Questions /5G, 6G, and programmable networks
What is integrated sensing and communication?
Integrated sensing and communication uses wireless infrastructure to communicate and infer the environment at the same time.
Short answer
Integrated sensing and communication is the idea that the same platform, spectrum, or hardware stack can serve both communication and sensing objectives. The interesting part is not the slogan; it is how the system shares resources without degrading the primary function.
In practice, the core questions are architectural: what is shared, what is instrumented, what gets inferred, and what level of reliability is needed for the sensing output to matter.
What to do next
- Be specific about whether sensing is a feature, a control input, or the core product.
- Define the latency and reliability requirements for both communication and sensing.
- Separate waveform novelty from system-level usefulness.
Research areas to open next
Representative papers
Useful tools and datasets
People and group context
When to reach out
Reach out when your system needs sensing as part of operation, control, or product value and you need help choosing an architecture.
Related questions
Who should I talk to about integrated sensing and communication?
Ask this when the system has to communicate and sense at the same time, and the key issue is not just theory but system design.
How do you make mmWave links reliable?
Reliability comes from system design: beams, tracking, redundancy, control, and environment awareness.
What are the hardest systems problems in 5G and 6G?
The hard problems sit at the system boundary: control, reliability, observability, power, and deployment realism.