Funding • Government Transition • Research • Education
BLOCK VECTOR Technologies develops original systems architecture, software, evidence, and transition-ready prototypes for government, defense, aerospace, research, and dual-use applications. Our current funding strategy is built around a simple principle: prove the reusable architecture first, then use customer funding to transition it into the mission environment that needs it.
AURORA™ — Autonomous Unified Risk-Oriented Response Architecture is BLOCK VECTOR's authority-governed distributed execution architecture. Phase 0 has completed 24 formal proof exercises across heterogeneous Windows and Linux resources, demonstrating capability-based execution, refusal, reassignment, disconnected operation, recovery/reconciliation, authenticated results, and auditable evidence.
BLOCK VECTOR has already proven the governing architecture virtually. Government funding transitions it into mission-specific physical systems.
BLOCK VECTOR submitted AURORA/MARC: Governed Capability Sharing Across Mobile Army Formations to xTech|Search 10 in September 2026. The Army concept applies AURORA across independently governed mobile platforms so authorized compute, sensing, communications, cyber, maintenance, software, and interface capabilities can be discovered and used without merging authority.
BLOCK VECTOR is preparing an AURORA transition concept for DAF26BX06-DV512. The objective is not to repeat generic feasibility work already demonstrated in Phase 0, but to align that proven authority/execution architecture with the Space Force mission environment, customer use case, representative test conditions, transition path, and Phase-I-equivalent evidence expectations.
BLOCK VECTOR has submitted a Navy-focused AURORA for OLYMPUS proposal applying the same reusable background architecture to shipboard computing and mission-specific integration. Customer-specific work remains separated from the generic AURORA core while generalized architectural improvements can advance later forward-only releases.
The next major AURORA transition step is heterogeneous physical execution. The proposed architecture places an AURORA worker at the edge/SBC boundary, where the local system declares what capability is available while the mission authority determines what that capability may do. The downstream device interface remains under the customer or OEM's control.
BLOCK VECTOR can work with program offices, laboratories, prime contractors, OEMs, and systems integrators when the relationship preserves BLOCK VECTOR's background architecture and establishes a clear path to paid pilot, integration, licensing, or transition work.
AURORA does not require every underlying device to expose its proprietary implementation. The AURORA-facing boundary can remain stable while suppliers retain control of local device protocols, firmware, APIs, and hardware.
Education • STEM • Applied Research
The BLOCK VECTOR ER-Series remains available as a hands-on infrastructure concept for STEM programs, makerspaces, and small research labs. It provides a documented environment for networking, compute, power measurement, decentralized systems, and repeatable laboratory exercises without requiring a conventional server room.
The ER-Series documentation model supports repeatable deployments with structured bills of material, wiring maps, configuration procedures, data collection, and reporting. Those same disciplines also inform BLOCK VECTOR's larger government-transition work: build a controlled environment, measure what happens, and preserve the evidence.