Manufacturing is not what it used to be. Production floors are becoming more connected, data-driven, and responsive, and that shift is largely powered by IoT technologies. Across the USA, specialized software and engineering companies are helping manufacturers move from isolated machines to fully connected ecosystems where equipment, systems, and people work in sync.
These providers focus on practical outcomes – better visibility into operations, fewer unplanned downtimes, and smoother production processes. By combining IoT platforms, data analytics, and industrial systems expertise, they help manufacturers modernize step by step, without disrupting core operations. The result is a more controlled, measurable, and scalable production environment that supports both day-to-day efficiency and long-term growth.
1. A-listware
At A-listware, we work with production teams, engineers, and IT departments to connect equipment, software, and data into a more consistent environment. In manufacturing projects, we usually come in when operations start to outgrow spreadsheets, disconnected machines, or a patchwork of older systems that no longer talk to each other properly. A typical situation for us is a plant where machines generate useful data, but no one sees the full picture in one place. We help bring that data together and make it usable for day to day decisions, not just reports that sit unread. We also provide services on location when direct work with equipment and teams at the facility makes more sense than doing everything remotely.
Our role often sits between operations and technology. We design and build IoT based solutions that connect shop floor equipment, monitoring systems, and business software, so production, maintenance, and planning are not working in isolation. Sometimes the first step is not new tech at all, but understanding how people actually run the line during a busy shift. From there, we shape systems that support real workflows, whether that means equipment monitoring, condition tracking, or linking machine data with ERP or inventory tools. Modernization projects are common too, where we update existing platforms instead of replacing everything at once.
Security and stability are constant concerns in manufacturing, and we treat them as part of the core design, not an afterthought. Alongside IoT and data work, we handle infrastructure, support, and ongoing management so systems keep running under production pressure. Some clients rely on us for a full team that covers development, testing, and support, while others extend their internal teams with our engineers and analysts. In both cases, we stay involved beyond launch, adjusting solutions as production needs shift or new equipment is introduced.
Key Highlights:
- Connect industrial equipment, sensors, and business systems into unified IoT environments
- Support gradual modernization of legacy manufacturing systems
- Сombine software engineering with manufacturing process understanding
- Оngoing management and support are part of our work, not a separate phase
Services:
- Industrial IoT solution design and development
- Equipment monitoring and condition tracking systems
- Integration of machine data with ERP, CRM, and inventory platforms
- Manufacturing data analytics and visualization
- Legacy system modernization for production environments
- Cloud and on premises infrastructure support
- Cybersecurity measures for connected manufacturing systems
- Testing and QA for industrial software
- IT consulting for digital manufacturing initiatives
Contact Information:
- Website: a-listware.com
- E-mail: info@a-listware.com
- Facebook: www.facebook.com/alistware
- LinkedIn: www.linkedin.com/company/a-listware
- Address: North Bergen, NJ 07047, USA
- Phone: +1 (888) 337 93 73
2. Velos IoT
Velos IoT works with manufacturers and OEMs that depend on stable cellular connectivity inside equipment, devices, and industrial systems. Their focus sits on the network layer rather than the machinery itself. In manufacturing settings, that usually means ensuring devices on the factory floor and products shipped to end users stay connected without constant manual SIM handling. They combine multi-network cellular access with tools for managing large SIM estates, which is especially relevant when devices move between regions or operate in different countries.
A lot of their work revolves around simplifying how connectivity is deployed and maintained across a device lifecycle. Instead of treating connectivity as a one-time setup, Velos IoT structures it as something that can be provisioned, adjusted, and monitored through a central platform. This approach tends to suit manufacturers that build connected products or operate distributed equipment, such as tracking tools, monitoring assets, or supporting remote diagnostics. Their platform and APIs are positioned to fit into existing workflows, which helps technical teams avoid building custom connectivity management tools from scratch.
