Mission & Aerospace Group
ArchenFrame™ Guardian for Mission Assurance, Aerospace Safety, Space Operations, Defense-Adjacent Systems, and High-Reliability Environments
The ULST Mission & Aerospace Group delivers ArchenFrame™ Guardian for systems where failure can create serious operational, safety, national-security, aerospace, space, or mission consequences.
Mission and aerospace systems often combine hardware, software, sensing, communications, control, human decision-making, environmental stress, cyber-physical behavior, and operational pressure. Failure may arise not from one isolated component, but from the interaction of multiple nodes and edges under degraded, contested, uncertain, or high-consequence conditions.
ArchenFrame™ Guardian helps organizations answer one central question:
Can the mission remain coherent, resilient, safe, and decision-ready under stress?
The platform maps critical systems as node-edge mission graphs, evaluates exposure and degradation, supports design decisions, monitors runtime behavior, and produces decision-grade resilience evidence.
This group includes two divisions:
Mission Resilience & Assurance Engineering
Defense-adjacent systems, mission assurance, cyber-physical mission environments, RF/photonic mission pathways, autonomous mission behavior, program-readiness evidence, and high-assurance technical review.
Aerospace & Space Safety Engineering
Flight testing, launch safety, aerospace control, aircraft operations, air transportation systems, hypersonics, reusable launch vehicles, small satellites, space operations, space logistics, and high-reliability aerospace environments.
Relevant regulatory, standards, and governance anchors across this group may include NIST CSF 2.0, NIST Risk Management Framework, NIST SP 800-53, NIST SP 800-171 for Controlled Unclassified Information, DoD RMF, CMMC, DoD Zero Trust Strategy, FAA Safety Management Systems, FAA launch and reentry licensing requirements, NASA systems engineering requirements, NASA safety and mission assurance guidance, aerospace safety-case practices, technical readiness reviews, mission-readiness reviews, operational test expectations, and customer-specific program assurance requirements.
Air-Gapped, Segmented, and Mission-Enclave Resilience
Mission and aerospace environments may require air-gapped, offline, segmented, classified, controlled-isolation, or mission-enclave deployments.
ArchenFrame™ Guardian can support these environments without requiring ordinary cloud-connected monitoring.
This is especially relevant for:
mission networks;
defense-adjacent technical systems;
aerospace test environments;
launch and range-support systems;
RF/photonic mission pathways;
autonomous mission systems;
space operations support systems;
cyber-physical mission environments;
high-assurance laboratories;
classified or controlled technical enclaves;
critical aerospace supplier environments.
ArchenFrame™ Guardian does not break isolation.
It helps give isolated systems a survivability map, runtime memory, degradation scoring, recovery-path logic, readiness evidence, and executive or engineering reports.
In these environments, ArchenFrame™ Guardian may operate as:
an offline mission observer;
a local runtime assurance appliance;
a one-way evidence-reporting layer;
a mission-enclave monitor;
an edge collector feeding a site appliance;
a domain twin used for safe training, scenario testing, and readiness review.
The goal is simple:
Preserve isolation while making the mission measurable, governable, and decision-ready.
ArchenFrame™ Guardian Products
1. ArchenFrame™ Guardian 90-Day Demo Kit Evaluation
A portable demonstration package showing one or more mission or aerospace domain twins watched by ArchenFrame™ Guardian.
Example domain twins may include a mission network, aerospace control pathway, launch-readiness workflow, satellite operations scenario, RF/photonic mission pathway, degraded communications scenario, autonomous mission workflow, or high-reliability system under stress.
The Demo Kit may be provided for a 90-day evaluation period. At the end of the evaluation, the organization may return the kit, request an extension, or move into a paid Small Organization or Enterprise Deployment.
The purpose of the Demo Kit Evaluation is to let qualified mission, aerospace, contractor, laboratory, or high-reliability organizations see ArchenFrame™ Guardian in action before committing to a larger deployment.
2. ArchenFrame™ Guardian Small Organization Deployment
Typical range: $25,000–$175,000 per domain
A scoped deployment for a small aerospace supplier, mission-support contractor, engineering team, laboratory, test environment, launch-support group, autonomous-systems team, or mission-adjacent operational organization.
This may include node-edge mapping, exposure analysis, degradation scenarios, readiness scoring, controlled-isolation review where relevant, dashboards, synthetic stress scenarios, customer-provided data, and a decision-grade evidence report.
Small Organization Deployments are designed for teams that need practical mission-resilience evidence and limited runtime capability without the complexity of a full enterprise rollout.
This is the recommended starting point for serious commercial, aerospace, contractor, or mission-adjacent customers who want more than a demonstration but are not yet ready for a large enterprise deployment.
3. ArchenFrame™ Guardian Enterprise Deployment
Typical range: $150,000–$400,000 per year for site runtime; $400,000–$1.2M+ per year for larger enterprise deployments
A larger deployment for organizations requiring runtime assurance across one or more facilities, test environments, mission-support segments, aerospace supplier environments, launch-support workflows, engineering enclaves, mission networks, or high-reliability operational systems.
