Resolvix AURM (Adaptive Ultra-Resilient Messaging)
Continuity under disruption.
Confidence under degradation.
Trusted C4I across degraded, denied, and partitioned networks.
Resolvix builds the trust and continuity layer for C4I systems operating in degraded, denied, and partitioned networks — keeping critical messages moving and telling operators whether what arrived can still be acted on.
Holdfast · Bearer State
The authenticated message is not the same as the trustworthy one.
In a contested environment, a high-reliability network can deliver the wrong command at full fidelity, and an autonomous swarm will execute it at scale before anyone can intervene. The problem is not the bearer and not the autonomy stack — it is the gap between them where commands are neither governed nor questioned.
HOLDFAST closes that gap at the mesh layer, preserving message continuity and surfacing replay-like and relay-inconsistency evidence; VERITY closes it at the execution layer, assessing command-authority context and mission coherence for authorised review before the platform acts.
Four questions. One trust gap.
Routing moves packets. Cryptography verifies identity. Neither proves that a delivered message is fresh, custody-consistent, context-valid or safe to act on. HOLDFAST and VERITY close that gap.
Transport
Routing moves packets.
Security
Cryptography verifies identity and integrity.
HOLDFAST
What should happen to this message under current network conditions?
VERITY
Should the delivered message and its mission context still be trusted?
Product modules on one mission-resilience architecture.
Product
HOLDFAST
Keep critical information moving
Preserves command, telemetry, custody and mission evidence across degraded bearers, mesh networks, relays and intermittent links. Mission-message continuity under partition and delay · Custody and relay-path context tracking · Bounded, authorised communications adaptation.
Explore HOLDFASTProduct
VERITY
Know when information can still be trusted
Evaluates communications, positioning, sensing, custody and mission-state evidence to produce assurance outcomes and operator review signals. Evidence-backed outcomes — Trusted, Degraded, Identified · Review signals when evidence is stale or contradictory · Works above the delivery layer — HOLDFAST keeps messages moving, VERITY provides the evidence to judge whether to act on them.
Explore VERITYA third module, SENTRY, produces receiver-visible evidence, consistency and uncertainty. HOLDFAST, SENTRY and VERITY are peer modules composed by the Resolvix Node Runtime over shared Resolvix Core services.
Validation environment
POSEIDON
Planned validation scenario suite
A planned maritime validation scenario suite for exercising HOLDFAST, SENTRY and VERITY under degraded conditions.
Explore POSEIDONMore critical traffic delivered under degradation.
+6.7pp
HOLDFAST Core C2 delivery improvement
Abstract simulation · 580 runs
+13.95pp
HOLDFAST Core + Adapt C2 delivery improvement
Abstract simulation
+5.6pp
HOLDFAST Core C2 delivery in one custody-favourable ns-3 scenario
ns-3 · single seed · custody-favourable
Simulation-backed today. The next gate is the Resolvix Node Runtime and platform-adapter architecture; hardware-in-the-loop and controlled field validation follow.
From simulation to field validation.
Architecture freeze, preserved simulation evidence and a claims register.
Standalone modules and a deterministic Resolvix Node Runtime MVP.
Adapter SDK, platform adapters, hardware-in-the-loop and a controlled field pilot.
Designed for distributed systems under contested conditions.
Domain
Uncrewed aerial systems
Drone C2 resilience across degraded relay networks and contested airspace.
Domain
Maritime autonomous systems
Distributed maritime C2 and ISR under communications loss and PNT uncertainty.
Domain
Distributed ISR and airborne relay
Custody and trust assurance across multi-node sensing and relay architectures.
Domain
Multi-domain operations
Distributed C4I across air, maritime, and ground. HOLDFAST and VERITY are designed for distributed multi-domain operations — autonomous and manned platforms operating across degraded bearers, GNSS-contested environments, and intermittent or denied C4I connectivity. The trust and continuity layer that JADC2 depends on at the edge.
Contested autonomy
Edge-deployed systems operating without persistent C2.
HOLDFAST and VERITY are designed for autonomous and distributed systems that must operate at the edge — across degraded bearers, GNSS-contested environments, and intermittent or denied connectivity.
Request a confidential briefing.
Resolvix welcomes discussions with defence, government research, trusted industrial and investment partners working on degraded command, autonomous-system resilience, tactical communications, contested PNT and trust assessment.