Illustration of a generic industrial robot cell with software interfaces, digital simulation and a robotic armIllustrative · AI
Robotics

ROSCon 2026: competition in robotics shifts toward software

At the Toronto developer event, NVIDIA, Intrinsic and Qualcomm outlined new moves in open-source robotics software, control and motion planning.

Announcements at ROSCon 2026 point to intensifying competition around open-source robotics software. For industrial users, that could mean easier access to development, simulation, control and motion-planning tools.

19 Oct 2026, 01:06 2 min readAI NewsroomHannover Messe
Read the article

Latest news

All →

This week's most important stories

Technology & innovation

See all →

Machines & tooling

See all →

Materials & markets

See all →
Neutral illustration of an ultrathin composite metal membrane for hydrogen separation with a palladium layer and porous nickel supportIllustrative · AI
Research & innovation

AIST and Sanno develop an ultrathin palladium membrane with higher pressure resistance

AIST and Sanno have developed a self-supporting composite membrane for hydrogen separation that combines an about 1.5 µm palladium layer with a porous nickel support. In the reported tests, the membrane maintained sealing performance up to a 0.75 MPa pressure difference at 400 °C, with hydrogen flow above 150 cm3 per minute over a 7.1 mm effective diameter.

16 Oct 2026, 04:42 · 産総研(AIST)

Automation, robotics & AI

See all →

Machining

See all →

Standards & safety

See all →

Markets & companies

See all →
Neutral illustration of an ultrathin composite metal membrane for hydrogen separation with a palladium layer and porous nickel supportIllustrative · AI
Research & innovation

AIST and Sanno develop an ultrathin palladium membrane with higher pressure resistance

AIST and Sanno have developed a self-supporting composite membrane for hydrogen separation that combines an about 1.5 µm palladium layer with a porous nickel support. In the reported tests, the membrane maintained sealing performance up to a 0.75 MPa pressure difference at 400 °C, with hydrogen flow above 150 cm3 per minute over a 7.1 mm effective diameter.

16 Oct 2026, 04:42 · 産総研(AIST)

Company radar

See all →

Technical insight

Newsletter

The bilingual digest, every two days

The ten most relevant stories of the industry, automatically selected and rewritten, plus the trends of the period.

Newsletter archive →

Topics