Samsung SmartThings puts smart home hubs right where you need them—built into the devices you already own. Not long ago, setting up a smart home meant buying a separate hub, plugging it in, and hoping it would work with all your devices. Hubs were the essential link, helping smart lights, locks, thermostats, and more to […]
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Smart and Simple Features Available on iOS and Android You walk into the living room, and it’s total chaos—pillows and cushions everywhere, your partner on the floor searching under the couch. They look up. “Have you seen the remote?” “Have you checked your pockets?” you ask. They stand up, pat themselves down, and sigh, “Not […]
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New tools include AI-powered routine creation, expanded Calm Onboarding, and SmartThings Find link sharing for easier device control and tracking.
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SmartThings Adds New Apple Watch Capabilities, Routine Creation Assistant, and Dark Mode to iOS
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On June 23, 2025, The EU released a new PQC implementation roadmap with clear steps and timelines for all Member States, laying the groundwork for a smooth and coordinated transition to post-quantum cryptography.
Imagine knowing a storm is coming but not precisely when, how strong, or where it will hit first. That’s where cybersecurity stands today with quantum computing. The threat is real, the timeline unclear, and organizations everywhere are looking for direction.
Now, the EU has stepped in with a first high-level implementation roadmap to guide the transition to post-quantum cryptography (PQC).
Developed by the NIS Cooperation Group’s PQC workstream, this roadmap provides long-awaited clarity on what Member States need to do and when to ensure PQC readiness. With clear timelines, actionable steps, and a push for coordinated progress, the EU aims to get all Member States to a minimum baseline readiness by the end of 2026.
Here’s a closer look at what the roadmap includes and why it matters.
The EU roadmap breaks the massive PQC transition into three manageable phases with clear priorities:
To ease the transition, the EU recommends starting with hybrid cryptographic solutions that combine classical and quantum-safe algorithms whenever feasible.
Importantly, this phased timeline is designed to align with guidance and timelines set by other International bodies, such as NIST (US) and NCSC (UK). This global alignment is crucial, especially for organizations with cross-border operations or customers.
The EU wisely divides action into First Steps and Next Steps. This makes real progress feel achievable.
The roadmap doesn’t assume you’re ready. Instead, it recommends foundational first steps like:
Once the groundwork is in place, the roadmap suggests moving with next steps to ensure the transition is not just planned but also actionable.
The roadmap offers a simple framework to assess quantum risk by classifying use cases as high, medium, or low based on how vulnerable existing cryptography is, the consequences of a potential compromise, and how complex migration would be.
High-risk systems (like those safeguarding long-term sensitive data) must be migrated by 2030. Medium-risk systems get until 2035. After those dates, the roadmap mandates that quantum-vulnerable algorithms should no longer be used independently.
AppViewX fully supports the EU’s commitment to a structured PQC transition. PQC isn’t just another cryptographic update; it is the biggest cryptographic transition in decades, one that demands time, effort, and meticulous planning. AppViewX is ready to help organizations accelerate their PQC readiness journeys with the right solutions.
One of the first calls to action in the roadmap is building a mature cryptographic asset inventory. In other words, a comprehensive inventory of all cryptographic assets in your environment—certificates, keys, algorithms, configuration files, and their dependencies across devices, applications, workloads, and pipelines. This forms the foundation for everything that follows: dependency mapping, quantum risk analysis, and migration planning (other key aspects explicitly called out in the first steps).
The AppViewX PQC Assessment is built for this. It:
Learn more about the AppViewX AVX ONE PQC Assessment
“Member States should promote and support that useful cryptographic inventories are being created and maintained. Generating and maintaining cryptographic inventories can be aided by tools (discovery and asset management tools). Using a standardised format for a cryptographic inventory, like CBOM Cryptographic Bill of Materials, an extension of the SBOM standard), is recommended.”
Another standout recommendation from the EU is cryptographic agility, the ability to quickly and safely replace cryptographic algorithms across systems without disruption.
AVX ONE CLM, our advanced certificate lifecycle management (CLM) solution, enables crypto-agility with:
Learn more about how AVX ONE CLM enables Crypto-Agility
AVX ONE PKIaaS is a modern, agile, and secure PKI-as-a-Service with full support for NIST-standardized PQC algorithms—ML-DSA (FIPS 204), SLH-DSA (FIPS 205), and Falcon. You can seamlessly issue PQC-enabled certificates for internal use cases. AVX ONE PKIaaS also integrates with AVX ONE CLM for discovery, issuance, and lifecycle automation of legacy, hybrid, and PQC-ready certificates—at scale and speed.
Learn more about AVX ONE PKIaaS
Want to test quantum-safe certificates before rolling them out? The AppViewX PQC Test Center is a dedicated free online resource to assess your organization’s PQC readiness by generating and testing quantum-safe private trust certificates before their integration into existing systems, workloads, and machines. Quickly set up your own quantum-safe PKI hierarchy and generate PQC-ready certificates and keys to test their compatibility in your environment.