Key Highlights:
- They specialize in cellular IoT connectivity for industrial and OEM use cases
- Multi-network access is used to help devices connect across different regions
- Their connectivity management platform supports SIM control and automation
- eSIM and remote provisioning are part of their model
Services:
- Global cellular IoT connectivity
- IoT SIM and eSIM management
- Connectivity management platform access
- API integration for device and SIM lifecycle workflows
- Data usage monitoring and control
- Support for 4G, 5G, LPWAN, and related cellular technologies
Contact Information:
- Website: velosiot.com
- Twitter: x.com/velosiot
- LinkedIn: www.linkedin.com/company/velosiot
- Address: One Boston Place, Suite 2600, Boston MA 02108, USA
3. PTC
PTC develops industrial software used by manufacturers that want to connect equipment, systems, and operational data through an IIoT platform called ThingWorx. Their work sits at the software and data layer rather than on the physical machine side. In manufacturing settings, ThingWorx is used to link assets, people, and processes so information from the shop floor can be viewed, analyzed, and used in everyday decisions. It often comes into play when companies move beyond small pilots and need something structured enough to support wider deployments.
Their platform includes tools for connecting different devices and data sources, building applications, and managing industrial data in one environment. Manufacturers use it in areas such as asset monitoring, service support, and production visibility, where data from machines needs to reach engineers, operators, or service teams. Pre-built applications and development tools are part of the setup, which can help teams avoid starting from scratch, though implementation still depends on how well internal processes are defined.
Key Highlights:
- Рrovide the ThingWorx IIoT platform for industrial environments
- The platform connects devices, systems, and enterprise applications
- Focus is on data visibility, asset performance, and operational insight
- Pre-built applications and developer tools are included
Services:
- Industrial IoT platform deployment
- Asset and equipment connectivity
- Industrial data integration and management
- Application development on the ThingWorx platform
- Support for manufacturing, service, and engineering use cases
Contact Information:
- Website: www.ptc.com
- Facebook: www.facebook.com/PTC.Inc
- Twitter: x.com/PTC
- LinkedIn: www.linkedin.com/company/ptc
- Instagram: www.instagram.com/ptc_inc
- Address: 121 Seaport Boulevard Boston, MA 02210, United States
- Phone: +1 781 370 5000
4. Cisco
Cisco focuses on the network and infrastructure for industrial IoT. In plants, Cisco’s tech connects machines, controls, sensors, and mobile devices using industrial networks. These networks include switches, routers, and wireless setups designed for tough conditions, unlike regular office IT devices. Manufacturers usually bring in Cisco when they require a sure way to transfer data from the plant to their main business or cloud systems.
Security and division are central to Cisco’s industrial plan. Cisco’s industrial networks aid in keeping production systems apart from regular IT traffic while still allowing data sharing under control. Manufacturers use these networks for automation, remote access, and gathering data from factory equipment. The attention is less on creating IoT apps and more on ensuring stable, clear, and easily managed communication between devices and systems as things grow.
Key Highlights:
- Рrovide industrial networking equipment for factory environments
- Solutions connect OT devices such as machines and control systems
- Cybersecurity and network segmentation are integrated into their offer
Services:
- Industrial Ethernet switching
- Network management and monitoring tools
- Industrial routing for distributed sites
- Industrial wireless connectivity
- Network security and segmentation for OT environments
- Support for integrating IT and OT networks
Contact Information:
- Website: www.cisco.com
- Facebook: www.facebook.com/cisco
- Twitter: x.com/Cisco
- LinkedIn: www.linkedin.com/company/cisco
- Instagram: www.instagram.com/cisco
- Address: 3098 Olsen Drive San Jose, CA 95128
- Phone: 1 800 553 2447
5. Clarion Technologies
Clarion Technologies builds custom software for manufacturers, especially the kind that pulls in IoT data from machines and day to day factory operations. Their projects usually revolve around creating or updating internal systems – things like ERP add-ons, equipment management tools, or platforms that help teams keep an eye on production. Instead of selling one fixed product, they bring in development teams that shape solutions around how a specific manufacturer actually works, which honestly makes more sense than forcing everyone into the same setup.
On the project side, their work often includes connecting machines to software platforms, handling IIoT data, and putting together dashboards or apps that give people on the shop floor a clearer view of what is going on. Sometimes that means tying sensors into existing ERP or MES systems, other times it is about modernizing older software that has been hanging around a bit too long. They also deal with analytics and maintenance tools, where production data is used to plan ahead and make more informed decisions instead of just reacting when something breaks.
