Able Device, Inc.

When it comes to AI, the conversation almost always starts with one question: ➡️ Do we have enough data? Maybe the better question is: ✅ Do we have the right data? Most organizations already have access to vast amounts of information from their networks, applications, and cloud platforms. But if you're trying to understand how connected devices actually behave in the real world, those sources don't always tell the whole story. Sometimes the most valuable insights come from the device itself—what it experienced, how it performed, and the conditions it encountered at the edge. In his latest post, Roger Dewey shares why better decisions don't always require more data. They require more relevant data. It's a thoughtful perspective on why the future of AI won't be defined by the size of the dataset, but by the quality of the insights that drive better outcomes. #AI #IoT #Telecom #EnterpriseConnectivity #EdgeComputing #DataAnalytics #ConnectedDevices #NetworkAutomation #DigitalTransformation https://lnkd.in/gD2AJF-x

The future of the eSIM isn't about provisioning. It's about decision-making. As enterprise connectivity becomes more dynamic, devices are expected to operate intelligently across public cellular, private 5G, satellite, and hybrid networks. That requires more than identity—it requires context. At eSIM Marathon 2026 organized by Telco Academy, Roger Dewey will explore why the next evolution of the eSIM is enabling Connectivity Intelligence through four fundamental capabilities: • Observe real-world connectivity conditions • Understand context from device-level telemetry • Execute enterprise policies deterministically • Continuously improve future decisions through richer operational insight Using real-world enterprise deployments, the session will demonstrate how this architectural approach is improving payment reliability, simplifying public and private network transitions, strengthening connected vehicle security, and helping AI make better decisions with richer contextual telemetry. If you're interested in where enterprise mobility is heading over the next decade, we hope you'll join us on July 15! ⬇️ #eSIM #ConnectivityIntelligence #IoT #Private5G #Telecom #EnterpriseMobility #AI

When something goes wrong with connectivity, the first instinct is usually to look at the network. But what if the network isn't seeing the whole picture? Some of the most important connectivity issues are only experienced by the device itself—weak signal quality, failed data sessions, poor application performance, or inconsistent roaming behavior. The network may report everything is working as expected, while the user experiences something very different. That's why understanding the device's perspective is becoming just as important as understanding the network's. In his latest post, Roger Dewey shares why device-level insight is emerging as a critical source of operational intelligence—and why the future of connected systems will depend on seeing connectivity from both sides. It's a compelling perspective on why the next evolution of connectivity begins with understanding what the device experiences—not just what the network reports. #IoT #Telecom #EnterpriseConnectivity #PrivateNetworks #eSIM #EdgeComputing #ConnectedDevices #DigitalTransformation https://lnkd.in/gC58uFcY

As connected devices become more intelligent, they also become more valuable targets. Which raises a fundamental question: Where does trust begin? For years, the industry has focused on connectivity, cloud platforms, applications, and now AI. Yet before any device can connect, exchange data, or execute intelligent decisions, it needs a trusted identity and a secure foundation. In his latest blog, Roger Dewey reflects on a customer engagement that challenged conventional thinking. Rather than adding another security chip, the solution was to unlock the capabilities of one that was already there. It's a reminder that the future of connected systems isn't defined by intelligence alone. It's defined by how securely that intelligence is established, protected, and managed throughout the life of the device. An insightful perspective on why the identity layer is becoming one of the most important architectural foundations for the next generation of connected products. #IoT #CyberSecurity #eSIM #ConnectedDevices #EdgeComputing #EV #Telecom #DigitalTrust #EmbeddedSecurity #EnterpriseIoT https://lnkd.in/gNjG4Q3i

