Live WebinarJune 25, 2026
The 7 Structural Flaws That Cause 70% of IEEE Desk Rejections
A technical deep-dive into pre-submission structural compliance — and how ScholarMark's AI integrity layer helps researchers avoid desk rejection.
SOVEREIGN DEEP TECH • ZERO-TRUST SYSTEMS ARCHITECTURE
·MADE IN PAKISTAN · BUILT FOR THE WORLD
Engineering Zero-Trust Infrastructurefor High-Stakes Environments.
DecentraSec architects mission-critical digital infrastructure for national institutions, defense bodies, and academia. Combining post-quantum cryptographic primitives, localized private AI inference, and decentralized ledgers, we build sovereign software systems engineered for zero failure and zero data leakage.
SUPPORTED BY
01 // FLAGSHIP DEPLOYMENT • ACADEMIC SOVEREIGNTY
ScholarMark: The Sovereign Operating System for Research Integrity.
The global academic publishing pipeline is crippled by fragmented legacy tools, systemic IP exfiltration, and high desk-rejection rates. DecentraSec engineered ScholarMark as an end-to-end sovereign operating system—unifying pre-submission multi-agent AI verification with cryptographic Proof of Discovery.
01 //MULTI-AGENT AI LAYER
Deterministic Compliance.
Audits manuscripts against rigorous international publisher guidelines before submission, eliminating up to 80% of non-intellectual desk rejections with zero hallucination.
02 //INTEGRITAS VAULT
Cryptographic Proof of Discovery.
Anchors raw research, datasets, and pre-prints to an immutable ledger via Ed25519 signatures, establishing irrefutable global prior art before formal journal submission.
03 //THE GEAR NETWORK
Decentralized Referee Routing.
Connects authors to verified double-blind reviewers with cryptographic ORCID attestations, collapsing 12-month review cycles into days while eliminating peer corruption.
ENTERPRISE PILOTSOVEREIGN INFRASTRUCTUREHEC ALIGNED
DEPLOYED RESEARCH INTEGRITY & PEER EVALUATION AT SCALE.
ScholarMark provides universities and national research councils an automated integrity safety net prior to public disclosure—combining sovereign private AI auditing, native domestic banking rails, and automated HEC OAI-PMH indexing.
3+
TIER-1 PILOTS (MUET, FAST, UET)
80%
DESK-REJECTION REDUCTION
1,000+
RESEARCHERS ONBOARDED
Institutional Beta
ScholarMark
ENCLAVE // ACTIVE
Integritas Vault
PROOF OF DISCOVERY02 // DEFENSE & AEROSPACE SYSTEMS • PAKISTAN'S NO-1
QuantumOSX: Post-Quantum Cryptography for Mission-Critical Assets.
NIST-standardized quantum-resilient encryption architecture built for defense, aerospace, and sovereign financial networks.
Built on a modular “Integrate, Don't Disrupt” framework, QuantumOSX embeds post-quantum cryptographic primitives (ML-KEM, ML-DSA) directly into existing legacy networks, drone telemetry, and defense communications—securing national infrastructure against “Harvest Now, Decrypt Later” quantum threats.
NIST PQC STANDARDS
Implements lattice-based post-quantum cryptography resilient against Shor's algorithm.
RETROFIT ARCHITECTURE
'Integrate, Don't Disrupt' design seamlessly secures legacy SCADA, defense, and banking networks.
DECENTRALIZED ANCHORS
Zero-trust key distribution anchored to tamper-evident decentralized state machines.
MISSION-CRITICAL APPLICATION
Engineered for autonomous UAV telemetry, defense communications, and sovereign banking switches.
