Telerobotics opens up job opportunities in satellite offices located in abandoned small towns where housing is cheap. This is not far-off futuristic stuff. Telerobotic mining has been big for years. Robotic-assisted prostatectomies and other surgeries are already the majority in the U.S. & elsewhere. pmc.ncbi.nlm.nih.gov/article… virtualhealthhub.ca On the low-tech end are home office based telephone customer service jobs. Mothers with young children love these. Waymo semi-autonomous taxis are controlled from far away. Courtyard buildings and protected cycling networks in cities and small towns are part of the affordability picture for young families. Many elderly people want to live in their own homes near city hospitals. Their grandchildren can remotely take care of them from small towns using modern tech.

Global competition is a viable alternative to a dysfunctional mix of Crony Capitalist and Marxist medical systems. Telerobotics makes that viable. Low-orbit satellites have a latency (delay) as low as 5msec. Some entrepreneur should anchor a fleet of well-equipped hospital ships in international waters to provide easy access to medical tourism with stronger patient protection mechanisms than state regulators.

steered video generation models are a cheap trick that are fundamentally unrelated to playing videogames let alone telerobotics or autonomous policies in high polling rate high bandwidth environments so like uh yeah

You genuinely think that you can replace the main shaft bearings in an offshore wind turbine using telerobotics? "I'm more interested in opinions of modern wind turbine designers based on feedback from smart operators." - OK, show me....

You’ve heard me talk about teleoperation a lot. And I’ve said this before teleoperation is not just interesting it’s a real job opportunity After the recent discussions in the content clinic, and @vivianrobotics highlighting @kinndao’s post framing tele-op as actual work, it makes sense to go deeper. Let’s look at the research, datasets, and market examples behind it so you can see why this is real. ─────────────── [First let's breakdown what tele-operation actually is in simple words for those who are new - Teleoperation = controlling robots remotely in real time You use • video feeds • low latency controls • sometimes haptics And perform tasks like • pick and place • stacking • object manipulation Every action you do becomes data ─────────────── [Why this matters (the AI flywheel) - Human → Robot → Data → Model → Better Robot → More Data This loop is the core of embodied AI Your work as an operator creates: • video frames • control signals • task context • recovery behaviors That data trains Vision Language Action models These are the systems that will power general purpose robots ─────────────── [Let's talk about real researches backing this - This field is not theoretical Some key evidence: • Open X-Embodiment dataset Over 1 million real robot trajectories 22 robot types 21 institutions Source: robotics-transformer-x.githu… • Research shows human teleoperation data directly improves robot intelligence • “Human to robot transfer” models unlock new abilities after seeing human demonstrations • Shared autonomy systems Human AI together improve efficiency by ~25% ─────────────── [Let's talk about market data now (this is where it gets serious) - This is already becoming a real industry • Teleoperations market $890 million (2025) → $4 billion (2032) CAGR ~23.7% • Telerobotics market expected ~ $48.6 billion by 2034 • Cloud robotics ~ $43.8 billion by 2030 Source: persistencemarketresearch.co… ─────────────── Jobs are already here Companies are actively hiring teleoperators Examples include: • remote robot operators • shift based teleoperation roles • hybrid robotics control jobs Companies like 1X Technologies and FS Studio are already listing these roles This is not future tense This is present ─────────────── [Now you'll ask me where PrismaX fits in- PrismaX is making this accessible Instead of needing a lab or expensive setup You can: • log in from a browser • control real robot arms • perform tasks • generate training data System structure: • Training Arms → practice • Arena Arms → competitive / real tasks • Improved queues → less waiting It is turning into structured remote work ─────────────── [What kind of Skill stack required? This is closer to precision work than gaming You need: • stable internet • patience and consistency • ability to recover from mistakes • focus on data quality Think of it like remote robotics data generation job ─────────────── [Why this becomes a long term job category? Robots still struggle with edge cases They need humans for: • complex decisions • unfamiliar objects • real world variability So instead of replacing humans This creates a new layer: Human in the loop workforce. Teleoperation is becoming - • a data generation layer for AI • a remote job category • a scalable global workforce ─────────────── This is not just “controlling robots for fun” It is: • contributing to real AI systems • building valuable datasets • entering a growing job market If you approach it seriously it can move from casual use → structured work → long term opportunity ─────────────── If you find tele-operation interesting you can read more about PrismaX here - X Handle - @PrismaXai Discord - discord.gg/prismaxai Linktree- prismax.ai/

Telerobotics. io

So called fpv drones extensively reveal that wars of total fertile adult extermination (aka time series genocide) can be fought to completion with a human operator behind a telerobotics guided idling munition/missile rig, killing one fertile adult at a time indefinitely.

