Disruptive Innovation Strategy

Every organization needs to innovate. But what type of innovation to give priority to? This simple matrix with four types of innovation may help. Innovation basically means introducing something new (‘nova’). This “something new” can be anything and that’s where the problem starts. In two ways. - First, by an overemphasis on product (or service) innovation, thereby not giving enough attention to other types - Second, by getting overwhelmed by all the innovation opportunities that are out there. To solve both problems at the same time, it helps to gain some clarity on what types of innovation there are. To that end, I’ve created this simple 2x2 matrix containing what I think are the four most important types of innovation for every organization. Let me first explain the two axes. The first is the inward-outward axis. Outward-oriented innovations are those innovations that are mostly targeted at the market, at doing something new for customers. Inward-oriented innovations, on the other hand, are innovating the organization itself. On the second axis, Operational innovations are typically quite technical and tangible, and focused on the practical work and output. Strategic innovations, on the other hand, regard how the organization is functioning overall and how it creates value. This leads to the following four types of innovation: 1. Product Innovation. The most well-known type of innovation in which you change, improve or renew an organization’s products and/or services, or create new ones. 2. Process Innovation. Often efficiency and quality-driven to improve the way the organization works on a day-to-day basis. This can concern any type of process. 3. Business Model Innovation. A newer type, focused on changing how the organization creates and captures value. Often focused on developing new revenue models. 4. Management Innovation. Less commonly known but critical, this type concerns innovating how an organization is organized, managed, and led. Often implies decentralization. All four types are important and with this matrix you can start managing your innovation portfolio. Ask yourself questions like: Do I have sufficient initiatives in all quadrants? And, which type of innovation should get priority now? [Featured in The Strategic Leadership Playbook. Originally published in June, 2023] More of this? For 63 more tools like this, plus step-by-step instructions for using them, get The Strategic Leadership Playbook. See link in the comment below. #innovationmanagement #processimprovement #productdesign #businessmodel

When a shipping container becomes a business model. A new multi-functional container design is turning entire trucks into fully deployable shops — and it might change how small businesses think about physical space. With its folding, modular structure, one unit can transform into: 🍽️ a pop-up restaurant 🛒 a mobile supermarket ⛺ a full camping or service station … all at a fraction of the cost of a traditional storefront. Why this matters: ✅ Ultra-low setup costs — no rent, no major construction ✅ Instant deployment — open a new location in hours, not months ✅ High mobility — bring commerce directly to where customers are ✅ Resilience — perfect for rural regions, events, disaster zones, or testing new markets We talk a lot about digital transformation — but physical retail is transforming too. Not by building bigger stores, but by making them move. This is infrastructure innovation at its best: flexible, scalable, and accessible. The future of retail may not be indoors — it may be on wheels. What kind of business would you launch if your store could follow your customers? #Innovation #Mobility #RetailTech #Design #FutureOfWork #Logistics #SmallBusiness Source 🙏 @sutoroveli_news

We thought 3D printing was for small parts. Now it’s printing entire boats. CEAD’s Faber Navalis system uses a robotic arm to print a full hull in one continuous structure, directly from a digital model. No traditional molds. Fewer assembly steps. Less material waste. As someone who works closely with AI and automation, this is the pattern I keep seeing: complexity removed, flexibility increased. When design lives in software, production becomes programmable. For defense, custom vessels, and autonomous systems, that shift matters. → Faster iteration. → Lower cost. → More adaptability. We are moving from manufacturing parts… to manufacturing structures. So here’s my question for you: Would you trust a fully 3D printed boat in open water? 🎥 Media: CEAD Group #3DPrinting #Robotics #Engineering #AI #Innovation #Technology

Your Digital Twin isn't a file. It's a nervous system. We often get asked, "So, a Digital Twin is just a really detailed 3D model, right?" It's a fair question, but it's like asking if a smartphone is just a pocket calculator. It misses the big picture. The image attached shows the reality: a Digital Twin isn't one thing. It's the central hub connecting every critical technology in your ecosystem. It’s where: - BIM & 3D models provide the anatomical "bones." - IoT sensors act as the "nerves," feeding it real-time feelings and data. - AI becomes the "brain," analyzing data and making predictions. - VR are the "eyes," allowing you to interact with this data in immersive ways. It is not visualization. It’s about interrogation. You can ask it questions: "What's the energy consumption impact if we have a heatwave next Tuesday?" "Which components are most likely to fail in the next 6 months?" "Simulate the evacuation route with the current occupancy data." A static model can't answer those questions. A living Digital Twin can. This is the shift from passive documentation to active intelligence. What's the most exciting question you would ask your asset if it could talk back?😂 Share your thoughts. #SmartCity ------- Follow me for #digitaltwins Links in my profile Florian Huemer