Request Technical Briefing↗
Targeted at defense contractors, enterprise banking, and aerospace entities
QuantumOSX Core v0.1α
Active Core
NICAT LAB // NASTP
Incubated at NICAT under NASTP
LEVEL-5 DEFENSENational Aerospace Science & Technology Park, Pakistan
INCUBATED AT NICAT UNDER NASTP · POST-QUANTUM CRYPTOGRAPHIC ARCHITECTUREView Specs →
03 // INSTITUTIONAL VALIDATION • SOVEREIGN SYSTEMS ARCHITECTURE
Backed by National Technology Leaders.
DecentraSec builds sovereign digital infrastructure where failure, data leaks, and foreign jurisdiction risks are not an option. Backed by national technology leaders—including MoITT, Ignite, and the National Incubation Center network—we bridge advanced cryptography, localized AI models, and decentralized ledgers into enterprise-grade national operating systems.
3×
NATIONAL CHAMPIONS
Top honors in national deep-tech & innovation tournaments
100%
DATA SOVEREIGNTY
Local private custody with zero foreign cloud dependencies
3+
INSTITUTIONAL ROLLOUTS
Active deployments across premier academic & research ecosystems
20B+
LEAN AI INFRASTRUCTURE
High-throughput private inference with zero external data leakage
04 // RESEARCH INTEGRITY INITIATIVE • KNOWLEDGE EXCHANGE
DecentraSec Open Access & Academic Dialogue.
Empowering the next generation of researchers, computer scientists, and institutions through open-access technical symposiums, research integrity roundtables, and sovereign engineering workshops.
INSTITUTIONAL WORKSHOPS // NATIONWIDE ACCESS
Live Webinar05 // NEWS & MILESTONES · COMPANY DISPATCHES
Latest Updates & Strategic Milestones.
News, institutional pilot rollouts, and engineering milestones from the DecentraSec core team.
06 // RESEARCH & DISPATCHES · EDITORIAL ARCHIVE
From The Engineering & Research Team.
Deep-dive analyses, cryptanalysis papers, post-quantum protocols, and zero-trust systems design.
September 10, 2026#Research Integrity
Verifiable Research Integrity: Provenance & Data Custody
The scholarly record is now a supply-chain dependency for pharma, materials, AI, and policy — and its incoming inspection has failed. Institutions that cannot prove custody of their data will lose the standing to earn trust with it. This brief argues that compliance documentation asserts integrity while decentralized provenance proves it, and that research integrity is no longer a policy to subscribe to but an infrastructure to procure, pilot, and validate.
Research Data ProvenanceData Sovereignty
Read Paper↗
September 8, 2026#research integrity
Peer Review Crisis? It's a Research Infrastructure Problem
More than eight million papers now enter a peer review system that can't verify who validated what. The fix is verifiable triage: identity-backed reviewers, screening at ingest, and audit-ready provenance—installed at the institutional layer, not bolted onto editorial software.
peer reviewacademic publishing
Read Paper↗
September 4, 2026#Research Integrity
Provenance Before Trust: Research Integrity Infrastructure
Peer-review overload, AI-reviewer attacks, paper mills, sovereignty exposure, and replication failure trace to one root cause: no tamper-evident integrity infrastructure. This brief shows why provenance must precede institutional trust—and what first movers can do before regulators mandate it.
Scholarly CommunicationPeer Review
Read Paper↗
07 // INSTITUTIONAL INTAKE · STRATEGIC ONBOARDING
Formal Onboarding & Strategic Inquiries.
DecentraSec works with universities, institutional investors, Tier-1 peer reviewers, and Open Access contributors through a structured intake process.
SLA: 24–48 HOUR REVIEW WINDOW
INTAKE VERIFICATION PROTOCOL
All submissions are encrypted at rest and routed directly to DecentraSec core engineering officers under a strict mutual non-disclosure protocol.
DIRECT HEADQUARTERS
A-201, Block-12, Gulistan-e-Jauhar, Karachi, Pakistan
INSTITUTIONAL INQUIRIES
partners@decentrasec.comDIRECT INSTITUTIONAL LINE
+92 310 1288813