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Intuitive, Efficient, and Secure | Taking Digital Services to the Next Level

Security concerns, bureaucratic restrictions and a myriad of other constraints often pose challenges to delivering true digital innovation. You need agile and flexible digital solutions to make sense of your data, protect mission interests, and deliver an advantage over adversaries.

OMNI’s groundbreaking, commercially rooted approach is designed to cut through any and all challenges to deliver services in the digital realm that are intuitive, efficient, and above all secure for our nation’s warfighters. You need agile and flexible digital solutions to make sense of your data, protect mission interests, and deliver an advantage over adversaries.

User Experience - UX & Design

Our philosophy on software and design is simple; place the user first, focus on their needs, craft engaging and intuitive solutions and deliver mission impact. We develop and implement User Centered Design and modern best practices including responsiveness and intuitive navigation to maximize the quality and productivity of a user’s journey.

We work closely with each customer and key stakeholders to understand their needs, pain points and mission requirements and incorporate that input into our software design. We leave no stone unturned when it comes to providing experiences users love and that improve our nation’s defense and intelligence capabilities and achieve maximum mission impact.

  • Exceptional Customer & User Experiences: We champion exceptional Customer and User Experiences by deeply understanding your needs and objectives. Our approach involves proactively developing strategic plans to not only meet but exceed your goals, ensuring scalable solutions that grow with you. This is built on a comprehensive understanding of your users, partners, and the interconnected systems they rely on.
  • Digital Strategy: We empower our customers by developing strategic frameworks that leverage digital technology to achieve core mission objectives and drive business success. This includes leading user experience design initiatives to foster growth and establish best-in-class management practices.
  • System Design & Optimization: We apply commercial UX design principles to modern application development, creating engaging and intuitive experiences for users that lead to superior mission outcomes.
  • Digital Product Management: We expertly navigate the entire digital product lifecycle—Discover, Strategize, Implement, Optimize—with a dedicated emphasis on UX management. This ensures your digital products not only meet but exceed their intended goals.

CASE STUDY: NGA Software Aqua Badge Engineering Resources (SABER) / NGA DevCorps for Geospatial Apps

NGA Software Aqua Badge Engineering Resources (SABER) / NGA DevCorps for Geospatial Apps

NGA’s GEOINT Services organization revolutionizes, creates, and provides geospatial capabilities of common concern for National System for Geospatial-Intelligence (NSG) mission partners. DevCorps is one of the divisions within GEOINT Services and delivers accessible, intuitive, and interoperable development capabilities and services to enable a broad range of missions. DevCorps needed to increase their capacity to address mission needs for Agile software development by soliciting additional software engineering resource capabilities through the Software Aqua Badge Engineering Resources (SABER) contract.

OMNI’s team is building several applications to support the NGA’s mission to develop advanced mathematical, scientific, and geospatial modeling capabilities. We apply SAFe patterns and principles such as regular and predictable cadence, small batches of work, and synchronized cross-domain planning, as well as DevSecOps best practices including automated static and dynamic application scanning, secure coding practices and Security as Code, and deployed to NGA’s Pivotal Cloud Foundry (PCF) based PaaS environment. Our approach enables the ability to generate various output files including military standard formats that are more conducive for effective analysis and dissemination.

Data Solutions

We engineer data architectures and pipelines to meet the real-time, multi-domain, and high-security requirements of defense, intelligence, and homeland missions. Our platforms are designed to integrate with existing C4ISR, GEOINT, and cyber systems while enhancing automation, traceability, and tactical data advantage through advanced AI/ML capabilities

Data Curation, Metadata Management, Tagging & Labeling
We operationalize data governance by automating metadata management and semantic enrichment at scale. Our technical capabilities include:

  • Schema Alignment and Metadata Harmonization using RDF, OWL, and DoD/IC-standard ontologies (e.g., UCORE, MAGE).
    NLP-based Entity and Relationship Extraction from multi-format inputs (e.g., ISR reports, SIGINT, FMV) using transformer-based LLMs tuned for domain-specific lexicons.
  • Auto-Tagging and Label Propagation across multi-tiered classification environments using BERT, CLIP, and custom vision/language models.
  • Full data provenance and lineage tracking to support auditing, reproducibility, and model retraining workflows.