Your next disruptor fits in a single conference room. A 40-person, AI-native crew just sprinted to roughly $200M in annual revenue—with productivity per head that makes Fortune-500 ratios look prehistoric. Their secret? Iteration velocity. Every week they ship, learn, and ship again. No six-layer approvals. No waterfall budgets. Just a ruthless loop of problem → prototype → customer feedback → improvement. You, on the other hand, still need three committees and a month-end cycle just to green-light a pilot. By the time it gets stamped, the lean crew has released version three, captured the market signal you wanted, and moved on to the next wedge. Here’s the uncomfortable truth: scale is no longer about headcount. It’s about momentum—how many validated bets you can push into the world before the quarter closes. Think on this → Which approval loop inside your org is slowing you down the most—and what breaks (or wins) if you cut it in half? https://lnkd.in/ebz3Xzza #AI #Business #Strategy #Transformation #Scale

🚀 3D Printing Is Reshaping Entire Industries — Here's How The global 3D printing market is projected to reach $105.5 billion by 2030, growing at a CAGR of 20.8% (Grand View Research, 2024). But it's not just about growth—it's about transformation. Here's how additive manufacturing is changing the game across sectors: 🔧 Manufacturing Companies adopting 3D printing report up to 90% reduction in prototyping time. GE Aviation saved $3 million per aircraft by printing fuel nozzles with fewer parts and lighter designs. 🏥 Healthcare The 3D printed medical devices market hit $3.6 billion in 2023. Over 100,000 hip implants have been 3D printed to date, offering better patient fit and faster recovery. ✈️ Aerospace & Automotive Airbus reduced part weight by 55% using lattice structures only possible via 3D printing. Ford uses 3D printing in more than 50% of its product development, slashing tooling costs by up to 70%. 🏗️ Construction 3D-printed homes can be built in under 24 hours for a fraction of the cost. ICON, a pioneer in the space, is collaborating with NASA to build habitats on the Moon using printed regolith. 👟 Consumer Goods Adidas has sold over 1 million 3D-printed midsoles, combining performance with mass customization. Jewelry and eyewear brands are seeing 20–30% faster time-to-market by using direct-to-print designs. 🔍 The takeaway: 3D printing is no longer just for prototyping—it's becoming central to production and innovation. Whether you're in aerospace, fashion, healthcare, or housing, additive manufacturing is opening new frontiers in cost-efficiency, speed, and customization. Are you exploring 3D printing in your strategy? #3DPrinting via @niotoys1 #AdditiveManufacturing #Innovation #DigitalTransformation

🌍 Scaling Deep Tech in Europe 🇪🇺 Europe’s deep tech moment is now — but scaling it takes more than just great inventions. This bold report reveals what’s holding us back: 🧠 A fragmented talent ecosystem struggling to retain the best minds 💸 Funding gaps, especially at the growth stage (only 14% of EU deep tech companies reach Series C) ⚖️ Risk-averse investors and policymakers who talk innovation but fear uncertainty 🌐 Weak connections between research, industry, and venture capital But it’s not all doom and gloom. The report sets out a real execution plan for Europe to lead in AI, quantum, robotics, semiconductors, and next-gen materials. That includes: 🔧 A call to create 1,000 scaleups across 10 years 👥 Building a talent flywheel through global hiring and EU-wide mobility 🏦 Plugging the Series B & C financing gap with sovereign funds and institutional capital 📈 Creating scale-up-focused innovation policies — not just R&D ones ⚙️ Whether you're a founder, investor, or policymaker, this is your playbook to put Europe in the deep tech driver's seat. We don't need more slide decks. We need execution. And this report shows exactly how to do it. Respect to the European champions behind the Deep Tech Network. 💡 Let’s move from potential to power. #DeepTech #ScalingEurope #InnovationPolicy #AI #Quantum #OGApproved #EuropeanTech #StartupEcosystem #ExecutionMatters

I had the chance a few weeks ago to sit down (virtually of course) with Woodrow Bellamy III, host of SAE’s Aerospace & Defense Technology podcast, for a candid conversation about virtual prototyping. While I work across many industries these days, I always enjoy a chance to share insights from my years working in Aerospace. The key question was about the reliability of virtual prototyping as a replacement for physical prototyping. How much faith can be put into a digital model for accurately simulating a real-word system, when you have real-world stakes and consequences? The answer is: a lot. When we first started using simulation for some of the aircraft programs I worked, we questioned if we could trust the results to predict peformance of a new aircraft. It was an appropriate question to ask. It was only after conducting extensive testing to validate the results of the simulation against an existing aircraft that we started to trust the simulation models while designing a new aircraft. The same litmus test will be needed for companies in any industry to take the leap with virtual prototyping: A company can start by developing the virtual model and ensure the validity and robustness of the simulation by comparing against existing physical products. Once the team is sufficiently confident about the performance of the digital model, they can take the insights from existing products and systems and apply them toward the development of future projects. The digital twin of a physical system is infinitely more malleable. It can be designed, tested, and experimented upon with far more ease and using significantly fewer resources. Virtual prototypes allow for limitless design exploration, help to identify design issues early and before building physical prototypes, and make physical testing more effective. Before going for the real-life testing, virtual analyses highlight critical areas in the design, and the test plans can be adjusted to focus on areas of greatest concern. The aerospace industry adopted the use of the digital twin as a revolutionary design tool decades ago. And the digital twin has evolved quite a bit over the ensuing decades. It is no longer just a 3D model of a product or process. Today, the comprehensive digital twin is a precise virtual representation of the product that replicates its physical form, function and behavior and encompasses all cross-domain models and data from mechanical and electrical through software code. So, although the current ratio of prototyping testing, worldwide, may be 90% physical and 10% digital, it isn’t an overstatement to conceive of a future where the ratio is flipped; maybe even 100% digital. I'm excited about the opportunities offered by virtual prototyping and testing as a means to enable companies to develop and validate innovative products faster! To check out my conversation with Woodrow, please check out the link in the comments. #digitaltransformation #siemensxcelerator

