Core Capability Lines
Each line is delivered as discrete, mission-ready modules — composable across defense, joint, and federal mission engagements.
Enterprise
Architecture
Zero-trust enterprise architecture and secure cloud modernization. We re-engineer legacy estates into resilient, segmented, continuously-validated environments — from silicon to strategy.
DoD ZT Reference Architecture mapping across all seven pillars, with capability gap analysis and Target ZT roadmaps sequenced to program budget cycles
Accredited cloud landing zones for CUI and classified workloads, delivered as infrastructure-as-code with pre-mapped NIST 800-53 controls.
RMF package engineering and ATO acceleration with continuous control monitoring.
Phased re-architecture of monolithic systems into policy-governed microservices, with interim interoperability patterns that protect mission continuity.
Cyber &
Active Defense
Proactive threat hunting and vulnerability mitigation. We operate as the adversary to find what scanners miss, then close the gap before it is exploited in the wild.
Hypothesis-driven threat hunts across host, network, and identity telemetry, surfacing dwell-time adversaries that evade signature-based detection.
Red-team and adversary emulation mapped to MITRE ATT&CK objectives.
SOC uplift, custom detection development, and rapid incident response with containment playbooks tuned to mission systems and operational tempo.
Prioritized remediation driven by exploitability intelligence and mission impact, replacing CVSS-only triage with decisions that reflect operational reality.
Mission
Analytics
Decision-support tools and AI/ML integration that accelerate sensor-to-decision timelines. We apply data science to mission data and integrate intelligent capabilities into the systems operators already use — turning raw signal into tactical advantage.
We build, adapt, and integrate decision-support software into operational environments — accreditation, security, and deployment baked in.
Model pipelines that extract intelligence from high-volume sensor streams.
On-device inference engineered for Denied, Degraded, Intermittent, and Limited (DDIL) links.
Interoperability layers bridging legacy systems with JADC2-aligned services.