We enable intelligent downstream workflows for targeting, pattern-of-life analysis, and situational awareness with curated, machine-interpretable data artifacts.

Intelligent Data Pipelines
Our pipelines are cloud-native , containerized, and infrastructure-agnostic—capable of operating across AWS GovCloud, C2S, SC2S, Azure Government, and disconnected/tactical edge environments. Features include:

  • Event-Driven Orchestration using Apache Airflow, Argo Workflows, and Kubernetes-native operators.
  • Stream Processing via Kafka, Pulsar, and Flink with low-latency SLAs to support real-time ISR exploitation and mission command.
  • Embedded ML Inference Pipelines using ONNX, TorchServe, or Triton for on-the-fly feature extraction, anomaly detection, and image segmentation.
  • Integration of data validation frameworks to enforce quality gates and schema conformance dynamically.

We support full lifecycle operations—data ingest, transform, feature engineering, and delivery—within multi-security enclave environments and JWICS/SIPR/NSANet topologies.

Secure Data-sharing and Data Fabric Architectures
Our data fabric solutions implement zero-trust architecture (ZTA) principles while enabling secure federation and discoverability across classified and compartmentalized networks. Core technical differentiators:

  • Policy-Based Access Control (PBAC) and attribute-based encryption (ABE) for fine-grained sharing of sensitive data artifacts.
  • A self-service approach with suite of tools designed to enhance cost efficiencies, process optimization and scalability featuring secure automated workflows, and ensuring robust governance and observability for data providers, consumers, and their data integrations
  • Cross-domain solution (CDS) integration for guard-enabled replication and controlled release across classification levels.
  • Automated Lineage, Audit, and Usage Monitoring using Apache Atlas, OpenLineage, and custom graph analytics pipelines.
  • Federated Query and Virtualization using Trino, DataHub, and Delta Sharing to allow analytics and ML across distributed, heterogenous data stores (e.g., S3, PostGIS, HDFS, Elastic).

We build architectures to support Joint All-Domain Command and Control (JADC2), Integrated ISR, GEOINT fusion, and cyber threat intelligence operations across the defense and homeland enterprise.

CASE STUDY: NGA Metadata Cataloging and Management Services (MCAMS)

NGA Metadata Cataloging and Management Services (MCAMS)

NGA provides critical support to the national decision-making process and the operational readiness of America’s military forces. Their mission is to provide timely, relevant, and accurate Geospatial Intelligence (GEOINT) in support of National Security objectives. To remain operationally effective within a fluid, unconventional domain, NGA must advance in capability and analytic methodology. Previous production systems lacked the tools to manage products and assets. NGA intelligence producers used a series of disconnected / unintegrated legacy systems in combination with collections of COTS products. Together, they are counterintuitive and insufficient in meeting mission needs and as a result, analysts were unable to discover and reuse assets to create new products.

OMNI provides software development and software engineering support to deliver the Apollo Metadata Management System (Apollo). Our software engineers, architects, and data engineers built the system on an unclassified development platform that can create, tag, and track metadata of legacy and new geospatial assets and products to enable discovery and reuse on all three domains. Through the Apollo user interface, an analyst or decision maker using the Apollo system can review and edit the metadata tags for work products and add comments and ratings to those products to facilitate collaboration, discovery, and reuse. This empowers users to efficiently provide and gather insights from data on an enterprise-wide basis. Apollo addresses the need to neutralize the challenges introduced by a complex data landscape, maximize the value of its assets, and empower data analysts to efficiently gather and share insights from those assets.

