Automation has traditionally been out of the reach for smaller companies due to the large space requirements, technical know-how and machines limited to being single fuctional.
Closer Robots, founded in November 2021 will change this, with automation in picking, packing and palletizing accessible to smaller food processing companies.
Machines are expected to replace almost half of the workforce in the global food manufacturing space, the market potential is enormous. According to reserach firm Globe Newswire, it predicts the total addressable market in 2028 to be 130 billion USD world-wide. Closer believes the market size can be even greater through horizontal expansion including cosmetics, pharmaceuticals and other consumer products.
Our service differentiates as it is compact, scalable to multi-task and simple to operate. The core competence lies in the robot control, AI image-processing and simple-to-use interface. Our business model is Robot-As-A-Service, offering monthly subscription starting from $3,000 a month. Team of talented developers allows to build key functions in-house, allowing for quick development period, scalable yet low-cost solutions for manufacturers of all sizes. Today the smartphone is more powerful than room-size IBM mainframes from the 1960’s. Closer hopes to become the smartphone of mobile robots in the manufacturing space.

Cartosense’s vision is to make targeted surgery more precise and accessible. Cartosense has developed the world’s first mobile surgical navigation product – reducing a 200kg capital equipment product constrained to the OT, into a mobile unit that fits into a briefcase. Surgical navigation is technology that tracks the surgeon’s instruments while operating on a patient and provides real-time feedback about the current position and trajectory of an instrument with respect to the patient’s MRI/CT images. This makes it almost like a GPS system for the surgeon – only accurate to the millimetre level.

Our breakthrough product is a result of deep expertise in optics, mathematical modelling, computer vision, graphics, and precision engineering. In upcoming improvements to our platform, we are advancing the state of precision surgery through AR/VR and robotics.
Surgical navigation is currently an already established $900M market globally, of which the developed world is a $600M market and the developing world is a high growth $300M market. With increasing penetration in spine and orthopedic surgery and adoption in new applications within ENT, dental surgery, the global surgical navigation market is expected to become a $3B+ market in the next decade. Our technology aims to democratize surgical navigation by accelerating penetration in emerging markets and developing new clinical and business use cases through reverse innovation in the developed markets.

At Craft Health, we are building a platform for 3D printed personalized healthcare. Possible applications include personalized nutrition, decentralized clinical trials, personalized medicine, and 3D printing for orphan drugs.

Since we launched in May 2019, we have:

・Hardware: In-house developed 3D printer specialized for nutraceuticals and pharmaceuticals. Our 3D printer is designed for Good Manufacturing Practice (GMP) and the 3D printing process does not involve heat or ultraviolet (UV) curing, enabling a wide range of active ingredients to be used.
・Software: 3D printing software
・3D printable formulations: A series of proprietary 3D printable formulations for different controlled released profiles (Immediate/sustained/delayed release) that can be combined in a single 3D printed tablet.
・Specialty products: Patent pending 3D printed capsule that converts once daily dosing to once weekly.

Robotic dexterity falls far short of human ability due to inadequate tactile sensing in the gripper fingers. This prevents the use of robotics in unstructured environments in many industries to alleviate job shortages and open new markets. Contactile gives robots a human sense of touch and enables robotic dexterity. Our tactile sensor array measures 3D deflection, force and vibration at each array element, and torque, incipient slip and friction. With our sensors, a robotic gripper can grasp any object with optimal grip force, regardless of object weight, size, and friction – simply through real-time tactile feedback.

There are endless applications of dexterous robotic gripping systems: in the food value chain; manufacturing; e-commerce fullfilment; prosthetics; surgical robotics; and space. Our three channels to market give us enormous reach into almost every conceivable application of robotic manipulation: 1) sales to robotics integrators who develop custom automation solutions; 2) sales to researchers who are developing next generation robotics solutions; and 3) channel partnerships with multinational robotics manufacturers.

Our founders are engineers with extensive experience in research, project management and securing funding. We have worked together for 4+ years on the invention and R&D behind our sensor product and we are passionate about revolutionising robotics!

We create and integrate 3D depth sensing technology. 3D cameras are enabling new intelligent products across a spectrum of markets from automotive, robotics, industrial automation, consumer electronics and security. We are masters in time-of-flight depth sensing and bridge the gap from pixel to point cloud, expertly tailoring fit-for-purpose 3D solutions for our partners. We partner with silicon technology developers leveraging our 20+ patent portfolio to generate licensing revenues and work alongside customers to integrate tailored 3D camera solutions into their products.

Care Mentor AI – developer of the Computer Vision Systems for Analysis of Radiology Diagnostics.
Founded in 2018 with the ultimate goal of reducing the number of medical errors, improving diagnostic quality in general and extending life expectancy.
We create product to help Doctors to make diagnostic faster and with higher accuracy.
We have the next products which already have been probated in Russian clinics:
Screening for Pathologies on Chest Xray
Covid-19 detection on CT
As well as other products, as screening of Xray Brest on oncology and CT Oncology detection, are on the final stage of development.
All our products get Scientific publications and clinical tests to proof quality and accuracy.

空き家や空き部屋の活用を促すAirBnBのようなシェアリングカンパニーと同様に、弊社は十分活用されていないコンピューターの利用を支援している。これらのコンピューターはクラウドや寝室、オフィスなど、世界中の至るところにある。弊社は誰でもシンプルに利用できるよう、これらのコンピューターへのアクセスを提供している。我々は効果的に計算能力へのアクセスを売っているが、コンピューターは所有していない。

Cavli WirelessはIoTビルディングブロックのプロバイダーであり、接続性やアプリケーションの処理能力、データ管理などを単一のプラットフォームにまとめている。Cavli Wirelessは産業用携帯IoT接続性の設計と製造を手掛け、シームレスな携帯IoTの実装や世界中の様々なIoTアプリケーションを伴う素早い製品展開を実現するモジュールを計算している。Cavliのスマートモジュールには全て世界的な携帯接続性と統合型eSIM機能を搭載しており、GSMA認定済みのeSIM提供システムによって運営されている。これにより弊社の顧客が魅力的な携帯電波によるデータ料金を世界中で楽しむとともに弊社独自のプラットフォームであるCavli Hubbleを通じた楽な展開とサブスクリプション型の管理も利用できる。GSMA認定済の「コネクティビティ・アズ・ア・サービス」プラットフォームとネイティブな接続性ハードウェアにより、世界規模で各国の電気通信事業者と共にグローバルスケールを促進させ、世界中のIoT製品メーカー とも取り組んでいる。弊社独自のハードウェアにおけるスタック埋め込みにより、リアルタイムで複数のデバイスの実績パラメーターを監視している自社接続性プラットフォームと交流することが可能となる。このインテリジェンス層により、遠隔診断などデバイスの実績に関する複数のパラメーターを自動化でき、手動による介入の必要性も減る。弊社ではバリューチェーン上で数多くの分断したプレーヤーが存在する業界において包括的なソリューションを設計している。