PQSECURE TECHNOLOGIES, LLC
Boca Raton, FL · Cybersecurity · Private
Quantum-resistant cryptographic algorithms and implementations for IoT devices
pqsecurity.com →- Grants
- $3.2M
- 3 awards
- Sector median: 0
- Raised
- —
- No Form D on record
- Contracts
- $2.4M
- 2 awards · Defense
- #35 of 603 in cybersecurity
- Patents
- 40
- 19 granted · 21 pending
- Sector median: 0
Capital Timeline
Federal ↑Equity ↓20172019202120232025
| Date | Event | Source | Amount |
|---|---|---|---|
| Federal grant | National Science Foundation · Phase I · SBIR Phase I: Post-Quantum Cryptography in Resource-Constrained Devices | $225,000 | |
| Federal grant | National Science Foundation · Phase II · SBIR Phase II: Post-Quantum Cryptography in Resource-Constrained Devices | $748,380 | |
| Federal grant | Department of Defense · Phase II · QSAFE: Quantum Secure Architectures Fit for Embedded Devices | $2,225,376 | |
| Federal contract | Department of Defense · Hw/sw Design And Implementation | $2,000,000 | |
| Federal contract | Department of Defense · Embedded Entrepreneur Initiative (eei) | $350,000 |
Federal grant · SBIR/STTRFederal contract · USAspending
Peer position
| # | Company | Contracts | Disclosed equity |
|---|---|---|---|
| 32 | MISSION SECURE INC | $2.7M | $11M |
| 33 | UBERSPARK INC | $2.6M | — |
| 34 | Bastille Networks, Inc. | $2.5M | $14M |
| 35 | PQSECURE TECHNOLOGIES, LLC | $2.4M | — |
| 36 | ARES TECHNOLOGIES INC | $2.0M | $300K |
| 37 | CONFIDENCIAL INC | $1.8M | — |
| 38 | HIDDENLAYER INC | $1.8M | $37M |
Ranked on federal contract value rather than capital raised. The equity column is the comparison worth making — companies at the same procurement position often sit at very different points in their funding history.
Patents
- A Hardware Configuration Designed For The Execution Of Ascon Cryptographic Methods While Defending Against Side-channel Attacksapplication
- A Cryptographic Processing System And Method For Implementing Crystals-kyber Cryptographic Algorithms And Crystals-dilithium Cryptographic Algorithms Using Table-based Arithmetic-to-boolean (A2B) Masked Share Conversiongranted
- A Computer Architecture And Method For Performing Lattice-based Cryptographic Primitives With Resistance To Side-channel Attacksgranted
- A Fast Multiple Core Method And System For Chaining Isogeny Computationsgranted
- A Method And Architecture For Performing Modular Addition And Multiplication Sequencesgranted
- A Hardware Architecture Configured To Impliment Ascon Cryptographic Algorithms And Protect Against Side-channel Attacksgranted
- Computer Processing System And Method Configured To Perform Side-channel Countermeasuresgranted
- Computer-implemented Method For Computing Unbalanced L-trees Efficiently For Hash-based Signatures Used In Post-quantum Cryptographic Authenticationapplication
- Computer Processing System And Method Configured To Effectuate Lower-order Masking In A Higher-order Masked Designgranted
- Computer Processing Architecture And Method For Supporting Multiple Public-key Cryptosystems Based On Exponentiationgranted
- An Efficient And Scalable Architecture And Method For Isogeny-based Cryptosystemsapplication
- A Low Overhead Method And Architecture For Side-channel Attack Resistance In Elliptic Curve Arithmeticapplication