Haptic A hand exposure opens, meaning you use your hands with precision in Haptic applications. It works with extended range (XR) devices.

Based in Sunnyvale, California, and Athens, Greece, Hattikos came out of the Mit Evency Acciental Event in Cambride, Massachusetts. The company also announced it raised $2.7 million in funding. In this opposition, you wear one of the two hands. The exoskeleton can avoid sensing textures. It creates the sensation of Tactile Feedback, and provides Kineesthetics for learning by touch.

The exoskeleton allows you to capture objects in a virtual world at your fingertips. It is attached to your hand by a strap. The fingers of the exoskeleton are attached to your fingers. It looks like a big spider on the back of your hand. It will eventually become a consumer technology. But for now, it is focused on robotics, manufacturing, defense, medical, and other business applications. It is aimed at any XR application that can use a complete sense of touch, said Greg Agriopoulos, CEO of haptics, in an interview with gamdebeats.

“We live in an era where digital engagements are an integral part of our daily lives, from social media to work experiences,” said Agriopoulos. “Our presence in the digital world continues to grow. And as these trends accelerate, we can make this interaction more human.”

And it’s not just difficult. It is part of the haptic ecosystem of integrated hardware and software. It is priced at $2,500 per evaluation unit and is also available for singing. The final goal is a sub-$ 1000 Final Point Point Point in 2026 when the Final Production Units Ship.

Paired with AI-infused human wristless OS (spelled haptik_os by the company), the exoskeleton and OS combination bring a perfect touch to VR and AR cases and other cases to use. Tech is available for licensing.

“We are very happy to finally emerge from the stealth of the hallowed halls of MIT, where their slogan of ‘Mens` Latin’ – Latin ‘- True Meaning, “said the agriopoulos. “Competitive Haptics solutions are often glove-based, and don’t really fit the right hands – it’s much, much better to use a real software solution that makes it really useful in a variety of markets.”

Haptic exoskeleton

The company is the brainchild of Agriopoulos and Vasilaposolos Ouranis, based in Athens, Greece. Ouranis said the funding will come through European Union programs such as XR2industry and XR4DED. Those who provide non-dissolving funds to support innovation within the sector.

The exposetelon prototype makes it possible to feel different sensations in different materials, from smooth surfaces to intricate textures. Whether handling virtual objects in training or designing, haptics make digital environments feel visible and alive, improving overall realism.

It has a rise time of 12 milliseconds and a fall time of 55 milliseconds. Haptikos is said to ensure every touch and interaction feels immediate and smooth.

The Hapttikos Hand Exoskeleton has 24 degrees of freedom (DOF) per hand. It has sub-millimeter mote accuracy. And it has eight hours of continuous use, beating commercial shipping alternatives. Since the company controls every joint, it is said that users can feel the movements of life from the most gentle movements to the most complex actions.

“This is a human-machine interaction solution. You can use it for VR, AR, and ROBOTICS. We have customers who are already doing it. We don’t need to change every time we talk about it,” he said. Agriopoulos. “We see these limitations in many of the hardware solutions out there, where they use units of measurement that they have drifting effects and they have to change the system.”

The company takes AI and tailors interactions for each specific application.

Each exoskeleton includes tracking sensors and haptic sensors. Kinesthetic sensors will be added later in 2025.

In our interview, Agriopoulos said that our senses demand full support and our fingers especially need high precision. He said the exoskeleton could be used for high-dexterity training for things like surgeons in medical applications. It also has defense and manufacturing applications where engineers hold virtual objects or training for maintaining cockpits. It can track motion and technology technologies specific tasks. Machine operators also want precise finger control when they are operating machines.

Agriopoulos says the tech is seamlessly integrated. It has a sophisticated software ecosystem, advanced hardware, and an AI-Powered Software Development Kit to create virtual styles.

“But what really sets our solution apart is the right balance between performance, ease of use, and customization,” he said. “We’ve made it affordable, ensuring access to everyone who sees value in our system.”

The company has collaborated with industry leaders such as Siemens and Leonardo to refine the technology and prove its potential.

Agriopoulos, who taught a Tech pioneer, said, “As Alan Kay said, ‘people who are really serious about software should build their own hardware.’ This is our philosophy. When we started this journey, there was no hardware available to support our software framework. This made sure that every element of our solution worked perfectly harmony in delivering natural interactions and experiences.”

The company focuses on tracking research. It can track 24 degrees of freedom per hand. It also has sub-millimeter mote accuracy to each of the degrees.

“Whether it’s about a surgeon or an engineer, they have the ability to make every move they want and the system can pick up every high move,” Agriopoulos said. “So when we design the experiences, we know where each bone is placed in our system. We can more meaningfully drive and fire the subject sensors. So we see how important the level of precision is that the motion tracking provides kinesthetic feedback.”

Feedback on the experience

“Tapttikos exposeeletes expand the training program for the Bostpartum Balloon procedure,” said Aoife Mcevoy and Clinicy Tuternator and Gynecology National Maternity Hospital of Medicine, in a statement. “Clinicians and students experience a significant improvement in their procedural skills following haptics. The realistic tactile feedback and precise control that Haptikos allows for a much cleaner and effective self-learning experience in this skill.”

Through sensors, Haptikos tracks the movement of each hand joint with precise detail. This means full, natural control of every movement. From finger curls to complex hand gestures, creating digital interactions feels fluid and intuitive.

“Haptikos has really impressed the entire Mit innovation technology team in their advanced, and we are happy to see the launch of the launch of the launch of the launch of rewutiba , in a statement. “The Haptics are a long-overlooked component of a complete XR solution, and their combination of haptics, operating systems and AI brings all developers together. looking for the next XR Frontier.”

Haptikos launched the first annual experience experience in January of 2025. It has a mission to deliver the best spatial experience.

It can be used at less than half the cost of competitive solutions, the company says. And it has two passive feedback systems for Tactile feedback. It’s an interactive vibration motor where you can program the force based on friction. The goal is to balance the simulation and create the illusion that you are touching.

They started with a glove solution, but they saw the limitations. One of them is that your hand gets stronger after a certain time. And incorporating kinesthetic feedback is difficult. Finally, there are many different sizes for hands and it is difficult to make a glove that fits them all. The exoskeleton only needs contact with your fingers and a strap on your palm. It rests on top of your part. Kinesthetic feedback is more accurate. You can use it for a good time, Agriopoulos said.

HAP from OS

The Hlttik OS App is the central hub for connecting to the extikos exoskeleton. This is a neat combination of their skills in projects and movement control. And this data is redirected to the Unity Software Development Kit (SDK).

Haptik os is itself at the core of the Haptikos Ecosystem. It connects developers, designers, and end users to create lifelike, intuitive and seamless experiences. Through built-in AI functionality, HALTIK_OS automatically adapts pre-built libraries to Httic XR applications. It creates unity, simplifying both integration and consumption.

Hapttik OS is available through three license tiers. For Freemium, the OS has basic tools for developers to start exploring. The basic tier contains the software Development Kit (SDK) for integrating applications. And there is a pro tier with full access to the AI-GRUPLN tools for automatic training.

The company has eight full-time people and seven part-time people.