Integrated Task Systems

Overview

Complete tools for complex problems

Jobs in facilities, on flight lines, and on patrols are hands-on. Yet unaided human skills alone can’t address today’s defense and industrial complexity. Superior task effectiveness means real-time coordination of people, data, and machines.

Workforces need personalized tools to engage with the world, compute decisions, and command resources. Integration is a must. No Soldier, technician, or engineer wants more standalone gear that lacks mission context. And organizations can't afford the drag of siloed products and unchecked digital noise.

No one knows your critical tasks like you do. Rivet composes modular systems for your priorities. Rivet Hard Spec™ technologies, including body-borne interfaces, sensors, edge AI, and secure communications, are designed for interoperability in the toughest conditions.

For novices, Integrated Task Systems compress institutional resources into on-the-job readiness. Experts gain seamless control of people, intelligence, and networked assets. The cumulative effect isn’t simply more productivity; it’s transformation. See: Dynamic Frontline Operations.

Modern work: engage, compute, and command

Engage

Knowing and doing in a data-driven world

Modern facilities are saturated with information—sent through networks, triggered by machines, and generated by teams. Beyond the walls, communications traffic, equipment telemetry, wireless signals, and cyber threats radiate.

Flat screens and standard mobile devices aren't effective in these environments. Real world data needs to be detected instantly, perceived spatially, and directly interactive. Eyes, ears, hands, and bodies must become digitally native to engage in physical work.

Single function interfaces including handheld radios, diagnostic meters, and night vision goggles burden users with weight and special handling. But it's their lack of extensibility that makes them obsolete for today's frontline engagement.

The solution is modular interfaces and software configured to suit specific jobs. Assembly tasks call for rugged augmented reality glasses and simple guiding software. Human-robot collaboration requires tactile controls. Safety inspectors need high-alert visual and audio cues. This is a technology-enabled approach, but it starts and ends with people.

Compute

Automating intelligence and decision clarity

Frontline work ranges from millimeter-precise repairs to operations across vast areas of land, sea, air, and space. Mission outcomes depend on real-time understanding of these environments.

Computing generates readiness for action. Body-borne systems equip mobile users for self-contained navigation and threat awareness. In factories and depots, data centers crunch guidance on behalf of teams, work execution schedules, and materials flows.

The mission drives the loadout, ranging from lightweight app-centric devices to clustered tactical computing modules. In a squad or team, the combined CPU, GPU, and NPU power of a Rivet system is formidable. This is team supercomputing at the edge.

Processing power can remain human controlled. But an AI-assisted feedback loop changes the game. LLMs are deployable on body or on network to convert raw data streams into fast, actionable intelligence.

Command

Commanding a responsive network of people and assets

Teams that bring resources to bear the fastest tend to win, whether ensuring supply chain stability or applying lethal effects on adversaries.

In the field, local authority to route equipment or sensor observations may be life critical. From a headquarters perspective, rapidly mobilizing resources to predicted hotspots is a discriminating capability. Military and industrial operations are highly aligned to these scenarios.

Command technologies make action possible with speed and scale. On the ground, push-button simplicity drives voice, video, or C2 secure protocols. Rivet provides software and hardware-defined radio options, with waveforms and encryption suitable for government programs. Transports span jam-resistant mesh networks through space-based relays.

In a task system, anyone and anything is command ready. Machine APIs link people to fleets of vehicles, drones, and equipment. This architecture promotes agile decision-making by the most advantageously positioned people or their AI agents.

Bring your critical jobs and infrastructure. Rivet delivers toolsets for mission results.

To deliver the world’s most capable frontline solutions, Rivet designs, manufactures, and configures Integrated Task Systems in collaboration with users. Our flexible approach maximizes repeatability while avoiding the inherent flaws of one-size-fits-all consumer products or lengthy custom development.

Government and enterprise class organizations already run sophisticated backbone infrastructure. Working together, we'll extend those assets with new capabilities you need to win.