AI and Automation

We deliver production-grade AI systems engineered for speed, autonomy, and operational trust. From model development and agentic automation to hardened MLOps pipelines and assurance frameworks, our AI capabilities are purpose-built to meet the technical and governance requirements of DoD, NGA, NRO, and DHS programs—at the tactical edge, across multi-domain operations, and within mission-critical enclaves.

Human Out of the Loop Automation
We design and deploy AI-driven decision engines that operate independently in high-velocity, denied, or low-connectivity environments.

  • Autonomous inference and actuation loops with real-time sensor fusion (EO/IR, SAR, SIGINT).
  • Integration with mission control frameworks (e.g., AOC, DCGS, GCS) to enable AI-driven targeting, ISR tasking, and response generation.
  • Embedded safety guards and fallback strategies implemented through deterministic behavior trees, formal verification methods, and control-theoretic redundancy.

We support HOoTL autonomy for use cases such as onboard satellite systems (NRO), counter-UAS automation (DHS), and edge ISR triage (DoD/NGA).

Agentic AI Solutions
We develop autonomous agents capable of perception, reasoning, planning, and action in support of complex, dynamic missions.

  • Multi-agent orchestration and task decomposition using large language models (LLMs), reinforcement learning (RL), and symbolic planning.
  • Stateful agents with memory, goal awareness, and continuous learning loops for ISR management, cyber defense, and tactical logistics.
  • Secure agent deployment architectures with isolation, policy constraints, and controlled goal reprogramming.

Our agentic frameworks are fielded in simulation and live mission testbeds to support intelligence fusion, autonomous red teaming, and adaptive sensor control.

AI Model Development
We build and operationalize models that perform under contested conditions, with traceability, compactness, and mission fitness at their core.

  • Custom models across modalities: CV (YOLOv8, SAM, CLIP), NLP (LLaMA2, Falcon), Graph AI (PyG, DGL), and signal intelligence (Fourier neural operators, transformers).
  • Model distillation, pruning, and quantization for low SWaP (size, weight, and power) environments—targeting Jetson, Coral, and FPGA deployments.
  • Data-centric AI pipelines that incorporate sensor labeling, synthetic data generation, adversarial augmentation, and active learning.

All models are developed under ATO-compliant pipelines and aligned with ICD-503 or RMF security controls for classified use.

AI/ML DevOps
We design and operate end-to-end AI pipelines across cloud, on-premise, and air-gapped environments—enabling repeatable, secure model lifecycle management.

  • Automated model CI/CD pipelines using MLflow, Kubeflow, and Argo, integrated with GitOps and K8s-native controls.
  • Feature stores, experiment tracking, and artifact registries optimized for traceability and reproducibility (e.g., Feast, Weights & Biases).
  • Federated learning and secure training across enclaves, supporting data sovereignty and multi-agency collaboration.

Our pipelines are hardened for deployment within AWS GovCloud, C2S, IL5/IL6 OpenShift, and disconnected tactical environments.

AI Assurance and Responsible AI Frameworks
With unparalleled expertise and a proven methodology, we integrate trust directly into your AI initiatives. Our approach uniquely combines a Responsible AI Framework—providing the essential guardrails to embed fairness, transparency, governance and accountability into your AI lifecycle—with independent AI Assurance services. This provides critical, external validation that your systems are secure, compliant, and operate as intended. By partnering with us, you gain the confidence to mitigate risk, meet evolving regulatory demands, and accelerate innovation, ensuring your AI creates lasting and trustworthy value.

Rapid Software Development

We deliver secure, resilient, and scalable software at mission speed. Our engineering teams are embedded in defense, intelligence, and homeland environments, building and sustaining systems that power real-time decision-making, space-ground integration, geospatial analytics, ISR tasking, and threat detection. We specialize in rapid development lifecycles hardened for classified environments, and leverage AI to accelerate and validate software delivery without compromising security or control.

AI-Augmented Software Development
We integrate AI and ML across the software lifecycle to improve code generation, test coverage, security testing, performance tuning, and mission alignment.