What's the difference between an improvement and a pivot? And how do we know which we need to do? ✅ An improvement is when you make something you're already doing better, faster, cheaper, or more effective. You keep the same basic direction- you just optimize it. ✅ A pivot is when you change the direction- based on evidence that what you're doing won't get you the outcome you need. You're not just making the current path smoother, you're choosing a different path altogether. Granted, I talk about improvement a lot, but let's not forget the importance of pivoting. Pivoting the right way requires: 📌 Staying close to your customers 📌 Staying close to your team 📌 Acting based on evidence, not assumptions 📌 Moving swiftly but systematically Like Slack did. When Slack started out, it wasn’t trying to build the world’s best communication tool. It was actually a company called Tiny Speck, building an online game called Glitch. The game flopped but the internal messaging tool they built for their own team worked brilliantly. So, instead of folding, they pivoted fast. They repurposed what already worked, tested it with small groups, refined it based on feedback, and launched Slack, one of the most successful workplace tools in the world. And there's plenty out there that are relatively unknown, doing the same thing... I worked with a drinks manufacturer that created their own bottling plant instead of outsourcing the bottling. I also worked with a food supplier who added B2C to their B2B business. And a hotel who couldn't fill rooms, so rolled out "workcation packages" with dinner and spa treatments to attract more overnight business clients. There's a few lessons to learn from these pivot success stories... 1️⃣ Pivot based on facts- not fear or excitement. Pivot when the evidence tells you, and as soon as it tells you, not just because you feel like changing or because others are shouting louder. 2️⃣ Start small enough to be wrong without regret. Pivots are tiny experiments first. They’re not "bet the business" moves. They are low-cost, low-risk actions that teach you something quickly. 3️⃣ Stay close to reality, not the boardroom Many companies try to pivot by dreaming up something in a boardroom. The ones that get it right pivot by watching customers, talking to the frontline and learning what they need to do. 4️⃣ Use momentum as a resource, not a liability. An effective pivot builds off your current strengths- not by abandoning everything you’ve done, but by redirecting efforts. 5️⃣ Don't pivot alone-pivot with your people. Steer clear of sudden, secret decisions. It’s about involving teams early, gathering insights, and moving together. The best pivots are understood and supported at every level, not forced from the top. If you want to learn more about this, I suggest you read Eric Ries: "The Lean Startup" (It's not just for start-ups!) Any thoughts on how and when to pivot? Leave them below!

Most leaders fear crises, but crises unlock growth. My 5-step framework shows how. I’ve spent over 20 years guiding founders through tough times - turnarounds, pivots, and moments when the future felt uncertain. I've learnt that chaos is not the end. It’s often the start of something better, if you have a system you trust. A client story stands out. They faced economic challenges that threatened their business. By using my 5-step framework, they went from survival mode to a turnaround in 6 to 12 months. No magic, just discipline, hard work and a repeatable system. Here’s the framework that made the difference: 1. Assessment ⇀ Take a clear look at what’s really happening.  ⇀ What are the facts? Where are the issues?  ⇀ Be honest about strengths and blind spots. 2. Alignment ⇀ Make sure everyone is on the same page.  ⇀ Get buy-in from your team and partners.  ⇀ Set the vision and share it often. 3. Action ⇀ Move quickly on what matters most.  ⇀ Build a plan and break it into steps.  ⇀ Start with the hardest task first. 4. Acceleration ⇀ Once you see progress, increase the pace.  ⇀ Remove slow parts, double down on what works. ⇀ Keep the team focused. 5. Assurance ⇀ Check results, and adjust your plan.  ⇀ Celebrate wins and learn from setbacks.  ⇀ Support your team. Reflect on these steps for your next business pivot: ➞ What is your real starting point? ➞ Who needs to be aligned for success? ➞ What action can you take today? ➞ Where can you speed up? ➞ How will you get assurance? Growth often hides behind a crisis and the right framework could turn your fear into clarity and momentum. I know economic times are tough for many business owners, but please keep going. Your next breakthrough could be closer than you think.