A drawing of a Vonar field node. It opens finished, taking in data from the field, then is taken apart from the top: the sensors, networks, software and cloud and operations lift away, down to AI and data, a disc of connected nodes fed by records, readings and phone calls from many sources.
The system
We put AI to work inside government systems, and build those systems modular and open, to MOSA and SOSA, so every part can be replaced, upgraded and proven.
Vonar AI Inc. · UEI MU9YZL34ZB83 · CAGE 13GP2
Platforms & partners
The Vonar stack
Vonar AI takes in the data your agency already has, puts AI to work on it, and builds the systems underneath on open, modular architecture.
Sensors & field instruments
We specify, integrate and verify sensors and the processing behind them, to the SOSA Technical Standard where the program calls for it, and prove each one against the measurement the mission needs.
IoT networks & connectivity
Radio links and gateways built around what a site supports — LTE, LoRa or satellite — on open, documented interfaces, so every reading arrives timestamped and checked, and you know when one doesn’t.
Software & integration
We replace manual handoffs and aging systems with portals, case management and APIs that put answers from the core in front of the people who act on them — connected to the platforms you already run through open, published interfaces, so no single part locks you in.
Cloud & operations
The core runs on repeatable environments on AWS GovCloud or Azure Government, with reviewable releases, security checks and monitoring in one operating plan — then support with service levels after launch.
The core — AI & data
Records, readings and sensor feeds arrive from every system you run. We ingest them into clean data you own, then put AI to work on it: models, agents and automations that flag problems, route work and brief the people who decide, with approved sources, clear thresholds and a person in the loop.
Modular open systems · AI implementation
MOSA asks for modular systems with open, published interfaces, so one part can be replaced or upgraded without rebuilding the rest. SOSA brings the same discipline to sensors. We build to both from the first design review, and put AI to work inside the systems we build.
Integration by assumption
Integration by design
MOSA
Break vendor lock-in one interface at a time: modular design, open interface definitions, and a transition plan that keeps the program running while it changes.
SOSA
Sensors, processing and data acquisition integrated to the SOSA Technical Standard where the program calls for it, and verified on the bench before they are fielded.
AI
From readiness to running: data pipelines, models and agents deployed inside your boundary, evaluated against your mission, and handed over with documentation.
Approach
Share the users, constraints and work that needs to change.
Review the architecture, delivery plan and acceptance criteria.
Inspect working increments and resolve questions with the engineers.
Validate readiness, train the team and document how to operate.
Continue with agreed service levels or transition to your team.
Procurement
A focused AI strategy, discovery, pilot or implementation with the technical approach, deliverables and pricing prepared for your procurement review.
Start a projectFor prime contractors: a defined engineering workstream with clear responsibilities, reporting and delivery artifacts.
Discuss teamingFor commercial work: a master agreement and statements of work, fixed-price or time-and-materials.
Start a projectPlatforms and technologies
Partners
Vonar AI is a Carahsoft partner, so agencies can buy our work through Carahsoft and its contract vehicles.
NVIDIA Inception
Vonar AI is a member of NVIDIA Inception, NVIDIA’s program for startups building with AI.
Vonar AI Inc. uses UEI MU9YZL34ZB83 and CAGE 13GP2. Use these identifiers to look up the current SAM.gov entity record. Our capability statement summarizes the company and service areas.
Yes. We design to the Modular Open Systems Approach from the first design review: modular components, open and documented interfaces, and a transition plan away from vendor lock-in. We integrate sensors to the SOSA Technical Standard where a program calls for it. What conformance a program needs is scoped up front and verified as part of the work.
Yes. A focused engagement can establish requirements, test an approach, or define a delivery plan. We agree on the scope and acceptance criteria before work starts.
Yes. We can take a defined engineering workstream under subcontract, with deliverables, reporting, and responsibilities agreed with the prime.
Yes. We plan the work around your tools, access requirements, and deployment environment. The team is based in the United States; on-site needs are agreed during scoping.
The handover includes the agreed documentation and training. Ongoing operations, maintenance, and support can be scoped separately with defined responsibilities and service levels.
A short description of the problem, who uses the system, and any known deadlines or technical constraints. If you have a statement of work or procurement requirements, bring those too.
Bring the system, the stalled workflow, or the measurement challenge. We will talk through the constraints and a useful next step.
