AllSecureX, a cybersecurity startup focused on quantum resilient defence systems, has raised an undisclosed amount in a pre seed funding round from Finvolve and India Accelerator. The investment was announced as the company accelerates development of its platform for defence, space and other mission critical environments. Founded in 2025 by Himanshu Vohra, AllSecureX targets the growing need for post quantum cryptography in strategic sectors.
Strategic Allocation of Funding
The fresh capital will be directed toward Phase 2 product development, controlled defence and space pilots, intellectual property development, and hiring across engineering and business development. The startup will also use the funding to prepare for potential opportunities through iDEX and the Indian Army. These efforts are intended to move AllSecureX from early validation toward real world deployment in sensitive operational settings.
Platform Architecture
AllSecureX is building a hardware independent, software defined platform that enables defence and strategic organisations to discover cryptographic assets, quantify long term quantum risk, and transition to post quantum cryptography. The system is designed for classified, restricted and air gapped environments where mainstream cloud based tools are not viable. This positioning addresses a critical gap in securing infrastructure that cannot rely on conventional connectivity.
Risk Discovery and Patent Coverage
The platform identifies cryptographic usage across satellite communications, ground infrastructure, secure applications, APIs, networks and mission specific endpoints. A mission impact quantification engine then translates identified vulnerabilities into operational risk, helping leadership prioritise remediation. The startup has filed five patents covering cryptographic vulnerability discovery, quantum risk scoring, hybrid encryption orchestration, outside in quantum vulnerability discovery, and virtual quantum key distribution and encryption.
Early Traction and Validation
AllSecureX currently has eight pilot interest and validation requests underway, with two proposed defence and strategic pilots ready for controlled execution. This level of early interest suggests that defence and space organisations are actively evaluating quantum safe migration tools. The company's focus on controlled pilots reflects the cautious procurement culture of national security clients.
Market Need and Timing
Security planners are increasingly concerned that encrypted data harvested today could be decrypted later once large scale quantum computers become available. This harvest now, decrypt later threat is driving public sector and defence agencies to inventory cryptographic systems and adopt quantum safe alternatives. AllSecureX enters this market with a software defined approach that does not require proprietary hardware changes.
Leadership and Long Term Vision
Founder Himanshu Vohra stressed that quantum risk is no longer a distant theoretical challenge for defence and strategic infrastructure. The company plans to expand beyond defence and space over the longer term into banking, financial services, government, telecom and critical infrastructure. These sectors face similar long lived data protection requirements and will eventually need post quantum cryptographic controls.
Investor Support and Ecosystem
The backing from Finvolve and India Accelerator provides AllSecureX with both capital and access to startup mentorship, investor networks and government focused partnerships. India Accelerator's ecosystem experience and Finvolve's multi stage investment approach may support the company's early go to market efforts. The partnership signals investor confidence in indigenous deep technology built for national security requirements.
The pre seed investment positions AllSecureX to translate its quantum resilient cybersecurity research into deployable defence and space solutions. With early pilot interest, a growing patent portfolio and targeted hiring plans, the company is building a foundation for strategic market entry. As quantum computing advances, specialised platforms of this kind are likely to become increasingly important for national security and critical infrastructure operators.