This may include multiple domain packs, collectors, local appliances, dashboards, runtime scoring, recurring evidence, recovery-path reporting, controlled-isolation support, executive reporting, readiness review, and resilience governance.
Enterprise deployments may expand across multiple sites, teams, domains, dashboards, reporting workflows, and controlled-isolation environments.
Managed Resilience support may be added when an organization wants ULST assistance with monitoring, tuning, evidence review, scenario updates, domain-pack refinement, readiness review, and recurring resilience evidence.
Mission Resilience & Assurance Engineering
ArchenFrame™ Guardian supports high-assurance systems used in mission environments, defense-adjacent technical programs, cyber-physical operations, RF/photonic mission applications, autonomous mission behavior, and national-security-sensitive technical contexts.
Regulatory, standards, and governance anchors may include NIST CSF 2.0, NIST Risk Management Framework, NIST SP 800-53, NIST SP 800-171 for Controlled Unclassified Information, DoD RMF, CMMC, DoD Zero Trust Strategy, technical readiness reviews, operational test expectations, procurement review, system security planning, authority-to-operate evidence, and customer-specific mission assurance requirements.
ArchenFrame™ Guardian helps evaluate and monitor:
mission-readiness posture;
cyber-physical system exposure;
mission-network dependency risk;
RF/photonic pathway resilience;
command and coordination pathway integrity;
sensing and communications dependencies;
degraded-mode behavior;
system-state instability;
control-pathway fragility;
decision-support pathway coherence;
operational stress propagation;
mission assurance evidence gaps;
safety-critical readiness indicators;
adversarial or disrupted operating conditions;
runtime mission degradation;
recovery and continuity pathways.
For this division, ArchenFrame™ Guardian is positioned as a mission survivability and assurance layer.
It helps organizations determine whether a mission-support system remains coherent, bounded, resilient, and decision-ready when the environment becomes degraded, contested, uncertain, or complex.
Controlled-isolation deployment is especially important here. Mission environments may require local appliances, offline evidence, segmented network observation, one-way reporting, or domain twins for safe scenario testing without exposing live systems.
ArchenFrame™ Guardian helps answer:
If part of the mission system is degraded, can the mission still continue safely and defensibly?
Aerospace & Space Safety Engineering
ArchenFrame™ Guardian supports safety-critical aerospace, launch, flight, and space systems where readiness, control, sequencing, degraded-mode behavior, and recovery pathways must remain coherent under stress.
Regulatory, standards, and governance anchors may include FAA Safety Management Systems, FAA launch and reentry licensing requirements, NASA systems engineering requirements, NASA safety and mission assurance guidance, aerospace safety-case practices, flight-readiness reviews, launch-readiness reviews, operational test expectations, certification-related evidence, range-safety considerations, mission assurance requirements, and customer-specific aerospace program requirements.
ArchenFrame™ Guardian helps evaluate and monitor:
launch-safety posture;
flight-readiness indicators;
aerospace control-pathway resilience;
aircraft operation stress points;
air transportation system exposure;
reusable launch vehicle risk pathways;
hypersonic operating-environment stress;
small-satellite mission resilience;
space-operations dependencies;
space-logistics fragility;
safety-critical design margins;
mission sequence status;
degraded-mode behavior;
recovery and contingency pathways;
communications and sensing stress;
thermal, structural, environmental, or operational stress indicators;
system-state readiness;
recurring safety and readiness evidence.
For this division, ArchenFrame™ Guardian is positioned as a runtime aerospace safety and mission-readiness evidence layer.
It helps organizations determine whether aerospace or space operations remain coherent, safety-ready, and recoverable when the operating environment changes or part of the system becomes degraded.
Air-gapped or controlled-isolation deployment may be relevant for aerospace test environments, launch-support systems, mission-control support segments, high-assurance engineering networks, flight-test data pathways, satellite operations support, and supplier environments handling sensitive technical information.
ArchenFrame™ Guardian helps answer:
If a flight, launch, space, or aerospace support pathway degrades, what is the safest recovery path and what evidence supports the decision?
Example Use Cases
ArchenFrame™ Guardian may support:
mission-readiness evidence development;
DARPA-style technical program evaluation;
cyber-physical mission-system assessment;
RF/photonic mission pathway review;
command and coordination pathway evaluation;
degraded-mode resilience planning;
high-assurance system design review;
safety-critical mission workflow evaluation;
flight-testing readiness review;
launch-safety evaluation;
aerospace control resilience;
aircraft operations risk review;
air transportation resilience;
hypersonic system resilience evaluation;
reusable launch vehicle readiness review;
small-satellite mission resilience;
space operations continuity;
space logistics resilience;
aerospace safety-case support;
mission-enclave runtime assurance;
controlled-isolation evidence reporting.