Dün Turkcell ve Togg’un 150 km öteden 5G ile gerçekleştirdiği sürüş testi, sadece bir gövde gösterisi değil; lojistikte "evden çalışma" döneminin ayak sesidir! 🚛📡 Gelecek, tırları tamamen otonom yapıp yapay zekanın "gri alanlarda" karar vermesini beklemek değil; şoförü tırın içinden çıkarıp ona hayatını geri vermektir. 5G/6G ile tır şoförü artık bir yol işçisi değil, operasyon merkezinden binlerce kilometreyi yöneten yüksek teknolojili bir "Pilot" olacak. İnsan sezgisini dijital hızla birleştiren "Remote Driving" (Uzaktan Sürüş), tır şoförlerini ailesine, lojistiği ise gerçek verimliliğe kavuşturacak. Devrim direksiyonda değil, bağlantıda! 🚀 #5G #Togg #Turkcell #Telerobotics #FutureOfLogistics #Innovation #RemoteDriving #Lojistik haberturk.com/5g-teknolojisi…

With telerobotics, VR, etc., students on Earth can compete to develop technologies and motivate and inspire the next generation of scientists and researchers!

Outstanding talks and discussions by our faculty at #CRT2026 on valvular heart disease, intracoronary imaging, telerobotics, and much more! @crfheart #ACC @amrabbasmd @RyanMadderMD @CorewellHealth

𝙋𝙧𝙞𝙨𝙢𝙖𝙭 𝙎𝙘𝙖𝙡𝙖𝙗𝙡𝙚 𝙏𝙚𝙡𝙚𝙧𝙤𝙗𝙤𝙩𝙞𝙘𝙨 system. Each component is designed to bridge the gap between human intuition and robotic precision @PrismaXai Defined by Precision. Driven by People Lets discuss down at thread👇

VR and/or telerobotics solves this

Gprisma fam, I wanted to share the most important news from February about @PrismaXai. As usual, I’ll briefly explain what the project is and then move on to the news. In short, #PrismaX is a crypto project focused on the connection between robotics and people who help operate them to collect data for AI training. It is supported by a16z crypto CSX and other investors. Now let’s move on to the 3 most important news from last month. ➖➖➖➖➖➖➖➖➖➖ ➖➖➖➖➖➖➖➖➖➖ 1⃣ Participation in ETHDenver as a Meta Sponsor. The PrismaX team was present at the Ethereum Denver conference, where they presented the project’s story together with the robots Baby Franklin, Owen, and Sparky. They also sponsored BASS Denver 2026 and the Open AGI Summit. Thanks to this, they spread the project’s ideas among developers and investors in the crypto and AI space. ➖➖➖➖➖➖➖➖➖➖ ➖➖➖➖➖➖➖➖➖➖ 2⃣ Product Update PrismaX released a platform update, including an updated Robot Control Center, new and improved robotic arms, a clearer access structure, and improved queue tracking. This made telerobotics and AI training data collection easier. 3⃣ Fourth Office Hours PrismaX held Office Hours on Discord at the end of the month. They discussed ETHDenver, RoboCon, product updates, and future plans. They also announced monthly Office Hours, updates to the Ambassador Program, a dedicated feedback channel in Discord, and new reward structures for builders. So February was successful if you think about it. I personally am waiting for the launch of the Ambassador Program, and I think you probably are too) but I believe we won’t have to wait much longer.

