription business. Revenue can begin as one-time development, prototype, or integration work, but the more attractive part of the model is repeat-driven: production lots, spare parts, training, maintenance, software support, and follow-on program increments. In satellite ground systems, software and support can also create more recurring characteristics than in the hardware-heavy parts of the portfolio.
How pricing power works. Pricing power is mixed. On competed development contracts, Kratos has limited pricing freedom. Pricing is stronger when the company is a qualified source on a niche subsystem, when switching costs are high, or when a customer wants continuity from prototype into production. In other words, pricing power usually comes from technical differentiation and qualification status, not from consumer-style brand leverage.
Why the business mix matters. Mix is critical. The larger Government Solutions activities tend to provide a steadier base of revenue and profit, while Unmanned Systems can be more volatile but offers more upside if programs ramp. Product-heavy proprietary content generally has better long-term economics than labor-heavy services work.
What drives gross margin, operating margin, and cash generation. Gross margin depends heavily on program maturity, production scale, fixed-cost absorption, supplier costs, and contract structure. Operating margin is influenced by internal R&D spending and by how much the company is investing to build future programs. Cash generation depends on milestone billing, working capital, inventory build for production, and the pace at which customers fund and accept deliverables.
Revenue model. Kratos earns revenue through a mix of fixed-price product sales, cost-plus and time-and-materials engineering contracts, software and system licenses in some space and satcom businesses, and ongoing support and sustainment. It is best understood as a program-based revenue model with product upside.

4. What Products and Services Does Kratos Sell?

Kratos sells a portfolio that spans two reported segments.

Kratos Government Solutions. This segment includes satellite communications and space ground systems, microwave electronics, C5ISR-related solutions, training, and other mission support offerings. Important products and capabilities include software-defined satellite ground infrastructure, telemetry and control systems, mission electronics used in radar and missile applications, and engineering or integration support for defense customers.
Kratos Unmanned Systems. This segment includes aerial target systems, tactical unmanned aircraft, higher-performance jet-powered unmanned platforms, related command-and-control elements, and propulsion or turbine technologies tied to unmanned systems and missiles. Publicly visible product names associated with Kratos include XQ-58A Valkyrie and other target and tactical unmanned platforms.

From a business-economics perspective, the Government Solutions portfolio appears to provide the broader revenue base and steadier earnings contribution, while the Unmanned Systems portfolio carries outsized strategic importance because successful program transitions could create faster growth. Legacy activities in services and support remain relevant, but the newer growth story is more clearly tied to proprietary products, software-enabled ground systems, and affordable autonomous platforms.

5. What Are the Key Competitors or Peers of Kratos?

Kratos spans several niches, so no single company is a perfect one-for-one competitor. Its closest competitors vary by program and segment.

AeroVironment – A close public peer in military unmanned systems, especially small and tactical drones, though its product mix differs from Kratos’s jet-powered and target-drone emphasis.
Anduril Industries – A private defense-technology competitor focused on autonomous systems, sensors, and command-and-control software; an important comparable for “new defense tech” positioning.
General Atomics Aeronautical Systems – A major military drone competitor, particularly at the larger and more established end of unmanned aircraft.
Northrop Grumman – Competes in target systems, aerospace mission systems, electronics, and broader defense modernization programs.
L3Harris Technologies – A strong competitor in defense electronics, communications, ISR, and space-related systems.
Leidos – Competes in defense mission systems, digital engineering, space, and national-security technology and services.
CACI International – Relevant in C4ISR, electronic warfare, software, and defense mission support markets.
Mercury Systems – A close peer in defense electronics, embedded processing, and radio-frequency and microwave components.
Viasat – Relevant in satellite communications, networking, and some ground-infrastructure markets.
Comtech Telecommunications – A narrower but relevant peer in satcom ground equipment and related communications infrastructure.

The most important point is that Kratos often competes program by program, not company by company. On one opportunity it may face a large prime; on another, a smaller electronics specialist; on another, a venture-backed autonomy player.

