GDT Gajasya Deep Tech
Products · Three Pillars · One Ecosystem

One Sovereign Platform.
Three Pillars.

GajaEDA™, GajaPQC™, and GajaVault™ form an integrated design ecosystem for defence electronics and semiconductor IP — engineered for secure, sovereign chip development from RTL to bitstream.

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03 Product Pillars
DIPP269436 DPIIT Recognized
100% Air-Gap Capable
Our Solution

One Platform.
Three Pillars.

GajaEDA carries a design from RTL to bitstream. GajaPQC secures what it produces. GajaVault governs who can touch it, and where — together enabling secure, cost-effective, defence-grade chip development.
01

GajaEDA™

An indigenous FPGA and ASIC design automation platform covering the full RTL-to-bitstream workflow — engineered for the licensing economics, security posture, and supply-chain assurance mission-critical defence work demands.

VHDL Verilog FPGA DFT STA
StatusPrototype codebase in development — core architecture implemented, end-to-end functional validation in progress.
  • ⬡
    RTL Synthesis
    Register-transfer-level logic into gate-level netlists.
  • ⬡
    Place & Route
    Physical layout targeting Xilinx and Intel FPGA fabrics.
  • ⬡
    Timing Analysis
    Static timing closure for mission-critical clock domains.
  • ⬡
    Simulation
    Functional verification of RTL designs pre-silicon.
  • ⬡
    Design Verification
    Formal and DFT/ATPG-based verification flows.
  • ⬡
    Bitstream Generation
    Final configuration output for FPGA deployment.
02

GajaPQC™

A quantum-resistant cryptography framework built on NIST-standardized algorithms, closing the gap left by existing EDA and defence-hardware platforms that have no native post-quantum security path.

Kyber Dilithium PQC FIPS 140-3
StatusCryptography framework architecture defined.
  • ⬡
    CRYSTALS-Kyber
    NIST-standardized quantum-resistant key encapsulation.
  • ⬡
    CRYSTALS-Dilithium
    Quantum-resistant digital signatures.
  • ⬡
    Hardware Security IP
    Secure enclave and HSM-aligned reference cores.
  • ⬡
    FIPS Framework
    FIPS 140-3 aligned implementation approach.
03

GajaVault™

A secure engineering collaboration environment for classified and export-sensitive design work — deployable fully air-gapped, with no dependency on external cloud infrastructure.

Air-Gapped Zero Trust Access Control Audit Trail
StatusArchitecture and access-control model defined.
  • ⬡
    Secure Collaboration
    Shared design workspace for distributed engineering teams.
  • ⬡
    Air-Gapped Deployment
    Runs fully disconnected on classified networks.
  • ⬡
    Access Control
    Role-based permissions for sensitive design artifacts.
  • ⬡
    Audit Trails
    Tamper-evident logging of every design action.
  • ⬡
    Version Management
    Controlled revision history for regulated workflows.
Integration

How The Pillars Connect

RTL Synthesis→ Place & Route→ Timing Analysis→ Simulation→ Design Verification→ Bitstream Gen.
↓
GajaPQC™
Kyber encryption · Dilithium signatures · hardware security IP · FIPS framework
GajaVault™
Secure collaboration · air-gapped deployment · access control · audit trails · version management
Technology Stack

Our Engineering Toolkit

Layer Technologies & Standards
Hardware VHDL Verilog SystemVerilog Xilinx Vivado Intel Quartus FPGA ASIC Flow DFT / ATPG
Security FIPS 140-3 PQC (CRYSTALS) Zero Trust HSM Integration Air-gap Deployment
Software .NET Core 8 C# DDD Azure Microservices EF Core MongoDB gRPC
Standards MIL-STD-461 DO-254 BIS / STQC NIC 62099 MSME Registered

Build
sovereign
technology
with us.

Headquarters
Hyderabad, Telangana, India
Entity
Gajasya Deep Tech Private Limited
Registration
MCA21 · MSME · Companies Act 2013
Engagement Types
DRDO JV · SBIR/STTR · R&D Partnerships
Government Procurement · Technology Licensing
Email
info@gajasyadeeptech.com