  • AI code synthesis and scaffolding using Codex, CodeWhisperer, and domain-tuned LLMs for rapid generation of REST APIs, data pipelines, and UI/UX flows.
  • Automated test generation and fuzzing via model-based techniques and tools like DeepTest, Zest, and GPT-augmented test generators.
  • ML-driven static analysis and defect prediction using customized CodeQL, DeepCode, and AI-enhanced linters integrated into CI/CD workflows.
  • Performance profiling and optimization through AI-tuned hyperparameter search, workload telemetry, and reinforcement-learning agents for resource tuning.

We augment developers, not replace them—ensuring that all AI-generated code is validated, explainable, and auditable under secure engineering governance.

Secure, ATO-Ready DevSecOps Pipelines
We maintain continuous ATO-ready environments to support rapid deployment to mission networks. Our delivery pipelines integrate:

  • Automated RMF artifact generation, including SSPs, STIG checklists, and POA&Ms using open tools like OSCAL and ComplianceAsCode.
  • Role-based policy enforcement using OPA/Gatekeeper, SPIFFE/SPIRE, and zero-trust service meshes (Istio, Linkerd).
  • Integrated vulnerability management with real-time CVE scanning, SBOM generation (CycloneDX, SPDX), and container signing.

We enable government clients to field secure software at classified levels with full traceability, auditability, and policy compliance from code to production.

CASE STUDY: USAF Platform One BOA Task Order Contracts

USAF Platform One BOA Task Order Contracts

LevelUP is the cyber software factory for the Air Force and, with the help of industry partners, is developing the next generation of advanced cyber tools for the Air Force and Department of Defense by leveraging military-compliant Lean, Agile, and DevSecOps methodologies. The Air Force’s LevelUP Code Works Platform One requires support for product development and solicits full-stack DevSecOps, Cloud, and Infrastructure engineers and other key developers, trainers, and consultants through the Platform One Basic Ordering Agreement (BOA).

OMNI was awarded five Platform One task order contracts where we support Big Bang cloud infrastructure, Party Bus Platform as a Service (PaaS), CNAP cloud-based enterprise security framework, and Iron Bank capability. We are supporting Big Bang’s mission to deliver a baseline continuous delivery tool for deploying DoD-hardened and approved packages into a Kubernetes cluster. For Party Bus, we are facilitating remote onboarding for continuous ATO-enabled DevSecOps service for mission application development teams, enabling rapid development and deployment of approved working mission apps. For the Secure Access Service Edge (SASE) security framework, CNAP, OMNI performs continuous monitoring to enable eased access to unclassified and classified resources for the DoD. To help support Iron Bank’s ability to automate, secure, and accelerate the approval process of commercial and open-source containers, we support the container security toolchain to ensure seamless delivery and protection of applications.

CASE STUDY: NGA Software Aqua Badge Engineering Resources (SABER) / NGA DevCorps for Geospatial Apps

NGA Software Aqua Badge Engineering Resources (SABER) / NGA DevCorps for Geospatial Apps

NGA’s GEOINT Services organization revolutionizes, creates, and provides geospatial capabilities of common concern for National System for Geospatial-Intelligence (NSG) mission partners. DevCorps is one of the divisions within GEOINT Services and delivers accessible, intuitive, and interoperable development capabilities and services to enable a broad range of missions. DevCorps needed to increase their capacity to address mission needs for Agile software development by soliciting additional software engineering resource capabilities through the Software Aqua Badge Engineering Resources (SABER) contract.

OMNI’s team is building several applications to support the NGA’s mission to develop advanced mathematical, scientific, and geospatial modeling capabilities. We apply SAFe patterns and principles such as regular and predictable cadence, small batches of work, and synchronized cross-domain planning, as well as DevSecOps best practices including automated static and dynamic application scanning, secure coding practices and Security as Code, and deployed to NGA’s Pivotal Cloud Foundry (PCF) based PaaS environment. Our approach enables the ability to generate various output files including military standard formats that are more conducive for effective analysis and dissemination.