6. What Is the Marketing Strategy of Kratos?

Kratos’s marketing strategy is primarily account-based and program-driven. This is a defense company selling to technical, operational, and procurement buyers, so mass-market brand advertising is not central. Marketing works mainly in support of business development, capture management, and customer education.

Demonstrations matter more than campaigns. Flight tests, demonstrations, trade-show presence, and visible program milestones are more important than broad advertising. In unmanned systems, proof of performance is itself a marketing tool.
Past performance and credibility matter. Defense customers place heavy weight on mission fit, technical evidence, security credentials, and execution history. That makes technical marketing, white papers, trade events, and direct customer engagement more relevant than consumer-style promotion.
Teaming is part of marketing. Kratos often needs to market not only to end customers but also to prime contractors and program partners. Positioning the company as a useful teammate can be as important as positioning it as a standalone prime.
Brand is a supporting capability, not the core differentiator. The Kratos name matters in defense circles, especially around affordable unmanned systems and space ground systems, but win rates are more likely driven by product fit, cost, schedule, and qualification status than by brand alone.

7. What Are the Key Customer Segments of Kratos?

Kratos’s customer base is concentrated in defense, national security, and adjacent mission-critical markets.

U.S. Department of Defense and military branches. This is the most important customer grouping. Demand is driven by modernization needs in drones, targets, missile defense, training, electronics, and mission systems.
Other U.S. national-security and federal agencies. Space, communications, cyber, and mission-support work can extend beyond the traditional military services into broader government customers.
Prime defense contractors and integrators. In many programs, Kratos is a subsystem supplier, technology partner, or subcontractor rather than the sole prime contractor.
Allied international defense customers. Exportable unmanned systems, training systems, and electronics can be relevant for allied militaries, usually within export-control and government-approval frameworks.
Commercial satellite operators and related infrastructure customers. This is a smaller but strategically useful customer set for Kratos’s satellite and ground-system portfolio.

Kratos is therefore diversified across several defense mission areas, but it remains meaningfully dependent on U.S. government spending priorities and procurement timing.

8. What Is the Sales Model of Kratos?

Kratos’s sales model combines direct government selling, formal procurement processes, and partner-led channels. It is a capture-and-execution model, not a transactional product model.

Direct sales to government customers. Kratos pursues requests for proposals, sole-source follow-ons where qualified, Indefinite Delivery/Indefinite Quantity contracts, and Other Transaction Authority pathways in selected innovation-oriented programs.
Sales through prime contractors. On larger programs, Kratos may sell as a subsystem provider, technology supplier, or subcontractor to a major prime.
International sales through government-approved channels. International defense sales may occur through foreign military sales structures, direct commercial arrangements where permitted, and partnerships with regional integrators.
Direct enterprise selling in space and satcom. Commercial satellite ground-system products are more likely to involve direct sales to operators, teleports, and other commercial accounts.

This channel structure affects growth and pricing in important ways. Direct program access can improve margin and customer intimacy, but it requires heavy up-front capture investment. Working through primes can reduce market-entry friction but may limit economics. The same structure also creates consulting opportunities in bid/no-bid discipline, partner strategy, international expansion, and sales process design.

9. In What Geographies Does Kratos Operate?

Kratos is primarily a U.S.-based company. Its headquarters are in San Diego, and its engineering, manufacturing, integration, and test footprint is centered in the United States. That U.S. concentration is consistent with the nature of its customer base, the security requirements around much of its work, and the export-control sensitivity of many of its products.

Commercially, the company serves customers across the United States and selected international markets. International demand is most relevant in two areas: allied defense customers that can procure exportable systems, and commercial or government satellite operators that need ground infrastructure and related software. In geographic terms, Kratos is better understood as U.S.-centric with international extensions, not as a broadly globalized manufacturing company.

