NASSCOM Future Forge 2026
I'm a DevOps Engineer with a passion for exploring emerging technologies and turning innovative ideas into practical, scalable systems with a foundation in automation, CI/CD, cloud infrastructure, and containerization.
Areas of Interest: 🔧 CI/CD Pipelines | ☁️ Cloud Platforms | 🐳 Containers & Orchestration (Docker, Kubernetes) | 🧪 Infrastructure as Code | 🔍 Monitoring & Observability | 🧠 Emerging Tech & Innovation
The most recent edition of NASSCOM Future Forge took place on August 6–7, 2026
Focus: Transitioning India's tech ecosystem from building on platforms to owning foundational deep-tech layers like AI, quantum computing, semiconductors, and space tech.
Tracks: Split into a Leadership & Strategy Track (Day 1) and a Builder’s Studio / Developer Track (Day 2).
Core Focus Areas
Transitioning research from academic labs to commercial markets
Scaling patient capital frameworks suited for deep tech lifecycles
Leveraging Global Capability Centers (GCCs) in India for frontier R&D
Convergence of Hardware, Software, and Physical AI
Future Forge highlighted a transition beyond purely SaaS-focused business models toward integrated physical and digital systems:
Edge Compute & Silicon: The rise of specialized accelerators and domain-specific architectures (DSAs) is forcing software engineers to write compute-efficient, hardware-aware algorithms.
Physical AI & Robotics: The intersection of multi-modal vision models and physical robotics pipelines is opening new frontiers in advanced manufacturing, autonomous logistics, and grid management.
Bridging the "Lab-to-Market" Gap
A recurrent theme was conquering the deep tech "Valley of Death"—the chasm between academic R&D/proof-of-concepts and commercially viable enterprise products.
Sovereign & Foundational Tech: India’s shift from an IT service powerhouse to an IP-generating ecosystem hinges on native ownership across the full stack—from data layers and model training down to custom hardware designs.
Enterprise Co-Innovation: Closing this gap requires early enterprise integration, sandbox testing environments, and shared compute infrastructure to allow early-stage hardware and deep tech ventures to iterate quickly.
Key Takeaway for Builders
The era of lightweight wrappers is sunsetting. Future-proof engineering organizations must invest in low-level systems optimization, domain-specific foundation architectures, and deterministic reliability layers.
