Explainer6G Technology Explained: Intelligent RAN, AI Networks and India’s Roadmap
6G technology explained in plain English: IMT-2030, intelligent RAN, AI-native networks, India’s 6G roadmap, standards status and real trade-offs.
techduopulse / Latest
The newest reporting, analysis, explainers, reviews, and practical guides from the techduopulse newsroom.
Showing 169–192 of 320 stories
Explainer6G technology explained in plain English: IMT-2030, intelligent RAN, AI-native networks, India’s 6G roadmap, standards status and real trade-offs.
ExplainerLearn what AI security platforms do, how they protect models, prompts, data and agents, and where guardrails, testing and human review still matter.
ExplainerAI-Native Software Development: Coding Agents, Testing and Developer Risk
ExplainerAI agents explained: learn how agents plan and use tools, when multi-agent systems help, and why permissions and human review matter.
ExplainerLearn how AI infrastructure works, including GPUs, TPUs, NPUs, AI inference, memory, networking and the energy challenges behind modern AI systems.
ExplainerLearn how train technology works, including railway signalling, sensors, GPS, electrification, automatic train protection, Kavach and smart stations.
ExplainerLearn how flight technology works, from aircraft sensors and avionics to autopilot, navigation, communications, air-traffic control and safety systems.
ExplainerLearn how soil moisture sensors measure water, compare sensor types, and support smarter irrigation and farming decisions in India.
ExplainerLearn what a force sensor is, how strain gauges and load cells measure force, key sensor types, calibration basics and practical uses in India.
ExplainerLearn what a flow sensor measures, how liquid and gas sensors work, key types, accuracy limits, and flow-meter examples for Indian learners.
ExplainerLearn what a level sensor is, how point and continuous measurement work, and when ultrasonic, radar, float and pressure methods fit.
ExplainerLearn what a Hall effect sensor is, how Hall voltage detects magnetic fields, and how analog, digital, and Arduino uses work in India.
ExplainerLearn how magnetic sensors work, from Hall-effect switches to magnetometers, with types, applications and India-relevant examples.
ExplainerLearn what a gyroscope measures, how MEMS gyroscopes use the Coriolis effect, and why phones, vehicles and ISRO systems rely on them.
ExplainerLearn what an accelerometer measures, how MEMS sensors detect motion and tilt, and why phones, cars and wearables use them.
ExplainerLearn how smoke sensors work, compare photoelectric and ionization types, and see why MQ-2 project modules are not the same as certified alarms.
ExplainerLearn how gas sensors detect gases, compare electrochemical, semiconductor and NDIR types, and understand calibration, limits and real-world uses.
ExplainerLearn what a sound sensor is, how a microphone turns sound into an electrical signal, its uses, limits and basic Arduino readings in India.
ExplainerLearn what a touch sensor is, how capacitive and resistive touch work, and where phones, kiosks and other everyday devices use them.
ExplainerLearn what a light sensor is, how LDRs and photodiodes turn light into electrical signals, and where light sensors are used in phones and automation.
ExplainerLearn what an IR sensor is, how its emitter and detector work, the main types, limits, and everyday applications in India.
ExplainerLearn how an ultrasonic sensor measures distance with sound, where it is used in India, and how temperature, surfaces and range affect accuracy.
ExplainerLearn how a PIR motion sensor detects movement, why pyroelectric elements and Fresnel lenses matter, and its limits in Indian projects and homes.
ExplainerLearn what a proximity sensor is, how inductive, capacitive, optical and ToF types work, and where they are used in Indian technology education.