10. Who Are the Owners of Kratos?

Kratos is a publicly traded company listed on Nasdaq under the ticker KTOS. As of recent proxy and public ownership disclosures, the company does not have a publicly disclosed controlling shareholder. Ownership appears broadly distributed across institutional investors, with large asset managers such as Vanguard and BlackRock typically appearing among major holders in public filings, alongside other institutional investors and company insiders.

11. How Is Kratos Organized?

Kratos reports its business through two main segments:

Kratos Government Solutions. This includes a mix of satellite and space systems, microwave electronics, C5ISR-related activities, training, and other defense and mission-support businesses.
Kratos Unmanned Systems. This includes unmanned aircraft, aerial target systems, and associated propulsion and mission technologies.

At a practical level, the company is run as a portfolio of technology businesses under a corporate center that allocates capital, oversees strategy, manages public-company functions, and supports shared compliance and governance requirements. Segment and business-unit leaders appear to carry primary responsibility for customer programs, operations, and growth. This structure makes sense because Kratos’s end markets overlap, but the day-to-day economics of a satcom software business are different from those of an unmanned aircraft production line.

12. How Does Kratos Operate?

Kratos operates as a mission-focused engineering and manufacturing company. Day to day, value is created by identifying customer needs, investing in relevant technology, winning programs, executing contracts, and then supporting systems over time.

Develop or refine products. Kratos often invests internally in prototypes, software, electronics, or propulsion before a full-scale program exists.
Pursue program wins. The company works through capture management, demonstrations, proposals, and contract negotiations to win funded work.
Engineer, integrate, and manufacture. Once under contract, Kratos designs, builds, integrates, tests, and documents systems under defense-quality and security requirements.
Deliver and sustain. The company then provides training, support, upgrades, repairs, and follow-on production where programs continue.

The main operational complexities are program timing, contract mix, regulatory compliance, classified work, and supply-chain reliability. Another important challenge is the transition from prototype-scale work to repeat production. That transition is where operational leverage can improve, but it is also where schedule, supplier, and cost problems can become visible.

13. What Are the Growth Opportunities for Kratos?

Kratos has several plausible growth paths based on management priorities and broader defense-market demand.

Affordable autonomous systems. If defense customers continue to prioritize lower-cost, attritable, and autonomous aircraft, Kratos’s unmanned portfolio could benefit disproportionately. The core opportunity is not just winning prototypes, but winning production quantities.
Aerial targets and test infrastructure. Missile defense, hypersonic testing, and broader weapons modernization can support demand for target drones and related support systems.
Propulsion. Small turbine engines and propulsion technologies can deepen content and create adjacent growth as missiles and unmanned systems proliferate.
Space and satellite ground systems. Growth in proliferated constellations, government space programs, and virtualized ground infrastructure could expand the addressable market for Kratos’s software and hardware portfolio.
Microwave electronics and mission systems. Continued investment in radar, missile, electronic warfare, and secure communications should support this part of the company.
International expansion. Allied defense demand can create additional growth, though export approvals and political considerations can slow timing.

The main constraints are also clear: procurement cycles can be long, some programs remain developmental for years, large primes can be formidable competitors, and production ramps require working capital, manufacturing readiness, and reliable suppliers. For Kratos, growth depends less on finding new ideas than on scaling the right ones at the right time.

14. What Is the History of Kratos?

Kratos traces its roots to Wireless Facilities, a San Diego-based company founded in 1994. Its current form is the result of a multi-year transformation rather than a single founding moment for the defense business as it exists today.

A major turning point came in 2007, when Wireless Facilities changed its name to Kratos Defense & Security Solutions after repositioning away from its earlier telecom-services identity and toward defense, security, and government markets. Over time, the company used acquisitions and portfolio reshaping to build out positions in satellite and space systems, defense electronics, training, and unmanned systems.