The telecom industry is having a lot of conversations about AI right now. How AI can analyze data, detect anomalies, optimize networks, and make better decisions. All important but there is one question that doesn't get asked nearly enough: What happens after AI makes the decision? A recommendation by itself doesn't improve network performance. Execution does. As enterprises deploy devices across public cellular, private networks, Wi-Fi, and satellite environments, the challenge is no longer understanding what should happen. AI is becoming increasingly capable of that. The challenge is making sure the right action is executed consistently across thousands or millions of devices operating in the real world. In his latest blog, Roger Dewey explores why the industry may be approaching a new architectural layer—one focused not on intelligence, but on execution. Because the future of intelligent networks won't be determined solely by who can generate the best insights. It may be determined by who can reliably turn those insights into action. A perspective worth considering as AI continues to reshape telecom and IoT. #AI #IoT #Telecom #PrivateNetworks #eSIM #Connectivity #NetworkAutomation #EdgeComputing #EnterpriseConnectivity #DigitalTransformation https://lnkd.in/gn5u-tJM

The telecom industry spends a lot of time looking ahead to 6G. What often gets overlooked is how much value can be realized today. The challenge for many organizations is no longer just connecting devices. It's ensuring devices can make the right connectivity decision at the right time—and reliably act on it. In his latest blog, Roger Dewey shares his perspective on why the future of network intelligence is here now. Worth a read for anyone involved in IoT, private networks, AI-driven operations, or enterprise connectivity. #6G #IoT #PrivateNetworks #AI #EnterpriseConnectivity #Telecom #NetworkAutomation https://lnkd.in/gMwgZCsH

Connectivity is no longer a coverage problem. Devices now operate across public cellular, private 5G, Wi-Fi, and satellite networks, each with different characteristics and constraints. The challenge is making the right connectivity decision at the right time. In his latest blog, Roger Dewey examines why connectivity has become increasingly context-dependent—and why visibility alone is no longer enough. What matters is: ✔ Context-aware orchestration to determine the right action ✔ Deterministic execution to ensure that action occurs Knowing what should happen is only part of the equation. The real requirement is making sure it does. #Telecom #IoT #Connectivity #Private5G #NetworkAutomation #EdgeComputing #AI #IdentityLayer https://lnkd.in/etg3fM3U

AI can analyze, networks can recommend. But none of that matters unless the decision is actually executed. As enterprises deploy increasingly complex combinations of public cellular, private 5G, satellite, and Wi-Fi networks, a critical gap remains between insight and action. In this short video, we explore why the next evolution of telecom isn't just about connectivity management—it's about deterministic execution at the identity layer. AI predicts. SIMbae enforces. Watch the video below and see how SIMbae transforms the SIM/eSIM into a trusted execution layer for connectivity automation. https://lnkd.in/gpAC_ewH #AI #Telecom #IoT #Private5G #eSIM #Connectivity #NetworkAutomation #EdgeComputing #SIMbae #EnterpriseConnectivity

As enterprises deploy more private networks, the real challenge is no longer building the network — it’s ensuring devices transition between public and private environments reliably, securely, and without disruption. In his latest blog, Roger Dewey explores why deterministic execution at the SIM layer matters, and how SIMbae enables real-time, context-aware network switching directly from the SIM — without depending on device OS behavior or cloud orchestration. This is a foundational shift from passive connectivity to intelligent enforcement at the identity layer. In autonomous and AI-driven network environments, insight alone is not enough. The network still needs a trusted execution point that can act immediately and predictably. AI predicts. SIMbae enforces. #PrivateNetworks #IoT #Telecom #eSIM #SIM #MobileNetworks #EnterpriseConnectivity #EdgeComputing #AutonomousNetworks #NetworkAutomation #SIMbae #Private5G #Connectivity https://lnkd.in/eFZ9ig5c

Our latest news ➡️ https://lnkd.in/eumFmnzv AI is transforming telecom — but there’s a gap. Across devices, networks, and environments, decisions are being made…but not consistently enforced.   That gap is becoming more visible as the industry moves toward: Autonomous networks Private 5G Hybrid, multi-network enterprise environments   Today, Able Device announced the next evolution of SIMbae — introducing deterministic execution at the identity layer, directly within the SIM.   ✔ No applications ✔ No firmware changes ✔ No new hardware   Just real-world execution of device connectivity behavior.    AI predicts. SIMbae enforces. Press Release ➡️ https://lnkd.in/eumFmnzv #Telecom #AI #IoT #Private5G #EdgeComputing #NetworkAutomation #Connectivity #IdentityLayer