01
Mission-visible control graph
Compose mission inputs, scoped agents, tools, conditions, routers, error paths, and bounded loops on a graph that can be reviewed before execution.
Task graph · Selected branches · Structural validation
00Agentic mission and robotics layer
Govern agents, operators, and machine tasking.
Turn mission intent into a visible route across AI agents, analysts, approved tools, and robot or fleet interfaces. Keep every task bounded, every consequential release human-owned, and every handoff reviewable before the operating boundary expands.
- Intent becomes task state
- Mission
- Release authority
- Human
- Device safety boundary
- Local
- Replayable operation
- Evidence
01Workflow operations
Agentic workflows for mission, machine, and operator handoffs.
Defence and robotics workflows cross people, sensors, mission systems, AI agents, fleet managers, and physical devices. NowFlow keeps that orchestration visible without pretending to replace certified safety functions or the machine's local controller.
- Product proof
- Visible mission logic
- Product proof
- Human release authority
- Product proof
- Local device safety
02Product modules
Agentic where useful. Deterministic where necessary.
Every important behavior has a visible place: the graph, the agent, the approval gate, the runtime record, or the working surface.
02
Task-scoped agents
Give each agent one mission purpose, approved context, model, tools, knowledge sources, and a versioned place in the wider operating route.
Bounded purpose · Scoped tools · Versioned profiles
03
Accountable command authority
Treat review, correction, release, pause, override, and escalation as first-class workflow steps with a named human owner.
Human release · Recorded decisions · Controlled handoffs
04
Robot and fleet handoff evidence
Retain the approved task, target interface, progress, acknowledgement, exception, completion signal, and recovery state under one run context.
Dispatch receipt · Progress state · Exception evidence
05
Role-specific command views
Give operators the current decision, mission leads the authority picture, builders the graph, and reviewers the evidence trail without one overloaded screen.
Operator workspace · Mission authority · Reviewer record
06
Deployable mission interfaces
Expose the same governed route through an operator workspace, API, chat interface, or embedded console after identity, network, and deployment boundaries are agreed.
Operator UI · Mission API · Embedded console
03Mission authority
Human command stays above agent and machine action.
Agents may collect, prepare, recommend, decompose, and route inside approved constraints. The workflow decides what may proceed; an accountable human owns consequential release, while the robot, vehicle, fleet manager, or edge controller retains its independent safety authority.
- Purpose, model, context, and tool authority assigned per agent
- Conditions, routers, bounded loops, stop states, and failure paths
- Named human release before consequential external effects
- Robot or fleet handoff, progress, exception, and closeout evidence
Operating doctrine
Command · control · evidence- Agent role
- Prepare
- Human role
- Authorize
- Local safety role
- Enforce
- OP-01
Command
Capture an operator request, mission-system event, sensor alert, or fleet exception with its owner, purpose, and operating boundary.
Intent · source + authority
- OP-02
Build
Compose scoped agents, approved tools, deterministic rules, human tasks, machine interfaces, and explicit failure paths on one visible graph.
Graph · actor + tool + boundary
- OP-03
Validate
Exercise nominal, approval, refusal, degraded-link, recovery, and stop paths before consequential operation is released.
Checks · gate + failure path
- OP-04
Operate
A named human authorizes the bounded route; approved tasks cross configured interfaces while device-local safety can still refuse or pause.
Release · handoff + receipt
- OP-05
Observe
Inputs, decisions, checkpoints, tool calls, acknowledgements, exceptions, recovery, and closeout remain connected for review.
Evidence · replayable run
04Integration estate
Make every mission connection and machine handoff explicit.
Every connector depends on authorized credentials and the target environment. NowFlow can orchestrate approved robot, fleet, mission-system, and edge interfaces; it does not replace low-level control, emergency protection, safety certification, command authority, or weapons-release decisions.
Mission inputs
Operator requests · Approved APIs · Sensor or system events · Fleet exceptions
04 shownAgentic orchestration
Scoped agents and tools · Task graphs · Rules and routers · Human approvals
04 shownRobotics and edge
Robot or fleet APIs · NeuraOS runtime context · Progress receipts · Safe refusal and exception
04 shownCommand surfaces
Operator workspace · Mission API · Chat interface · Embedded console
04 shown
05Working session
Prove one controlled mission thread first.
A focused working session identifies the agent boundary, named authority, machine interface, local safe state, evidence gap, and failure routes that a polished demo can hide.
- 01
Bring one bounded mission thread
Choose one agent-to-operator or operator-to-machine workflow with a clear owner, defined outcome, and safe stop condition.
Mission brief · owner · stop state
- 02
Map authority and machine boundaries
Identify agents, human roles, approved systems, robot or fleet interfaces, local safety authority, network, retention, and deployment constraints.
Boundary map · authority matrix · interface contract
- 03
Exercise the route before expansion
Run nominal, approval, refusal, degraded-link, and recovery paths in a controlled environment, then inspect the evidence before widening scope.
Test route · exception record · next gate
Get started
Start with one mission thread. Expand only with evidence.
Give defence, robotics, and critical-operations teams one visible route from intent to agent work, human release, approved machine handoff, exception recovery, and after-action evidence.