Enterprise Cloud & Platform Solutions

Omni provides a full range of cloud and platform engineering inclusive of Infrastructure as a Service (IaaS) and Platform as a Service (PaaS) solutions that are secure, scalable, and accessible when you need them.

Through a layered technology stack comprised of commercial and open-source tools, we build vendor and platform-agnostic infrastructures to mitigate architecture limitations, create parity-of-environments, and align with Modular Open System Architecture (MOSA) methodology. By automating security, quality, and execution of Infrastructure as Code (IaC) and Configuration as Code (CaC) processes, we provision resources efficiently and consistently in a repeatable manner to improve security, scalability, and reusability.

Identity and Credential Management (ICAM)
At OMNI, we believe ICAM technology’s true power lies in its adoption. We apply user-centric principles and approach to ICAM.  We transform your ICAM initiatives into mission success stories by forging a common identity definition and accelerating enterprise-wide integration.

We empower you with seamless governance, simplify complex COTS integrations, and liberate you from vendor lock-in. Our approach leverages cutting-edge microservice design, DevSecOps, distributed architectures, and containerization to rapidly unlock the full potential of your ICAM investment.

Key Capabilities:

  • Secure Credential Lifecycle Management
  • Automated Identity Governance & Administration
  • Unified Access Control & Enforcement
  • Granular Privileged Access Security
  • Interoperable Cross-Domain Identity Solutions
  • Proactive Identity Enablement & Synchronization
  • Trusted Identity Federation
  • Protected Non-Person Entity (NPE) Access
  • Modern, API-Driven Access Services
  • Contextual Fine-grained Authorization
  • Centralized Policy Definition & Enforcement
  • Catalyst for Zero-Trust Security Models

Cloud and Platform Engineering
Omni empowers government agencies to rapidly and securely transition workloads to the cloud, achieving maximum value with minimized risk. Through a comprehensive approach encompassing Cloud Strategy, Modernization & Migration, FinOps & Cost Optimization, Managed Services, and Seamless Onboarding & Adoption, we systematically address challenges, forging secure, transformative cloud environments. This delivers enhanced operational efficiencies, lower costs, substantially reduced risk, and secure, agile access to vital cloud-enabled technologies. We collaborate with you to chart your cloud progress and deploy the precise components needed, accelerating your move to a highly tailored and beneficial cloud ecosystem.

AIXOps
We specialize in AIXOps—the integration, monitoring, and sustainment of AI systems in production environments across defense, intelligence, and homeland missions. Our solutions are designed for secure, resilient, and observable AI operations across IL5/IL6, air-gapped, and multi-domain infrastructures.

  • AI Monitoring & Observability
    Real-time visibility into model behavior with telemetry, drift detection, and mission-aligned performance tracking via Prometheus, Grafana, and custom metrics exporters.
  • Secure Deployment & Runtime Controls
    Hardened, containerized AI workloads with SBOMs, zero-trust policies (OPA, SPIRE), and runtime isolation. Supports OpenShift, K8s, and edge devices in classified environments.
  • Continuous Validation & Governance
    Model validation pipelines with adversarial testing, explainability scoring, and RMF/ICD-503-compliant artifact generation for AI-specific ATOs.
  • Retraining & Feedback Loops
    Live-data capture, shadow model testing, and secure retraining pipelines using Kubeflow, Argo, and federated learning architectures—optimized for tactical retraining continual improvement.

CASE STUDY: Army Enterprise Cloud Management Agency (ECMA) DevOps

Army Enterprise Cloud Management Agency (ECMA) DevOps

To gain the competitive advantage needed to win on the battlefield in the Information Age, the Army has a mission critical need to operationalize its data and invest in resilient information ecosystems specifically designed to provide and protect critical information for the Joint Forces. The Army’s ability to master the application of cloud computing is critical in the pursuit of operationalizing data. The mission of the Army’s Enterprise Cloud Management Agency (ECMA) is to increase Army readiness and lethality and as part of a secure, globally dominant cloud ecosystem, ECMA is tasked with delivering DevSecOps products, services, and expertise that enable the Army to deploy applications across multiple classification levels and cloud service providers. ECMA required a DevSecOps vendor to assume, expand, and continuously improve upon ECMA’s DevSecOps CI/CD pipeline services to reduce complexity, increase security, eliminate duplication of effort, and increase the Army-wide adoption of cloud computing technologies.

