Why the Future of IoT Platforms Is Collaboration, Not Competition

What if the IoT platform you consider your biggest competitor could actually help you build a better solution, reach more customers and grow your business?

Many IoT solution providers have spent years developing their own platforms, connecting devices, building dashboards, managing data and creating applications for specific industries. These investments represent valuable intellectual property, technical expertise and customer relationships. Naturally, companies want to protect what they have built, particularly when another platform provider approaches them for collaboration.

Unfortunately, this protective mindset can sometimes prevent companies from recognising new opportunities. Working with another IoT platform does not necessarily mean abandoning existing technology or surrendering customer relationships. In many cases, it can strengthen the original solution by introducing additional capabilities, reducing development costs and opening new markets.

The industry needs to reconsider a fundamental question: Must every IoT solution depend entirely on a single platform, or can different platforms work together to deliver greater value?

1. An IoT Platform Consists of Multiple Technology Layers

An IoT platform is much more than a dashboard displaying sensor readings. It is a collection of interconnected services that support devices, data processing, operational monitoring and business applications. While many platforms provide similar functions, their capabilities, technical strengths and industry specialisations can differ considerably.

A typical IoT platform includes several important components:

1. Data ingestion: Collects information from sensors, gateways and machines through communication protocols such as MQTT, HTTP and CoAP.
2. Device management: Supports device registration, configuration, monitoring and maintenance throughout the device lifecycle.
3. Data storage: Maintains real-time and historical information collected from connected assets.
4. Analytics: Processes operational data to identify trends, patterns and performance issues.
5. Machine learning and AI: Supports anomaly detection, forecasting, predictive maintenance and intelligent decision-making.
6. Visualisation: Presents information through dashboards, charts, maps and operational reports.
7. Rules and automation: Converts data conditions into alerts, notifications and automated responses.
8. Application services: Provides industry-specific workflows and business functions for manufacturing, agriculture, energy, buildings and other sectors.

Not every company needs to become an expert in all eight areas. A solution provider may have excellent device connectivity and industry-specific applications but limited machine learning capabilities. Another platform may specialise in advanced analytics, intelligent reporting or automation.

Rather than viewing these differences as competitive weaknesses, companies can recognise them as opportunities to combine complementary technologies.

2. Another Platform Can Strengthen Your Existing Solution

The concept of an additive platform architecture challenges the traditional assumption that adopting another platform requires replacing the existing one. Instead, a second platform can provide selected capabilities while the original application continues serving its customers.

Consider an industrial monitoring company that has developed an application for tracking equipment performance. Its system already collects machine data, displays operational status and supports maintenance workflows. The application works well, and customers are familiar with its interface and functionality.

When customers begin requesting advanced anomaly detection, predictive maintenance or AI-generated reports, the company faces two possible approaches:

• Develop everything internally: Recruit additional engineers, build new analytical capabilities, conduct testing and maintain the software over time.
• Connect to another platform: Use an existing platform that provides the required analytical services while retaining the original application and customer experience.

The second approach allows the company to concentrate on its industry expertise while extending the functionality of its solution. Through suitable APIs and data interfaces, information can be exchanged between platforms without requiring customers to abandon their existing applications.

This approach can also support a modular architecture where individual components are upgraded or changed without redesigning the entire solution. The additional platform becomes a supporting technology layer rather than a direct replacement.

3. Interoperability Creates More Commercial Opportunities

Platform interoperability is often discussed as a technical requirement, but its commercial value deserves equal attention. A solution that operates only within one proprietary environment may struggle to enter organisations that already have established technology investments.

Enterprise customers frequently operate different cloud services, industrial applications, databases and operational management systems. They may be reluctant to replace these investments simply because a new IoT solution requires a particular platform.

A solution designed around open interfaces and well-documented APIs can provide greater flexibility across different customer environments.

For example, a smart building application capable of exchanging data with several IoT platforms may appeal to more property developers, facility managers and system integrators. The solution provider can serve customers with different technology requirements without developing entirely separate applications.

This flexibility offers several business advantages:

1. Wider market access: Support customers operating different technology platforms.
2. Lower adoption barriers: Connect with existing systems instead of requiring complete replacement.
3. Faster product development: Introduce additional capabilities without building every component internally.
4. Reduced supplier dependency: Avoid relying entirely on one technology provider.
5. More partnership opportunities: Work with platform companies serving different industries and geographical markets.

Interoperability becomes more than a technical feature. It becomes a practical strategy for expanding market reach and improving the commercial attractiveness of an IoT solution.