Two especially important milestones were the acquisition of Integral Systems in 2011, which strengthened Kratos’s satellite and space capabilities, and the acquisition of Composite Engineering in 2012, which helped establish a meaningful presence in aerial target drones and unmanned systems. Since then, Kratos has increasingly presented itself as a defense technology company centered on affordable unmanned systems, propulsion, electronics, and space or satcom infrastructure rather than as a general government-services contractor.

15. What Are the Key Suppliers to Kratos?

Suppliers matter materially to Kratos because many of its products depend on specialized, qualified components rather than commodity inputs. Public disclosures do not typically name a broad list of specific suppliers, which is common in defense and aerospace, but the important supplier categories are clear.

Semiconductor and radio-frequency component suppliers for microwave electronics, mission computers, secure processing, and communications hardware.
Precision machining and metal-fabrication suppliers for airframes, propulsion systems, structures, and housings.
Composite-material and specialty-structure suppliers for unmanned aircraft and target systems.
Propulsion and turbine-component suppliers for engines and related systems.
Avionics, sensors, actuation, and embedded-system suppliers for unmanned platforms and mission payloads.
Software, information-technology, and cyber vendors that support engineering, secure development, and system deployment.

Supplier structure matters strategically because many defense programs rely on long-lead items, qualified sources, and traceability requirements. Changing a supplier can involve customer approval, requalification, or schedule risk, so procurement discipline can directly affect margins and program execution.

16. How Does the Supply Chain of Kratos Function?

Kratos’s supply chain is best understood as a qualification-heavy aerospace and defense supply chain. It is not optimized for ultra-high-volume consumer production; it is optimized for performance, compliance, security, and delivery against contract milestones.

Sourcing. The company procures specialized electronics, propulsion components, machined parts, composites, and software inputs, often from qualified suppliers with defense-relevant capabilities.
Integration and manufacturing. Kratos then performs in-house assembly, systems integration, software loading, testing, and documentation at its own facilities. That is especially important where export controls, security requirements, or quality standards are strict.
Test and qualification. Many systems require ground testing, environmental testing, flight testing, or customer witness events before acceptance.
Delivery and sustainment. Once delivered, the supply chain continues through spares, repairs, upgrades, training support, and occasional retrofit activity.

Reliability and lead-time control are strategically important because a delayed component can hold up an entire system delivery. In defense manufacturing, the problem is not just cost inflation; it is schedule disruption on customer-funded programs.

17. What Is the Technology Strategy of Kratos?

Technology is central to Kratos’s competitiveness. The company’s strategy is not simply to provide labor or contract manufacturing; it is to develop differentiated technical products that solve specific mission problems at lower cost than traditional alternatives.

Open and modular architectures. Kratos benefits when customers can integrate different sensors, payloads, autonomy layers, and communications systems onto a common platform or into a software-defined ground system.
Affordable performance. A recurring technology theme is designing systems that are mission-capable without carrying the cost structure of large legacy platforms.
Software-defined infrastructure. In satellite and space systems, Kratos has emphasized virtualized and software-based ground capabilities rather than only fixed-function hardware.
Autonomy and mission systems. In unmanned systems, the relevant technology stack includes air vehicles, control systems, networking, mission software, and payload integration.
Internal digital engineering and secure development. Kratos also needs modern engineering tools, model-based design approaches, cybersecurity, and secure software pipelines to execute efficiently.

In Kratos’s case, technology is both an internal enabler and part of the product itself. That makes technical roadmap decisions unusually important to enterprise strategy.

18. What Is the R&D Strategy of Kratos?

Research and development is a meaningful part of Kratos’s strategy, especially in unmanned systems, propulsion, space software, and defense electronics. The company’s approach appears to blend internal investment with customer-funded development.

Self-funded product seeding. Kratos has often invested ahead of demand to create demonstrable products and prototypes. That raises near-term expense but can help the company enter programs with something tangible rather than a concept alone.
Customer-funded maturation. Once a technology gains traction, Kratos can use development contracts, demonstrations, and test programs to mature it with customer funding.
Transition focus. The real economic payoff comes when R&D transitions into production, sustainment, and repeat orders. That transition discipline is arguably more important than the absolute amount of R&D spending.
Platform and subsystem balance. Kratos does not just innovate at the full-platform level. It also invests in enabling technologies such as engines, electronics, software, and ground systems that can create value across multiple programs.

