News & Intel
LiveDaily AI-curated intelligence on Palantir Foundry, Ontology, AIP, Apollo, contracts, and community feedback. Updated automatically via GitHub Actions every day at 7 AM UTC.
Manufacturing with the Connected Edge
Industrial and defense environments generate massive amounts of data that can’t wait for the cloud. Latency is often measured in milliseconds, and resiliency is paramount. A manufacturing plant can’t go down due to flaky Wi-Fi or a public cloud outage. “Traditional” approaches — shipping servers, hiring local IT, bespoke development, managing one-off deployments — simply don’t scale. Critical operations require infrastructure that is purpose-built for complexity at the edge. In the era of AI-enabled automation, the challenge isn’t building one edge device; it’s operating hundreds or thousands of devices, consistently and securely, without dedicated IT teams at every site. This requires a holistic architecture that spans three core dimensions: Data : Aggregating structured and unstructured streams from sensors like video, PLC(s), SCADA , MES(s), PLM(s), ERP(s) etc. into a unified namespace , which is accessible in real-time. Logic : Processing and analyzing that data locally,
Forward-Deployed Engineers Emerge as One of AI’s Fastest-Growing Jobs
Artificial intelligence is often feared for automating work. Yet as companies move from experimentation to the deployment of AI workflows, new job categories are emerging. Across the AI industry, startups and enterprise software firms are hiring engineers who…
Augur lands $15 million funding to strengthen critical infrastructure security
Augur has announced a $15 million seed round led by Plural, with participation from First Kind, SNR, Flix, and Tiny VC. The funding will support the deployment of Augur’s technology as governments, operators, and venue owners across Europe face rising securit…
New ‘NASA Force’ Aims to Rebuild Core Competencies for Artemis Moon Push
If NASA once again attracts the best people by challenging them to do the best work in service of something larger than themselves, then Artemis could really become a true twin to Apollo. The post New ‘NASA Force’ Aims to Rebuild Core Competencies for Artemis…
Maven Smart System: Innovating for the Alliance
Delivering Immediate Capability to the Warfighter In November 2025, NATO’s Task Force Maven hosted an Industry Day as a part of their Warfighting Innovation Week. The goal was to highlight how Maven Smart System’s (MSS) open, extensible architecture enables integration with third-party solutions, thereby powering rapid fielding of new technology combinations and enabling cutting-edge outcomes for the warfighter. NATO first acquired MSS , an AI-powered data integration and decision support system built by Palantir, in 2025. A call to industry was released , and over 80 vendors applied for the Industry Day. Four were selected. Over the course of three weeks, teams from Germany’s Quantum Systems , France’s Safran.AI , and the UK’s Hadean integrated with an unclassified, cloud-based deployment of Palantir’s MSS software, hosted out of Amazon Web Services (AWS)’s Stockholm region. The results are a testament to the power of the trans-Atlantic Defense Industrial Base and what is p
Delete a "Usecase" from a Project
Last year, there was still this “Usecase” App which served as a different front page to a project. I created one and applied it to one of my productive projects. Now, I would like to remove it again since it is not supported, but I can only see “Delete Usecase, this cannot be undone”. Which is not really motivating me to click the button. Can anybody shed some light on what happens if I actually delete the usecase? Which resources are removed? Given the fact that the respective project serves as as the source for a DevOps package and Marketplace deployment I am even more hesitant… 1 post - 1 participant Read full topic
Introducing PFCS Forward
PFCS Forward extends Palantir's "authorize once, use many" model, enabling hardware-agnostic IL5/IL6 authorization for integrated systems from cloud to on-premises and tactical edge environments. This reduces authorization overhead, accelerating the deployment of critical capabilities to warfighters by allowing compute power at the edge to mitigate latency and improve decision quality.