Digital Modernization Solutions for Defense Contractors

What if we looked at military readiness the same way the industrial world looks at factory performance? Gen. David Hodne’s T2COM framework highlights something many defense organizations are now recognizing: armies, much like modern factories, depend on the quality of their systems, feedback loops, and ability to continuously improve. A factory does not increase output or quality by simply asking workers to “work harder.” It improves by digitizing workflows, shortening iteration cycles, simulating failure points, and creating real-time visibility into performance. The same applies to force readiness. Transformation commands such as T2COM are effectively redesigning the “production system” of military capability: • faster learning cycles • better integration between design, acquisition, and operations • continuous software-driven updates • real-time data for decision-making • scalable methods for standardization and quality assurance This is where immersive VR training can create a strategic advantage. VR introduces the equivalent of a digital twin for human performance. Instead of waiting for large-scale live exercises, units can rehearse, test, refine, and repeat scenarios in compressed cycles, with measurable outcomes and immediate After-Action Review. The result is the military equivalent of higher factory yield: better decisions, fewer errors, faster readiness generation, and more consistent quality across units. In industrial terms, digital transformation improved manufacturing throughput and quality control. In defense, it improves combat readiness and decision superiority. The organizations that understand this parallel earliest will not just train more. They will train better, scale faster, and adapt continuously. U.S. Army Transformation and Training Command

If you’re leading engineering at a defense OEM—VP, Director, or Head of Engineering—you already know how tough it is to juggle mechanical, electrical, software, and environmental specs under rigid regulatory pressure. One slip can delay entire programs, blow up budgets, or risk compliance penalties. I’ve just published an article that jumps into the real-world solutions: practical frameworks for Systems Engineering Complexity, tips for cross-disciplinary collaboration, and a clear look at holistic digital threads. It’s written to help you streamline operations, elevate product quality, and keep the C-Suite happy—all while meeting demanding schedules. Why read it? 1️⃣ Avoid Rework: Integrate mechanical, electrical, and software teams from day one. 2️⃣ Speed Time-to-Market: Spot hidden issues early with simulation and cohesive data management. 3️⃣ Protect Margins: Reduce costs tied to late-stage design changes and compliance headaches. 4️⃣ Shape Executive Buy-In: Show your CFO, CTO, CIO, and COO how an aligned engineering process hits everyone’s objectives. Check it out if you’re looking to cut through complexity and build confident, reliable defense systems that ship on time and on budget. Feel free to comment or message me directly—we’re all about sharing insights and helping each other succeed in the ever-evolving defense sector.

Modern, AI driven defense contractors need more than traditional DSPM. They need secure AI adoption, complete data visibility, and protection that works even in highly regulated, air-gapped environments. This case study highlights how a leading defense contractor used Symmetry Systems to discover and classify sensitive data, analyze identity and access risks, monitor anomalous activity, and maintain full data custody without external connectivity. It also provides a window into managing AI risks faced by defense contractors. The deployment proved that modern Data + AI Security can operate entirely inside isolated environments while still delivering actionable visibility and governance. Read the full case study here: https://lnkd.in/g7QArFrD

The U.S Aerospace and Defense manufacturing base faces critical challenges across nearly every layer of production. A legacy network of aging forging houses, under-digitized machine shops, and capacity constrained composites fabricators, are struggling to keep pace with the speed, complexity, and compliance demands of modern aerospace and defense programs. But a new wave of innovation is beginning to close critical gaps across the supply chain. ▪️ Composites Manufacturing - Out of autoclave curing, automated layup, and real time QA are making production faster, lighter and more consistent. ▪️ Forging - Near-net shape processes and simulation tools are enabling small batch, exotic alloy parts with less waste and shorter lead times. ▪️ Machining- Autonomous, fully compliant platforms are emerging to produce low-volume, high-complexity parts. ▪️ Quality, Compliance, and Traceability - Predictive inspection, automated documentation, and end to end digital traceability are modernizing certification workflows. ▪️ Additive Manufacturing - Faster prototyping and production of complex, flight ready parts ideal for modern UAV systems, hypersonics and defense programs. Linked in the comments is the latest article in our series breaking down this growing industrial crisis, and how the U.S. can reindustrialize its aerospace and defense manufacturing base.