4. Your Technology Competitor Could Become Your Sales Partner

One of the most overlooked benefits of platform collaboration is the opportunity to expand business networks. Technology partnerships do not have to focus exclusively on software compatibility. They can also create opportunities for joint marketing, customer referrals and co-selling.

Platform companies and industry solution providers often possess complementary strengths. Platform companies may offer reusable technology components, developer communities, technical support and established distribution channels. Industry solution providers bring specialised applications, deployment experience, operational knowledge and customer relationships.

When these capabilities are combined, both parties can explore commercial opportunities that may be difficult to pursue independently.

For example, a platform company receiving an enquiry about agricultural monitoring could introduce a partner specialising in smart farming applications. Similarly, that partner could recommend the platform when customers require advanced analytics, device management or automation.

Potential collaboration opportunities include:

• Joint customer demonstrations and technical workshops.
• Co-marketing activities, webinars and industry exhibitions.
• Customer referrals and shared sales opportunities.
• Joint proposals for larger commercial projects.
• Expansion into new industries and geographical markets.

Successful partnerships require clear agreements covering intellectual property, customer ownership, data governance, technical responsibilities and revenue sharing. These safeguards help both companies collaborate while protecting their respective business interests.

5. Building Everything Internally Can Become a Competitive Disadvantage

Developing an IoT platform requires continuous investment beyond the initial software development. Companies must maintain cybersecurity, update software libraries, support communication protocols, manage infrastructure and respond to changing customer expectations.

As artificial intelligence, advanced analytics and automated decision support become more widely adopted, the range of capabilities expected from IoT platforms continues to expand. For smaller solution providers, attempting to develop every feature internally can place considerable pressure on engineering resources and development budgets.

The challenge is determining which capabilities genuinely differentiate a company’s solution and which can be obtained more effectively through partnerships.

An industrial monitoring provider, for example, may create greater customer value by improving its specialised maintenance application than by spending months developing a general-purpose machine learning engine.

A modular approach allows companies to make more deliberate technology decisions while concentrating resources on their strongest capabilities. This does not mean outsourcing every function or becoming dependent on external platforms. Performance, cybersecurity, data portability, pricing and long-term technical support must still be evaluated carefully.

The objective is to build a sustainable technology architecture that supports business growth without unnecessary duplication of development effort.

6. Building a More Open and Collaborative IoT Ecosystem

The IoT industry will continue supporting multiple platforms because different industries, applications and customers have different operational requirements. Manufacturing facilities, agricultural operations, smart buildings and utilities rarely need identical solutions.

Trying to force every application into a single technology environment can limit flexibility and increase development complexity. A more practical approach is to encourage compatibility between platforms, applications and connected devices.

For this to happen, the industry needs to adopt three changes in mindset:

1. From platform ownership to interoperability: Focus on how different technologies can work together instead of insisting that every component must belong to one company.
2. From competition to collaboration: Recognise that another platform may offer complementary capabilities and access to new commercial opportunities.
3. From selling technology to solving customer problems: Prioritise operational outcomes rather than the number of features developed internally.

These changes do not eliminate commercial competition. Companies will continue competing based on technology capabilities, service quality, pricing and customer experience. Yet competition in one area does not prevent cooperation in another.

When companies establish clear technical boundaries and commercial agreements, they can collaborate while maintaining their independence and protecting their intellectual property.

7. The Real Value Is in Solving the Customer’s Problem

Ultimately, customers are not purchasing IoT platforms simply because they contain numerous technical features. They want solutions that help them monitor operations, identify problems, reduce unnecessary costs and make better decisions.

Whether these capabilities come from one platform or several interconnected systems is often less important than the reliability, performance and business value of the complete solution.

For IoT solution providers, this creates an opportunity to reconsider how they approach technology development and partnerships. Another platform may provide the missing capability needed to strengthen an existing application. It may also offer technical expertise, distribution channels and customer relationships that would otherwise be difficult to access.

The strongest IoT solution may not be the one built entirely by a single company. It may be the one that combines the right technologies, expertise and partnerships to solve a customer’s problem.

Instead of immediately viewing another IoT platform company as a competitor, solution providers should consider whether collaboration could create greater value for both businesses.

The question is no longer simply, “Why should we work with another IoT platform?”

Perhaps the better question is, “How can we combine our strengths to build better solutions and win more customers together?”

That change in perspective could become one of the most meaningful business opportunities for the IoT industry.

What Do You Think?

If your company has already developed an IoT platform or industry-specific application, would you consider working with another platform provider to add new capabilities or explore joint sales opportunities?

Or do you believe maintaining a completely independent platform provides a stronger competitive advantage?

Share your views and experiences in the comments. Understanding how solution providers approach collaboration could help encourage more open and commercially valuable partnerships across the IoT industry.