The EU’s roadmap brings structure and momentum to a transition that has long felt like a moving target for many organizations. And that’s just the beginning.
Quantum threats are closing in. PQC algorithms are finalized, timelines are locked in, and the ecosystem is moving fast. If your organization operates in the EU or works with those who do, now is the time to act.
The next decade will define how resilient your cryptographic infrastructure really is. With the roadmap in hand and the right tools at your side, you can make that transition confidently.
To get started on your PQC readiness journey, talk to an expert at AppViewX today.
When operations stall at 30,000 feet, it’s rarely the plane’s fault. It’s the tower.
Earlier this year, radar failures at Newark Liberty International Airport grounded flights across the United States, not because the aircraft failed but because coordination broke down. A combination of aging systems, staff shortages and manual overrides created a chain reaction that left passengers stranded and schedules in chaos.
Enterprise IT isn’t so different. Cloud systems, data platforms, ERP modernizations and AI pilots are all taking off, but the control layer that’s supposed to orchestrate them is often still stuck on the ground.
When the automation “tower” fails, everything stops.
CIOs and CTOs are moving fast. They’re focused on cloud-first, generative and agentic AI and workflow automation. Under all that progress is a quiet problem: The automation architecture powering it all hasn’t kept up.
Companies are building smarter systems but still relying on old job schedulers and hard-coded scripts to orchestrate between them. That creates delays, disconnects and blind spots. The sky might look clear now, but storms are coming.
The more systems you modernize, the more complex your operations become. And as this modernization goes faster and faster over time, the harder it is to coordinate workloads with high fidelity, especially across legacy systems that require custom-coded connectors, manual refactoring for continuous integration and automation designed for a different era. While it feels like you’re accelerating, legacy systems beneath the surface are quietly pulling the brakes.
Modernization without orchestration is like asking your control tower to manage new aircraft using equipment they’ve never trained on. The sky is getting more crowded, but the systems guiding the traffic are stuck in the past.
The problem with mainframes didn’t begin and end in the early 2000s. It lingered for decades. Even as businesses moved to the cloud in the 2010s, their most critical workloads and data remained locked inside monolithic, closed mainframe applications with no APIs, no agility and shrinking pools of technical talent.
During the COVID-19 crisis in 2020, the issue broke into public view when multiple U.S. states issued emergency calls for COBOL programmers to stabilize aging unemployment systems. Rather than isolated IT issues, these were architectural bottlenecks that made rapid response impossible. No DevOps, no iterative improvement, no access to real-time data. Just batch cycles, manual updates and fragile processes buried under decades of technical debt.
Today, many enterprises are facing the same limitations, just in a different disguise. Legacy job schedulers and automation tools are the modern mainframe, standing in the way of AI adoption, API-driven integration and autonomous orchestration across cloud-native ecosystems.
These schedulers were designed for predictable workflows and tightly coupled environments, not for hybrid cloud, continuous delivery and interconnected platforms like SAP Business Technology Platform (BTP), Salesforce and Snowflake. As a result, they can’t scale, they can’t adapt and they certainly can’t keep pace with AI-driven transformation.
IT infrastructure modernization isn’t a checkbox. It’s a strategy to:
None of that works without modern orchestration via a control center that can coordinate business processes, eliminate human error, trigger event-based workflows and deliver consistent outcomes. Without it, transformation becomes a patchwork of short-term fixes and long-term headaches.
Orchestration requires controlling systems with precision and context, rather than just connecting them. That’s where event-based architecture becomes critical.
Unlike traditional scheduling, which runs on fixed times or batch jobs, event-driven orchestration allows your processes to respond dynamically to business and system events. You react to what’s happening now, not just what’s scheduled. Orders get fulfilled the moment inventory updates. Reports run the second data hits the warehouse. Downtime shrinks. You meet service-level agreements (SLAs).
At Redwood Software, we call this architecture an automation fabric: a unified layer that weaves together cloud and on-premises systems and AI innovation with full visibility, scalability and control. What makes it different?
Why would you custom-code or patch together manual workflows when intelligent orchestration can adapt autonomously?
Let’s say your global energy company is modernizing for sustainability and scale. You’re juggling regulatory demands, transitioning to RISE with SAP, piloting AI in financial planning and managing dozens of custom systems. But your core automation is still dependent on a legacy scheduler designed for batch processing and nightly jobs.
You’re not alone.
This is where modernization breaks down. It’s not in the cloud migration or the AI launch, but in what keeps it all together. By upgrading to a modern orchestration platform, your company could retire fragile custom scripts, slash risk across compliance-heavy processes and move faster with fewer people.
Rather than just picking a tool, it’s essential to choose a partner with a forward-looking vision. RunMyJobs by Redwood is designed to be air traffic control for the modern enterprise. Even if you’re not feeling the turbulence yet, the future is coming faster than you think.
Don’t wait until delays, outages or compliance gaps force your hand. Modern orchestration isn’t optional — it’s foundational.
See it in practice: Read our guide to learn how automation fabrics are helping teams orchestrate SAP and non-SAP data across industries.