✈️ Aerospace and Defense ERP Systems - Which are the Best? 🚀 It's all about performance and staying with the mission. 📈 Aerospace and defense companies are measured on how well they perform. As a result, A&D leaders seek incremental improvements that add up to big savings and the opportunity to outperform competitors in rapidly changing markets. 🤖 Because of the Fear of Missing Out (FOMO) on AI, many CIOs are faced with hard choices about starting standalone AI projects vs. upgrading core on-premises ERP systems to the cloud. 👀 Gartner reports that over 80% of AI projects fail. So, a better way is to upgrade core ERP systems to the cloud and take advantage of generative AI and RPA capabilities that are already in cloud ERP systems! 🏭 A&D manufacturers need better: ✅ Planning: Enhance business and operational planning with tools that see across the business, take into account demand and capability variables, and are integrated with past performance data to align, execute, and deliver with greater accuracy and cost control.   ✅ Contract Execution: Decrease planning, production, and fulfillment schedules while maintaining quality and compliance by implementing the best tools that put you in control of how you manage and get contracts to completion.   ✅ Monitoring: Today's geopolitical environment requires accurate reports and dashboards to see ahead, adapt quickly, and meet market needs in a cost-effective manner. The cost savings can be huge.   ✅ CUI Control: It is critical to find, classify, prioritize, and scope Controlled Unclassified Information (CUI) across every technology platform. Control occurs through a comprehensive approach to evaluating data flows and classifications, with automated and accurate reporting, especially with CMMC 2.0.   PCG leads the industry with proven aerospace and defense ERP systems from Infor, teams, and advanced technology to deliver predictable business and digital transformation, best-in-class processes, advanced analytics, and integrated compliance solutions. Here is our Infor Solutions page https://lnkd.in/eD2Fr86n Depending on the size of your manufacturing company, we have two solutions: CloudSuite Industrial (CSI)/SyteLine for SMB (approximately $50 million to $250 million) and 2) LN Cloud for Medium to Large ($250 million to $20 billion). Our track record speaks for itself. See our Aerospace and Defense page here. https://lnkd.in/exzQJkEg PCG Assure™ delivers platform, technical, functional, and user support that keeps you open for business and performing at your very best. Here's our Assure Managed Services page which explains how we provide support for Infor LN, Infor LN CloudSuite, Baan, Infor XA, and many other Infor solutions: https://lnkd.in/et7a2fxS #CIO #CEO #COO #Manufacturing #Aerospace #Defense #ERP #SAP #SAPJobs #CloudERP

Last week, the U.S. DoD released an updated version of its Software Modernization Implementation Plan for the next 2 fiscal years. As a succinct summary: The plan positions the DoD to maintain competitive advantage through transformed processes, empowered teams, and innovation. Success relies on leadership engagement, Department-wide collaboration, and commitment to software modernization to deliver capabilities at the "speed of relevance." There are 3 strategic goals: 1. Accelerate the DoD Enterprise Cloud Environment 2. Establish Department-wide Software Factory Ecosystem 3. Transform Processes to Enable Resilience and Speed Major focus areas include: - Cloud innovation through expanded contract options and financial operations - Quick track authorization processes for SaaS - Enhanced cloud security through modern security models - Scale adoption of DevSecOps and modern software practices - Tools to increase software development productivity - Better software interoperability through APIs - AI and automation readiness in software factories - Standards for secure software development - Modernizing requirements, acquisition, and testing processes - Transforming legacy business and weapons systems - Developing software engineering talent What I really liked in the plan: - Emphasis on scaling adoption of DevSecOps practices - Infrastructure as code focus - Repository services based around git - cATO focus - API-first approach, enabling software interoperability through APIs - Secure software standards adoption, including SBOM - Preparing software factories for AI - Consideration of FinOps DevSecOps is in a season of rapid change. This plan is a great step in the right direction for the DoD. You can read the Implementation Plan in its entirety here: https://lnkd.in/gj-cmrGU #devsecops #ai #DOD #GitLab