This R&D model gives Kratos more upside than a pure services contractor, but it also creates more timing risk because some internally funded bets take years to scale.

19. What Is the Finance Strategy of Kratos?

Kratos’s finance strategy appears designed to balance growth investment with public-market discipline. The company needs enough flexibility to fund internal development, capacity additions, and selective portfolio expansion, but it also needs to show improving earnings quality and cash generation as programs mature.

Reinvest in growth. Capital is directed primarily toward internal development, engineering, production readiness, and targeted capability expansion rather than toward dividends.
Improve mix and margins. A central financial objective is shifting the revenue mix toward proprietary products and production programs, which should support better margins than labor-heavy services work.
Protect liquidity. Because program timing can be uneven and production ramps can consume working capital, balance-sheet flexibility is important.
Use selective M&A rather than large-scale consolidation. Historically, acquisitions helped build the portfolio, but current finance logic appears more selective and capability-led than empire-building.

For investors and managers alike, the key financial question is whether Kratos can convert technically promising programs into repeatable, cash-generative business at scale.

20. What Major Acquisitions Has Kratos Made?

Acquisitions have played an important role in Kratos’s evolution, especially in building the portfolio that exists today.

Integral Systems (2011). This acquisition was strategically important because it expanded Kratos’s position in satellite and space communications and helped build the company’s current space and ground-systems capabilities.
Composite Engineering (2012). This deal was a major step in building Kratos’s unmanned and aerial target systems business, an area that later became central to the company’s defense-tech identity.
Earlier portfolio reshaping tied to the Wireless Facilities transformation. Kratos’s current company was formed through a broader shift away from telecom-services roots and toward national-security markets, with multiple acquisitions and divestitures contributing to that repositioning.

Historically, M&A was a major tool in Kratos’s transformation. More recently, the logic appears more targeted: use acquisitions to add technology, customer access, or adjacent capability rather than to pursue sheer scale.

21. How Companies Like Kratos Leverage Independent Consultants through Umbrex

Umbrex has grown a global community of over 8,000 independent management consultants who are based in more than 50 countries. These consultants are alumni of McKinsey, Bain, BCG, and other top consulting firms. Companies like Kratos engage Umbrex when they need talent with the training those firms provide but do not need a full consulting team with all the overhead. For a company with Kratos’s mix of strategy, operations, defense-program execution, manufacturing ramp, and technology priorities, that can be especially useful on focused, high-value projects.

Unmanned systems portfolio strategy: prioritize which aircraft, target, and propulsion programs deserve the most capital and management attention.
Production ramp planning: build rate-readiness, capacity, labor, and cost-down plans for unmanned systems or propulsion programs moving from prototype to production.
Supply-chain resilience: map critical suppliers for electronics, composites, and propulsion components; identify dual-source and inventory strategies for long-lead items.
Should-cost and margin improvement: analyze product cost structure, make-versus-buy choices, and overhead absorption opportunities across key programs.
International growth strategy: evaluate allied-market opportunities, partner models, export pathways, and channel priorities for selected products.
Space and satcom growth strategy: refine market segmentation, pricing, and product roadmap choices for software-defined ground systems and related offerings.
Capture management improvement: redesign bid/no-bid processes, opportunity reviews, and pipeline governance for complex government pursuits.
Operating-model design: clarify roles between corporate functions, Kratos Government Solutions, and Kratos Unmanned Systems to improve speed and accountability.
M&A support: screen targets in autonomy, propulsion, space software, or defense electronics and support commercial due diligence or post-merger integration.
AI and digital engineering roadmap: identify where autonomy, engineering automation, program analytics, and secure AI tools can improve product development or program execution.