The mission survives the link.
Planning, cues, tasks, and evidence remain useful on local nodes while updates queue for the next viable path.
Tactical C2 / ISR Mission Operating System
The mission stays with the team.
EdgeLance keeps planning, ISR, decisions, field coordination, fleet control, and after-action evidence on one mission thread—even when reachback disappears.
Runtime
Local first
Continuity
DDIL native
Authority
Human held
Mission
Active
Link
Local
Record
Signed
One Mission Thread
The operating system beneath the mission.
Views change by phase, role, and device. The governed mission record does not.
- 01
Plan
Create the executable baseline.
Intent, staff work, roles, files, models, and gates become one mission model.
- 02
See
Turn observations into context.
Camera, RF, acoustic, identity, wearable, radio, and partner cues keep their sources.
- 03
Decide
Present decisions, not noise.
Recommendations expose evidence, confidence, alternatives, policy, and human disposition.
- 04
Move
Keep the team operating.
Role-sized actions move across available links while mission state persists locally.
- 05
Learn
Reconstruct what changed the mission.
Signed events, decisions, evidence, and lessons become the next baseline.
Product Proof
Follow the mission, not the menu.
Current product captures using demonstration data.
Collaborative Planning
Staff work, source-backed products, mission objects, decision gates, and the publishable baseline.
What Stays True
Local by default. Shared by policy. Human at the point of decision.
The recommendation keeps its evidence.
AI output remains tied to sources, confidence, alternatives, policy, and the operator’s disposition.
The role controls the surface.
Command, operator, medic, analyst, and systems views expose the actions each user is authorized to take.
Cross-device Mission OS
One mission. Every role-sized surface.
Command, field execution, and readiness adapt to each device while preserving one operational record.
Command surface
Common picture, readiness, threats, sensor health, and command actions.
Field surface
Local map, role, link state, threats, and next actions in hand.
Readiness surface
Private on-device readiness signals shared only through operator check-in.
Actual product captures · iPad landscape · Native and mission iPhone views · Demonstration data
Command · Mission · ReadinessSame operating system
System Demonstration · 06:38
Six minutes. One uninterrupted mission.
Follow a synthetic mission from preparation through fused ISR, local decisions, degraded coordination, fleet control, and review.
- Current product interfaces
- Synthetic mission data
- No field acceptance implied
Company system walkthrough / 2026Download MP4
Evidence, not implication
Proof has a state.
EdgeLance separates what is implemented, tested, demonstrated, verified, field-exercised, or still pending.
Inspect the evidence ledgerMission planning → iOS field node
Simulator demonstratedEnvironment
iOS 26.2 / Release
Data
Synthetic demonstration
Boundary
No field acceptance implied
Implemented
Software tested
Simulator demonstrated
Hardware verified
Field exercised
Evaluate the mission, not the pitch
Start with the question you need answered.
Mission team
Will it keep us operating when the network changes?
Walk from planning through degraded-link execution and review on role-sized devices.
Request mission walkthrough →Program office
What is implemented, tested, and still pending?
Review evidence states, integration boundaries, security artifacts, and a scoped pilot.
Request evidence review →Integrator
Where does it connect without becoming dependent?
Examine mission objects, adapters, data exchange, fleet controls, and partner seams.
Request integration review →Mission evaluation
Bring the mission thread you cannot afford to lose.
Walk it from planning through degraded execution and review. Every unverified boundary stays explicit.
Evaluate EdgeLance