ReMI makes resilient, inter-service, mission-critical communications possible.
When connections fail and parts of the network go down, it can take a long time for operators to diagnose problems and apply fixes. In some cases the issues are simply too complex for any single human to comprehend.
ReMI is tackling difficult communications challenges.
- Ensuring ad-hoc wireless networks in harsh conditions are self-configurable, self-organizing, self-optimizing and self-healing
- Reducing the OODA (observe–orient–decide–act) loop to minimize network planning and set-up to quickly respond to changing conditions or equipment failures
- Minimizing network congestion and providing options for contested situations
- Optimizing network traffic and prioritization
When disaster strikes, networks need to be as self-sustaining as possible so that operators:
- Can connect without issue
- Have sufficient bandwidth for the type of application they are using
- Receive intuitive indicators about how to fix issues quickly
- Have options when links go down or they need to pass on critical information to the right people
ReMI eases the technical burden on operators.

Who benefits from the results of ReMI?
- Network operators
- First responders (Fire/Police/Ambulance)
- Disaster relief personnel
- Military personnel
- Homeland security / National Guard
- Communities needing help during a disaster or crisis
ReMI provides answers to critical questions in a timely manner.
Network awareness:
- How many devices are connected to the network?
- How stable are the communication links?
- Is there room for connection improvement?
- Is there interference?
- Which areas of the network are susceptible?
Automating Decisions:
- Which hub should traffic be redirected to?
- Which information needs to be prioritized?
- Who needs information now?
Faster response through learning:
- What diagnostics should be sent to operators?
- Can the time to connectivity be shortened?
- Can re-routing be done faster?
- Can manual network tasks be more automated?