India's Centennial Sovereign-Tech Framework(2025–2125)
A comprehensive framework designed to establish India as a global leader in indigenous technology development and innovation by 2125.
Measure of self-reliance in critical technology sectors
Patents filed in strategic technology areas
Annual investment in sovereign technology R&D
Research Timeline
Framework Launch
Initial implementation of Sovereign-Tech Framework
Phase 1 Completion
Achievement of core technology independence goals
Innovation Hub Status
India becomes a global technology innovation hub
Progress Tracking
Technology Sector Progress
Current progress in key sovereign technology sectors
Technical Specifications
Sovereign Tech Initiative
India's durable technological sovereignty depends on controlling correctness and composition of compute. The Sovereign-Tech Initiative focuses on publishing proof-carrying artifacts, mastering chiplet composition using mature nodes and domestic packaging, and operating carbon-aware datacenter systems tied to national energy realities.
Impact Metrics
12 months
TEE v0.1 Development
2/year
Chiplet Shuttles
≥10%
Datacenter Efficiency Gain
Strategic Timeline
0–10 Years
Core IP Independence
- • TEE microarchitecture verification
- • Open EDA toolchain development
- • Initial sovereignty pilots
10–30 Years
Scale & Integration
- • Regular chiplet shuttles
- • National datacenter network
- • Ecosystem expansion
30–100 Years
Full Sovereignty
- • Sovereign compute fabric
- • Climate-neutral infrastructure
- • Global technology leadership
Agastya — Verified RISC-V Trusted Compute Base
A proof-carrying TEE microarchitecture and microkernel with machine-checked invariants. Provides secure enclaves for Indian government workloads, with verified boot and constant-time crypto.
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Sutradhar — Open Formal EDA & Chiplet Assembly Flow
A reproducible flow for assembling and verifying chiplets with formal contracts for die-to-die links. Enables India to integrate open chiplets over mature nodes with guaranteed correctness.
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Bhagirath — Carbon-Aware Datacenter Control
Open telemetry, forecasting, scheduling, and facility control firmware for energy- and water-efficient compute. Aligns compute demand with renewable supply, with cryptographically auditable energy claims.
Learn MoreGovernment Impact
- Security with provenance (proof-based assurance)
- Strategic independence through chiplet-first design
- Climate resilience with carbon-aware infrastructure
- Talent pipeline producing verification-proficient engineers
Contribute & Learn
Join as a coder, proofs-writer, testbed engineer, or policy fellow. Each project doubles as a curriculum and deployment pilot.