The new train is not coming. It is already here. In 2014, I trained in robotic surgery. I performed several procedures. But at the time, I couldn’t see a clear benefit over fully endoscopic/thoracoscopic surgery. So I stepped away from the robot. For more than a decade, I focused entirely on endoscopic surgery. More than 1,000 procedures. Refining techniques. Pushing boundaries. Training others. Until the end of 2024. I made a deliberate decision to return to robotic surgery. Not because endoscopic surgery had reached its limits. But because robotic technology had evolved. Two weeks ago, we performed our first robotic lobectomy in Maastricht on the Da Vinci Generation 5 platform — the latest generation. And this time, I saw something fundamentally different. Not just a robot. A platform. But why is robotic surgery the future? EXPOSURE In surgery, exposure is everything. If you can’t see it, you can’t do it. The robotic platform provides immersive visualization of the operative field and surgical planes, with ten-fold magnification and intuitive control, offering unmatched freedom of movement to optimize exposure under the surgeon’s direct command. COPILOTS A surgical procedure is a complex interplay of many factors, including the choreographed dance of surgeons and assistants. The robotic platform provides multiple “copilots”: the fourth arm and camera arm extending the surgeon’s capabilities, the table surgeon, and, in dual-console settings, a second console surgeon who can assist or be trained. INTEGRATION OF A TSUNAMI OF NEW TECHNOLOGIES Robotics is the natural integrator of a tsunami of technologies that enhance precision and safety: mixed-reality integration of patient-specific 3D reconstructions, AI-driven tissue recognition, AI-assisted image analysis, and ultimately, telerobotics. ERGONOMICS Nothing compares to sitting at the console, with the ability to pause at any moment, reflect, discuss, and engage with your team without losing precision or control. In parallel, in 2025, we started developing a fully multimodal simulation platform for robotic cardiac surgery, in anticipation of MDR approval for intracardiac robotic procedures. Let me be clear: Robotic surgery will not replace endoscopic surgery. It will coexist with it. Each serving the patient where it adds the most value. But one thing is certain: This train is moving fast. And the greatest risk is not stepping on the wrong train. It is standing still on the platform. #RoboticSurgery #CardiothoracicSurgery #SurgicalInnovation

Meet the awesome STAR program robot (Space Telerobotics using Amateur Radio). It's designed to be controlled by kids using ham radio tech. It's at our @Hamcation booth in the West Hall all weekend. See us and ask all your questions about amateur radio in human spaceflight.

PRISMAX AND TELEOPERATION: Teleoperation also called telerobotics or remote operation is the technology that lets a human operator control a machine or robot in time,with a sail aim of bridging the gap between humans intelligence and A precisions. The basic action of teleoperation involves a human operator sending commands a robot or machine. In turn the robot performs action reflecting a sensory information such as video feed, sound, feedback & data position. what makes it fun is the human can see or feel what's happening and adjust in real time. this creates a loop between human and robots interactions. PrismaXai Teleoperation: It basically a startup focused on bridging robotics and mainstream adoption through AI-powered platforms remotely. The teleoperation system is a remote control platform that gives access to users to operate robotic arms from anywhere,with plans to expand to humanoid robots. @PrismaXai initial procedure in teleoperation involves the operator (user) logging into the control site and select an available task. with this connection the operator can have a live camera view of the robots perspective. During operation, every action; joint movements, grips, and environmental interactions is recorded, including video footage and sensor data on how objects behave in the real world. All data acquired by the robot trains it to learn to predict and replicate actions. It uses an open-source protocol support to provide a seamless connections between operators and robots globally, while on-chain feedback ensures transparency and quality. Every action is recorded and stored creating a room for human and robot interaction. This video shows an Prismax operator sending commands to a robot remotely, helping it to learn and adapt to real-time actions. gPrisma

Multi-party tele-robotics sessions suffer from high latency due to bottlenecks from conventional cloud-centric systems. ​ Our researchers reduce lag and bottleneck by a patented method using “dew computing” to manage media within enterprise network using local computing devices. Know more- bit.ly/3LEfB9w @TCS #Research #TeleRobotics #DewComputing

All of these concerns and questions of his are legitimate, and should be taken very seriously. But even if advancement in the capability stops cold, bionic telerobotics is still going to revolutionize industry and labor very soon.

from real people to real robots @PrismaXai ai is building a bridge between people, ai, and robotics where every user action helps train artificial intelligence to interact with the physical world and makes robots smarter in real-world tasks they are creating a telerobotics platform where humans remotely control robots and generate high-quality data for foundation models accelerating machine autonomy and real mainstream adoption the project combines web3, decentralized data, and real visual scenarios to scale the development of ai-powered robotic systems where the community directly influences model quality and the future of automation.