Renewable energy transition: Architecting optimized, disruption-proof, policy-compliant, and economically viable transition.

Intelligent transportation networks: Designing disruption-proof, tailor-made plans for adaptive traffic systems, efficient multi—modal public transit—including emerging transportation modes—and integrated EV networks.

Optimized agricultural policy: Developing data-driven and fully compliant policies for strategic land use and demand management to enhance food security, reduce wastes, maximize export potential, and minimize import dependency.

Resilient healthcare systems: Designing policy-compliant, disruption-proof healthcare infrastructures by optimizing facility placement, resource allocation, supply chains, and workforce management to withstand disruptions.

Resilient touristic development: Crafting intelligent strategies for proactive crowd management, disaster preparedness, and effective recovery plans.

Strategic preparedness: Building resilient, data-driven pre-disaster plans for every scenario and conduct precise risk assessments.

Optimized disaster response: Automized life-saving response plans by optimizing relief point and warehouse locations, resource allocation (supplies, crew, vehicles, equipments, etc), and their transportation.

Supply chain resilience: Ensuring the efficient delivery of life-critical supplies (food, medicine, water, etc) through optimized and immunized logistics networks.

Mass evacuation engineering: Designing and simulating the safest, most efficient evacuation zones and routes.

Predictive impact analysis: Leveraging cutting-edge predictive models to anticipate disaster scale, prioritize response efforts, and allocate resources for maximum impact.

Strategic decision-making and planning: Guaranteeing long-term economic sustainability through optimized, compliant, and immunized strategic plans. This data-driven approach de-risks critical decisions in facility location, fleet composition, supplier selection, and capital investment, future-proofing operations against disruption.

Supply chain immunization: Building custom, disruption-proof logistics networks through advanced optimization. Ensures resilient, timely delivery for all goods—including perishable and high-value items—while generating significant cost savings and enhancing customer satisfaction.

Process design and re-engineering: Transforming fragile, inefficient processes into immunized systems. Eliminates bottlenecks and embeds AI and optimization into core operations to warrant protection against major disruptions and unlock new levels of productivity.

Yield and demand optimization: Deploying AI-powered solutions for precise demand forecasting and yield management. Maximizes productivity, minimizes waste, and ensures profitability for businesses in agriculture, tourism energy,retail and others.

Custom decision support systems (DSSs): Architecting tailored smart solutions that leverage cutting-edge capabilities—from vast urban data analysis and predictive modeling to digital twins—to streamline operations, reduce overhead, and empower data-driven management.

Science-backed consulting for innovation: Implementing the Lean Startup methodology to smoothly employ efficient, evidence-based innovation within established enterprises. This approach guides through rapid build-measure-learn cycles to validate new products, business models, and internal processes with minimal resource expenditure, maximizing RoI and minimizing market risk.

Strategic preparedness: Building resilient, data-driven pre-disaster plans for every scenario and conduct precise risk assessments.

Optimized disaster response: Automized life-saving response plans by optimizing relief point and warehouse locations, resource allocation (supplies, crew, vehicles, equipments, etc), and their transportation.

Supply chain resilience: Ensuring the efficient delivery of life-critical supplies (food, medicine, water, etc) through optimized and immunized logistics networks.

Mass evacuation engineering: Designing and simulating the safest, most efficient evacuation zones and routes.

Predictive impact analysis: Leveraging cutting-edge predictive models to anticipate disaster scale, prioritize response efforts, and allocate resources for maximum impact.

Lean startup consulting: Embedding efficiency and implementability from day one. Guides founders through hypothesis-driven development, rapid prototyping, and validated learning to build product-market fit faster and minimize resource waste.

Business model development & pivot strategy: Stress-testing and immunizing business model against market volatility through data-driven analysis. This approach refines value propositions, identifies new revenue streams, and executes strategic pivots with precision.

Scalable operational design: Engineering agile, efficient, and disruption-proof internal processes for current and future operations. Prepares technical and operational infrastructure for rapid growth, ensuring scalability without compromising stability or quality.

Go-to-market and growth strategy: Developing data-based and science-backed launch and expansion plans. Leverages market analysis and predictive modeling to identify the best customer acquisition channels, most profitable pricing strategies, optimal resource allocation, and entry into new markets.

Project Architecture & Roadmapping: Designing the complete strategic blueprint for successful grant applications. This service involves structuring persuasive, investor-ready proposals for programs like EU, UN, World Bank, and TÜBİTAK, with full strategic design encompassing milestones, deliverables, risk mitigation, and resource allocation to ensure compliance and maximize funding potential.

Techno-economic analysis and feasibility studies: Delivering data-driven, investor-ready feasibility reports. Combines technical scope with robust business modeling to de-risk projects and validate feasibility.

Partnership and consortium building: Strategically analyzing, identifying and integrating ideal project partners—from academia to industry—to strengthen consortia, enhance credibility, and ensure comprehensive project execution capability.

Post-Grant Management & Reporting: Ensuring flawless fund utilization, compliance throughout the project lifecycle, and audit readiness. Delivers impactful reporting to build credibility with funders and secure future funding opportunities.

For governments: De-risking significant public investments in technology and infrastructure through validated learning. By testing hypotheses with minimal viable products (MVPs) ̶such as a new digital service portal or a transportation initiative̶ governments can avoid costly failures and ensure taxpayer funds are allocated to proven, high-impact solutions.

For Enterprises: The Lean Startup methodology transforms innovation from a high-risk cost center into a strategic driver of growth. It systematically minimizes innovation risk by validating new products/processes and strategic initiatives with real-world evidence before major investment. This evidence-based approach accelerates time-to-market through rapid iteration cycles and ensures efficient resource allocation by channeling funds exclusively toward initiatives with proven customer demand. Ultimately, it cultivates an adaptive and resilient organizational culture capable of thriving in dynamic markets, building a foundational competitive advantage.

For startups: Transforming a startup's vision from a high-risk gamble into an engine for scalable growth. It systematically extends the runway by validating the core value proposition with real customers before building a full-scale product. This evidence-based approach accelerates the path to product-market fit through rapid, focused iterations and ensures precious capital is allocated exclusively to features and strategies with proven demand. Ultimately, it cultivates a disciplined, data-informed culture capable of pivoting with purpose, securing traction, and building a foundation that attracts investment.