Key Highlights:
- Вuild custom manufacturing software rather than a fixed product
- IIoT data integration is part of their development work
- Projects often involve ERP, MES, and equipment management systems
- Рrovide dedicated development teams
Services:
- Custom manufacturing software development
- IIoT application and system integration
- ERP and MES related software development
- Equipment and asset management solutions
- Legacy system modernization
- Ongoing software support and maintenance
Contact Information:
- Website: www.clariontech.com
- E-mail: info@clariontech.com
- Twitter: x.com/Clarion_Tech
- LinkedIn: www.linkedin.com/company/clariontechnologies
- Instagram: www.instagram.com/clarion_technologies
- Address: 50 Main Street, Suite 1000, White Plains, New York 10606
- Phone: +1 888 551 0371
6. Softeq
Softeq operates where hardware, embedded software, and industrial IoT meet. In plants, they tend to add smart features to machines, create connected devices, or build software to link sensors, controllers, and programs. They handle both the hardware and software, working on things like firmware, embedded systems, and custom apps that use machine data.
Their industrial IoT work also focuses on automation and giving better insights. For some factories, this means systems that predict when equipment needs fixes based on its data. For others, it’s tracking assets in warehouses or using cameras and videos to keep track of operations. Softeq’s experience with embedded development and robotics is useful when working with devices and control systems, not just dashboards. They offer advice, system design, and engineering for devices, connectivity, and data.
Key Highlights:
- Work includes both hardware prototyping and software systems
- Industrial automation and robotics appear in their portfolio
- Data analytics and applications are built on top of device data
- Serve industrial manufacturing alongside other technical industries
Services:
- Industrial IoT consulting
- Embedded software and firmware development
- Hardware prototyping and device design
- Equipment monitoring and predictive maintenance systems
- Asset tracking and inventory visibility solutions
- Industrial automation and control system software
Contact Information:
- Website: www.softeq.com
- Facebook: www.facebook.com/softeq
- Twitter: x.com/Softeq
- LinkedIn: www.linkedin.com/company/softeq
- Instagram: www.instagram.com/softeq
- Address: 1155 Dairy Ashford Rd., Suite 125 Houston, Texas 77079 USA
- Phone: +1 888 552 5001
7. Pelion
Pelion is mainly about the connectivity side of industrial IoT, especially in situations where lots of devices have to stay online in different places at the same time. In manufacturing, that usually means things like monitoring equipment from a distance, tracking assets, or running sensor networks that send data back to central systems. They are not the ones building the machines – their role is more about making sure those machines and sensors can reliably connect using IoT eSIMs and a platform that keeps everything organized.
A big part of their approach is giving companies a clearer handle on connectivity at scale. Instead of juggling separate agreements with different local carriers, teams can use one portal to see SIM usage, tweak settings, and manage networks in one place. That setup tends to make sense for manufacturers with multiple sites, operations in different regions, or equipment that moves around. Security, flexibility in network choices, and platform based control are treated as core pieces of how they support industrial IoT over the long run, not just during initial setup.
Key Highlights:
- Provide IoT eSIM based cellular connectivity
- A central platform is used to manage device connectivity
- Multi-network access supports deployments across regions
- Focus is on connectivity for industrial and IoT use cases
Services:
- Cellular IoT connectivity for industrial devices
- IoT eSIM provisioning and management
- Connectivity management platform access
- Network selection and remote SIM updates
- IoT security options for connected deployments
- Support for large scale device connectivity operations
Contact Information:
- Website: pelion.com
- E-mail: cisas@cedr.com
- LinkedIn: www.linkedin.com/company/pelioniot
- Address: 70 Fleet Street London EC4Y 1EU
- Phone: +1 302 467 3672
8. Intellectsoft
Intellectsoft works on industrial IoT projects that combine embedded software, hardware integration, and cloud systems. In manufacturing related environments, they help companies collect and bring together data from sensors, devices, and industrial equipment so that information can be used in applications, analytics, or machine learning models. Their work often sits between the physical layer – firmware, boards, and gateways – and the software layer where dashboards, data pipelines, and business systems live.
