AI

Video by Linux Tex via YouTube

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On April 15th, the European Commission declared its new age verification app "technically ready." By the very next day, a security researcher had hacked it — in under two minutes. But the hack isn’t the real story. Buried in the technical specification is a single sentence about hardware attestation that could quietly lock Linux users, custom Android ROMs, and de-Googled phones out of Europe’s digital identity future.

In this deep dive, we break down the EU age verification app and the European Digital Identity (EUDI) Wallet it’s built on: zero-knowledge proofs that reveal nothing but your age, the Secure Enclave / StrongBox secure-hardware mandate, Google Play Integrity and why GrapheneOS fails the "strong" level despite being more secure, the Remote WSCD option that could fix desktop Linux but was never implemented, and Switzerland’s vendor-neutral Hardware Attestation API that proves a better path exists. We also look at the global picture — the UK’s VPN surge, Australia’s under-16 social media ban, and the California and Colorado open-source carve-outs that prove community pushback actually works.

To be precise: the EU is NOT banning Linux. But its trust architecture defaults to hardware and app stores run by two companies — and the disadvantage that creates for desktop Linux, Linux phones, and custom ROMs is structural, not stated. Here’s what that means for you, and the three things to watch as this gets decided.

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Timestamps:
0:00 Intro
0:59 What the EU Actually Built
3:11 Theme Studio
4:25 The Fine Print
6:59 Who Gets Left Out
8:55 The Bigger Picture
9:52 My Thoughts

👍 If you found this video useful, subscribe for more Linux deep dives and open-source news.

💬 Question of the day: If your country rolled this out tomorrow, would you verify through your phone, or would you want a desktop path? Let me know in the comments.

#Linux #EUDigitalID #AgeVerification #EUDIWallet #GrapheneOS #Privacy #OpenSource #LinuxNews #DigitalIdentity #HardwareAttestation

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Video by OpenProject | Open Source Project Management via YouTube

Make project reporting faster with saved project list views.

In this quick guide, see how Daphne configures a project list view, saves it to favorites, and exports project data as a PDF to make monthly reporting faster and easier.

#Reporting #ProjectLists #OpenProject

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Video by OpenAI via YouTube

“There’s an old adage that performance can be a feature because when something becomes fast enough, it changes behavior.”

Today we’re previewing Ultrafast mode, a new service tier in the OpenAI API for GPT‑5.6 Sol. Powered by Cerebras, Ultrafast runs up to 14x faster than Standard processing and generates up to 750 output tokens per second.

OpenAI technical staff are already seeing what that speed changes. One security investigation workflow that once took one to two hours now takes 10–15 minutes, sometimes approaching real time. In other workflows, staff use Ultrafast to investigate root causes, search systems in parallel, and stay in flow while coding.

Ultrafast is available to a select group of API customers, with access expanding as capacity grows.

Learn more: https://openai.com/index/previewing-ultrafast/

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Video by H2O.ai via YouTube

Fraud detection, demand forecasting, document intelligence, and retrieval-augmented generation all run on the same platform, under the same governance model.

This lesson maps what you can actually build on H2O.ai Managed Cloud. The platform is structured around three pillars: modelling and automation, where models get built and refined; AI applications and data engineering, where models become systems people can use; and deployment, monitoring, and governance, where AI runs reliably in production.

Within that structure, predictive AI answers what is likely to happen, and generative AI answers how you can generate, reason, and automate knowledge. Both work across structured data like transactions and time series, and unstructured data like text, images, and audio.

Covered in this video:
The three platform pillars and what each one is responsible for
Predictive AI use cases: fraud detection, demand forecasting, credit risk, churn prediction, anomaly detection
Generative AI use cases: enterprise assistants, document intelligence, summarization, RAG, agentic workflows
How operationalization is built in, covering secure deployment, scalable infrastructure, monitoring, and governance

LINKS
H2O.ai University: https://h2o.ai/university
Documentation: https://docs.h2o.ai
Request access or a demo: https://h2o.ai/demo
Support: support@h2o.ai

ABOUT H2O.ai
H2O.ai builds the platform enterprises use to develop, deploy, and operate AI on their own private data, across predictive machine learning and generative AI.

#GenerativeAI #PredictiveAnalytics #H2Oai

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Video by NetApp Instaclustr via YouTube

OpenSearch 3.7 now includes role-based access control using a scoped API key.

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Video by CNCF [Cloud Native Computing Foundation] via YouTube

In this episode, CNCF Ambassador Vyom Yadav explores Inspektor Gadget for the first time, with CNCF Maintainer Qasim Sarfraz live on stream to navigate obstacles and elaborate on features encountered during the demo.