OMNI is implementing a new Kubernetes based multi-security, multi-tenant, hybrid-cloud platform for ECMA that includes Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and a DevSecOps pipeline as well as security, monitoring, and deployment services. OMNI supports onboarding of over 250 product teams consisting of over 1500 developers onto the platform. Our development of a GitOps architecture enables a rapid, consistent process to update tools, resulting in reduced time for updates from approximately 4 hours of manual procedures to less than 20 minutes. Our development of a process, workflow, JIRA tracking board and metrics significantly improves the customer engagement process. Initially, customers were reporting a lack of response and inability for CReATE to answer their questions. Now, response time is within a day, and we are receiving positive customer feedback. In addition, we delivered a cluster to the Data Engineer Division with appropriate controls so they can more rapidly deploy their applications to a secure and containerized environment and leverage DevSecOps best practices.

Digital Engineering

Using modern Digital Engineering practices, OMNI accelerates the design, development and deployment of complex systems while maintaining high levels of quality and engineering standards.  We use techniques such as Model Based Systems Engineering (MBSE), Digital Modeling, Digital Twins, Mission Threads and Automation to fully understand requirements and evaluate various engineering solutions.  The result is faster development time, better understanding and communication of requirements, improved usability, better reliability and an overall improved architecture that is modular and flexible.

Digital Ecosystem & Model-Based Enterprises
We empower organizations to meet Digital Engineering mandates (like DoDI 5000.97) and embrace data-driven decision-making. We achieve this by:

  • Transitioning clients to a Model-Based Enterprise (MBE) using decision-driven modeling to streamline engineering.
  • Architecting the MBE within a System of Systems model, standardizing services, interfaces, and data exchanges to deliver mission-critical capabilities.
  • Implementing outcome-based Digital Threads to ensure modularity, scalability, and rapid value delivery.

Model Based Systems Engineering (MBSE)
We apply Model-Based Systems Engineering (MBSE) using SysML to bring clarity and efficiency to your projects. With our MBSE approach, we:

  • Simplify complex systems by creating a digital representation, significantly reducing reliance on traditional documentation.
  • Improve decision-making and support analysis throughout the lifecycle by ensuring all stakeholders work from a common, accessible system model.
  • Modernize your engineering processes, helping you deliver effectively even with constrained budgets and timelines.

CASE STUDY: Unified Integration and Transformation Enterprise (UnITE) Prototype Project

Unified Integration and Transformation Enterprise (UnITE) Prototype Project

The Program Executive Office Simulation, Training, and Instrumentation (PEO STRI) maintains highly capable but segregated architectures, interfaces, standards, and products hosted in multiple disparate live and synthetic environments, using a variety of tools, methods, and frameworks. This stove-piped arrangement is not conducive to effective and efficient understanding and management of enterprise system interdependencies for modern training, threats, and test-based environments to achieve Multi-Domain Operations (MDO). The Unified Integration and Transformation Enterprise (UnITE) needs to provide an enterprise-wide product line factory that enables PEO STRI training, threats, and test-based programs to develop, secure, deploy, and operate training capabilities in a secure, flexible, and interoperable manner.

OMNI is providing an enterprise-wide product line factory to support the U.S. Army’s PEO STRI mission. We established an open, non-proprietary, industry-standard, multi-tenant DevSecOps Software Factory and migrated multiple pilot programs. OMNI leverages open architecture and modular design to ensure flexibility and scalability and we maximize reuse. We bring proven processes and technologies to streamline implementation and ensure full functionality.