6G Wireless: Introduces New Generation Robots (Humanoids) for Law Enforcement Support But also a Perfect Storm for Criminals and Terrorists

Sponsored by: TeleStrategies' ISS World

Online webinar:
Tuesday, March 11, 2025
9:00-10:15 AM - New York, EST
14:00-15:15 - London Time

Free for Law Enforcement, the government intelligence community, private enterprise cyber security managers and ISS vendors. Pre-registration with your government or corporate issued email address is required.

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6G Wireless: Introduces New Generation Robots (Humanoids) for Law Enforcement Support But also a Perfect Storm for Criminals and Terrorists

Today's 5G Wireless supports robots, so what will 6G Wireless support regarding robots that 5G doesn't: Three important features or capabilities:

1. Sensor Based 6G will support human response time capabilities
   
   Human reflex time, for example touching a hot stove burner is less than about 22 milliseconds. So 5G round trip delay is in this range. 6G will provide sensor capabilities to 6G devices (Robots for example) where the decision to vet is made by the 6G device just like your fingers send a signal to your brain to retreat your hand.
   
   Alternatively when someone is striking you in your back, this response goes to your brain for a decision. Time consuming and this signal may be new to your brain. This is like robotic control is made with today's 5G. Your brain has to decide on what to do based on prior learning (e.g. training AI on what to do) and this response signal may be altogether new (e.g. no prior AI learning) and time consuming (e.g. not in the 22 millisecond range).
   
   So a 6G supported robot will respond like a human (e.g. humanoid) and more about reacting to heat, device moving toward it, noise, light changes, etc.
   
   
2. 6G will have built in AI features
   
   AI is not included in the 5G standard. AI is an add-on introduced with a private 5G network.
   
   
3. 6G Humanoids will be available with all the human sensor capabilities to consumers (including government organizations; criminal and terrorist) as a service. Elon Musk estimates a humanoid in year 2030 should cost less than $20,000 under an individual’s control with minimum understanding or AI or Robotics to be your individual tool like the way smart phones and deploying ChatGPT is today.

So Why Should Government Be Involved In Setting 6G Standards

So why should government be involved with selling 6G standards today when 6G isn't targeted to be available until year 2030? Introducing government friendly 6G features won't work as an afterthought 5 years from now. Example is 5G standards made IMSI catchers obsolete. Shouldn't have happened. Lack of government involvement in 5G standard development let this happen.

While the 3GPP is just getting started on the next-generation 6G wireless specifications, industry analysts believe the most compelling 6G use case is to support mobile robotic systems, specifically: humanoids used in factories and in consumer scenarios; purpose-built robots – some as small as a deck of playing cards to as large as semis; multi-modal scenarios – aerial, terrestrial, oceanic, subterranean; and just about every combination of the above. For perspective, Tesla’s Optimus 3 humanoid is expected to go on sale this year, whereby Elon Musk predicts they will sell 20 billion humanoids over the next 15 years. With Nvidia, Amazon, MSFT and the rest of Silicon Valley investing trillions of dollars into AI, the vision seems inevitable. 

Robotic platforms, combined with 6G mobile connectivity and generative AI, not only provide consumers and enterprises products that will, quoting Elon Musk, “fundamental transformation of civilization as we know it” -- but will also likely fundamentally change criminal behavior and capabilities “as we know it.” 

This webinar will look at what the 6G community (wireless operators, 3GPP and equipment vendors) are considering as part of their next generation mobile standards and service objectives, including: network speeds and spectrum allocations; EDGE computing capabilities; slicing models; MESH capabilities; holographic spectrum; cloud/AI RAN; and what all of it means for LI systems, remote monitoring, OTA-based intercept platforms as well as criminal use scenarios.

Presented by:
Matthew Lucas, PhD Computer Science - TeleStrategies ISS World

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