Inspektor Gadget is a CNCF Sandbox project designed to inspect and debug Kubernetes applications and infrastructure.

Core Capabilities
* Resource Inspection: Monitors and inspects running
* Kubernetes resources directly within the cluster environment.
* Application Debugging: Helps identify and troubleshoot application and system behaviors in real time.
* Live Event Tracing: Captures system events to support operational observation and troubleshooting.
* Kubernetes Context Mapping: Links system-level insights directly to Kubernetes pods, nodes, and namespaces.

Join us for this practical, live dive into Inspektor Gadget!

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Video by FINOS via YouTube

Former acting U.S. Comptroller of the Currency Michael Hsu joins FINOS Chief Data Officer Jane Gavronsky to announce the official relaunch of the Open RegTech initiative. Michael breaks down the systemic friction of analog banking compliance, demonstrating how regulators and global institutions can eliminate duplicate legal interpretations by issuing machine-readable regulations backed by open standards.

🗽 Catch Us in New York! Ready to explore the future of executable regulation, open standards, and RegTech innovation? Join us at OSFF New York on November 4–5, 2026.

🎟️ Register Now: https://hubs.ly/Q04n_bZL0
🔥 20% OFF DISCOUNT CODE: 26YTOSFFNY20C

🕒 Timestamps:
0:00 Introduction: Relaunching Open RegTech at FINOS
0:58 Mutualizing Non-Competitive Regulatory Workflows
1:50 Michael Hsu Keynote: The Analog Regulation Problem
2:58 Deconstructing the Regulatory Stack: Intent, Spec, and Duplication
4:40 Proving the Concept: How CDM and DRR Transformed Derivatives Reporting
5:50 The Paradigm Shift: Regulators Issuing Regulation as Code
6:20 Three Tailwinds Accelerating Regulation as Code: Streamlining, Proven CDM, and AI
7:28 From Prose to Code: Completing the Machine-Readable Stack
8:35 Vibe Coding Rules: Using AI to Accelerate Regulatory Prototyping
9:46 Widening the Scope: Expanding Past Derivatives to Liquidity, BSA, and AML
10:50 Pilot Priorities: Riding the Streamlining Wave and Targeting 2052-A Reports
11:59 Default to Machine Readable: Replacing "Cassette Tape" PDF Regulations
12:70 Call to Action: Pick a Spot, Build on CDM, and Join the Open RegTech SIG

📊 The Problem: The High Economic Cost of Analog PDF Regulation
For decades, financial regulation has operated as a slow, analog assembly line: regulatory agencies draft rules in text documents, publish them as static PDFs, and hand them off to banks. At individual institutions, armies of lawyers, risk officers, and consultants manually read, interpret, and convert those PDFs into custom data schemas, rule logic, and reporting scripts. This constant duplication across thousands of firms burns immense capital, slows innovation, and creates massive operational risk due to inconsistent legal interpretations.

🏗️ The Solution: The Open RegTech Shared Regulatory Stack
Michael Hsu lays out a roadmap to modernize regulatory compliance using open source and AI:

Common Domain Model (CDM) Foundation: Utilizing an open-source, industry-standard data schema so financial trades, transactions, and reporting fields share a single digital definition across firms.

Digital Regulatory Reporting (DRR) Logic: Standardizing rule execution logic (via projects like ISDA’s DRR) to eliminate duplicate firm-by-firm interpretation layers.

Regulation as Code: Encouraging regulators to issue new rules natively as machine-readable code alongside prose text, enabling financial institutions to plug regulatory logic straight into compliance engines.

⚙️ Why This Matters for Financial Engineering

AI-Accelerated Modernization: Leveraging generative AI to rapidly translate legacy regulatory text into structured, machine-readable specifications and rule logic.

Targeting High-Friction Reports: Expanding machine-readable frameworks past derivatives reporting into massive, daily regulatory filings like U.S. 2052a liquidity reports, U.K. PRA 110 reports, and BSA/AML compliance.

🌐 More about FINOS: https://www.finos.org/
📧 Join our newsletter: https://www.finos.org/sign-up
🎙️ Listen to our Open Source in Finance Podcast: https://www.youtube.com/@FINOS/podcasts
LinkedIn: https://www.linkedin.com/company/finosfoundation

#FINOS #OSFFNewYork #OpenRegTech #RegTech #CommonDomainModel #DigitalRegulatoryReporting #Compliance #RegulationAsCode #MichaelHsu

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