RadianX's specialized solar panels capture ambient indoor light twice as efficiently as standard alternatives while matching conventional outdoor performance. To bypass historical perovskite durability and cost hurdles, the company engineered custom electronics specifically suited to the material and confirmed adherence to an industry durability standard. Backed by venture funding and dedicated manufacturing support, the firm will produce modules as thin as 0.7 millimeters for diverse hardware form factors. The integrated package is designed to sustainably eliminate battery replacements in compact connected devices.
Key points
Perovskite materials capture indoor light twice as efficiently as traditional silicon pan…: Perovskite materials capture indoor light twice as efficiently as traditional silicon panels to continuously power small electronics.
Tailored power management electronics are bundled with the panels to properly handle the…: Tailored power management electronics are bundled with the panels to properly handle the unique characteristics of perovskite cells.
Focusing on indoor applications minimizes material wear, helping the ultra-thin panels sa…: Focusing on indoor applications minimizes material wear, helping the ultra-thin panels satisfy crucial commercial durability requirements.
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Batteries have transformed electronics, giving us powerful phones, tablets, e-readers, and smart watches. But eventually, every battery runs flat.
Maybe not for long. One startup, RadianX, envisions a world in which portable and edge devices can cut the cord for good without running out of power. The key is a better breed of solar panels.
RadianX has developed a new type of solar material from a family known as perovskites. The material is just as good as existing solar panels outdoors, but twice as good at harvesting light indoors.
“We can harvest any kind of photon, whether it’s an outdoor or indoor photon, and keep the device running longer — or running forever,” Josh Douglas, co-founder and COO, told TechCrunch.
The indoor efficiency of RadianX’s tech could be the key to unlocking what the company calls “edge energy.” Think an e-reader that never needs charging or an IoT sensor that never needs a battery swap. But as with any new category, unexpected uses could emerge, including long-runtime robots or wearables that have been held back by limited battery power.
Threat actors can gain unauthorized single-attempt access to exposed systems running vulnerable OpenSSH server configurations that operate without PAM. The flaw targets systems hosting a mix of passwordless accounts and standard hashed passwords, exposing setups across edge and current releases back through version 3.16. Administrators must deploy patched packages and restart the service or completely disable password-based logins to prevent intrusion.
The wearable controller integrates tactile inputs and audio features to help users manage computing tasks and software agents directly from their fingers. Developed by Apoorv Shankar's hardware startup, the initiative reflects a growing industry trend toward dedicated gadgets that streamline interactions with automated tools. By bridging desktop controls with mobile functionality, the product aims to distinguish itself in an increasingly competitive smart jewelry market.
Researchers have achieved a major technical milestone targeting environments where standard satellite signals cannot reach. This development marks a significant domestic advancement in specialized subterranean tracking capabilities. The system is expected to improve operational efficiency and safety in subsurface applications.