(Reposted from IOTNOW)
Coming away from MWC Barcelona, one phrase appeared in every conversation: ‘single pane of glass (SPoG)’. Every connectivity provider, legacy connectivity management platform (CMP) provider and device OEM has adopted it as their new positioning anchor. There is a legitimate reason for the narrative shift – enterprises are demanding unified visibility and control over their IoT estates. But CIOs, CISOs and finance executives should be asking a harder question: single pane of glass over what, exactly?
Because in most cases, what is called a SPoG is nothing more than a cellular connectivity dashboard – something far short of an enterprise control plane. The distinction matters enormously: for operational outcomes, security posture and enterprise resilience.
The market has a definition problem
The IoT industry has a long history of vendors selling what they have rather than what enterprises need. Even the largest tech and connectivity players cannot offer an end-to-end IoT architecture, leaving enterprises to heavily customise their own efforts. Classifying everything as SPoG risks compounding that problem further.
Many connectivity management platforms are adding a unified interface and calling it a ‘control plane’ to sound more IT-centric. But those platforms are optimised to manage the provider’s business – subscriber relationships, data consumption, billing – not the enterprise’s operational requirements. Analysts at Transforma Insights are now formally distinguishing between connectivity-centric offerings and the device-centric platforms that can genuinely participate in enterprise workflow management. That distinction is exactly where buying decisions will be won or lost.
The forcing function enterprises can no longer ignore
eSIM adoption is having a material impact on the need for a true SPoG. It has surfaced a competency gap that was always present but easy to defer. Enterprises are discovering that existing tools were built to manage connectivity spend, not device productivity. Connectivity spend is a line item. Device productivity is an operational outcome.
eSIM adoption also migrates operational responsibility for device productivity squarely to the enterprise – not the MNOs and their platforms. And it should be viewed as a device migration strategy: the greater control you have over deployed assets, the greater your insight into deploying eSIM-enabled devices with tailored performance rules. The question every enterprise must now answer: is their SPoG anchored to the device, or to the rate plan? That architectural choice determines almost everything that follows.
The architectural divide that buyers must recognise
In a connection-centric SPoG, the rate plan or usage is the primary identifier – the device is an attribute of that connection. When a device changes carriers or undergoes an eSIM update, continuity of device history, security posture and operational context can be lost. No unified dashboard resolves that operational limitation.
In a device-centric architecture, the device carries its own persistent identity. Connectivity becomes an attribute of the device – enabling continuous asset visibility, SIM/eSIM orchestration, tailored anomaly detection, infinite estate hierarchy planning and cost attribution by business unit or customer. It also enables platform-to-platform value realisation through genuine integration with enterprise systems like ServiceNow or SAP. Without that foundation, a platform can observe enterprise workflows. It cannot govern them.
Where Simetric sits–and where customers are driving SPoG value realisation
As enterprises take control of their IoT efforts, accountability is rising to the CIO and CISO level–making cybersecurity, revenue assurance and data continuity board-level priorities. With that shift, a category is emerging: Intelligent IoT Operations – a governed, device-centric discipline spanning connectivity, device lifecycle, security and workflow integration.
Simetric was not born of telecommunications. We come from Cisco, Microsoft, Palo Alto, Accenture and beyond–and we built an ‘enterprise-first, device-centric platform’ to unify the entire IoT ecosystem. Customers own their digital transformations. Our platform is built to serve that ambition in full. The maturity framework below maps the market and shows where Simetric operates today–and where adoption is headed.
| Stage | Label | What It Means | Who Lives Here |
| 1 | Siloed Connectivity | Carrier-by-carrier portals, no unified view, manual processes | Legacy telco portals, single-carrier tools |
| 2 | Unified Visibility | Single Pane of Glass—a unified dashboard across connectivity positions | M(V)NOs and OEMs with enriched connectivity dashboards on top of CMPs |
| 3 | Intelligent Monitoring | Anomaly detection, cost intelligence, usage analytics, federated data lake | Simetric – entry point |
| 4 | Distributed Device Orchestration (DDO) | Bi-modal network automation, SIM/eSIM unified orchestration, device BPA, policy control, real-time interrogation, APN execution | Simetric – full platform |
| 5 | Autonomous IoT Intelligence | Agentic AI, self-healing network orchestration, predictive optimisation, zero-touch operations | Tailored Simetric DDO + ServiceNow ITSM agentic exposure |
Many claiming a SPoG position operate at Stage 2. Simetric enters at Stage 3 and its full platform delivers Stage 4–Distributed Device Orchestration–the point at which IoT transitions from connectivity management into governed enterprise discipline. Stage 5, Autonomous IoT Intelligence, is the frontier Simetric is actively building with customers and partners including ServiceNow. With Intelligent IoT Operations, customers want to enrich, and close gaps in, existing IT investments like Cisco, ServiceNow and others.
The security imperative can no longer be ignored
The threat environment has made IoT device management a security decision. Iran-linked actors are actively targeting internet-facing OT devices in live exploitation campaigns. Across Europe, the EU Cyber Resilience Act adds binding lifecycle obligations extending well beyond the network perimeter. A connectivity-centric SPoG cannot meet either challenge–it lacks the device-layer visibility, persistent identity and policy enforcement every CISO requires.
The security dimensions of device-centric IoT governance–Zero Trust enforcement, CRA compliance posture, anomaly detection at scale–warrant dedicated treatment. We will address them in a follow-on article.
The author is Kevin Bandy, a board member/president the chief strategy officer at Simetric
About Simetric
Built to empower the enterprise
Simetric was built because product owners, CIOs and CISOs were operating in the same environment with fundamentally incompatible toolsets–none of which were designed for their combined needs. Modern IoT is far more than connectivity, it is distributed networking. Enterprise requirements have grown very stringent and they now need a pervasive platform that unifies control and measures performance. Industry leaders like AT&T Business, Vodafone IoT and Thales have each announced partnerships with Simetric–not because the company offers another connectivity layer, but because a comprehensive, device-centric control plane complements their market objectives of empowering enterprises to securely and sustainably execute mission critical operations at scale.
The question for every technology buyer
If you are evaluating SPoG platforms, ask what the platform is actually anchored to. Is the device – or the SIM – the central point of operational control? Can it govern your enterprise workflows, or only report into them? Is it built for device productivity, or connectivity spend? The answers will tell you whether you are looking at a connectivity tool optimised for its provider’s business–or a genuine enterprise control plane. Buyers who understand that difference will not only make better decisions–they will build IoT estates resilient enough to meet what is already coming.