Their IoT Lab focuses on building connected ecosystems rather than single tools. Projects can involve designing device firmware, setting up communication between sensors and cloud platforms, and developing the software that makes sense of incoming data. In practice, that might look like tracking materials in a warehouse, monitoring equipment for early signs of failure, or connecting industrial assets to ERP style systems. Prototyping with boards and custom hardware is also part of how Intellectsoft moves ideas into working systems.
Key Highlights:
- Industrial IoT ecosystem development
- Embedded software and firmware engineering
- Sensor data collection and integration
- Hardware prototyping and device connectivity
Services:
- Industrial IoT system architecture design
- Firmware and embedded software development
- IoT data pipelines and cloud integration
- Predictive maintenance related solutions
- Asset and materials tracking systems
- IoT application and dashboard development
- End-to-end IoT security implementation
Contact Information:
- Website: iot.intellectsoft.net
- E-mail: info@intellectsoft.net
- Facebook: www.facebook.com/Intellectsoft
- Twitter: x.com/Intellectsoft
- LinkedIn: www.linkedin.com/company/intellectsoft
- Address: 2 Embarcadero Center 8th Floor San Francisco, CA 94111
- Phone: +1 650 233 6196
9. Intuz
Intuz creates Industrial IoT solutions that allow manufacturers and equipment companies to make better use of their operational data. They connect machines, assets, and field equipment so teams can keep an eye on performance, receive alerts, and manage systems remotely. In manufacturing, this usually means less manual supervision and a clearer view of equipment behavior.
A typical Intuz project might involve setting up real time monitoring for industrial assets, building predictive maintenance tools, and creating dashboards that show usage or system status. They also work on remote access and control, which is useful for distributed operations or service teams. They change raw data into information that operations or maintenance teams can use with confidence.
Key Highlights:
- Real-time equipment and asset monitoring
- Predictive and preventive maintenance support
- Remote access and control of industrial systems
- Data visualization for operational insight
Services:
- IIoT application development
- Telemetry data collection and cloud transmission
- Industrial workflow automation tools
- Asset tracking and management systems
- Over-the-air update implementation
Contact Information:
- Website: www.intuz.com
- E-mail: getstarted@intuz.com
- Twitter: x.com/Intuzhq
- LinkedIn: www.linkedin.com/company/intuz
- Address: 447 Sutter Street, Suite 506 San Francisco, CA 94108
- Phone: +1 650 451 1499
10. Elemental Machines
Elemental Machines work at the point where lab environments and manufacturing operations overlap, especially in industries where conditions really matter. Their IoT platform connects equipment, sensors, and environmental data into one system so teams can keep an eye on things like temperature, humidity, and equipment status without walking the floor every hour. In practice, Elemental Machines often shows up in facilities that handle sensitive materials, where a freezer drifting out of range or a room condition changing quietly in the background can turn into a real issue if no one notices in time.
Elemental Machines ties data to specific equipment, spaces, and workflows so alerts make more sense to the people receiving them. Instead of just flagging that something changed, the system helps teams understand what changed and where. That is useful in manufacturing areas linked to life sciences and regulated production, where documentation, audit trails, and equipment history are part of daily work, not just something reviewed once a year.
Key Highlights:
- Monitoring of lab and manufacturing equipment through connected sensors
- Context-based alerting tied to equipment and environmental conditions
- Tracking of equipment utilization for maintenance and planning
- Environmental monitoring for controlled spaces
- Integration with existing lab and facility systems
Services:
- IoT platform setup for lab and manufacturing monitoring
- Sensor hardware deployment and configuration
- Equipment and system integrations through APIs and custom connections
- Alert configuration and workflow alignment
- Data analytics for equipment performance and condition trends
- Support for compliance reporting and audit readiness
Contact Information:
- Website: elementalmachines.com
- E-mail: help@elementalmachines.com
- LinkedIn: www.linkedin.com/company/elemental-machines
- Address: 185 Alewife Brook Parkway Suite 401 Cambridge, MA 02138 USA
- Phone: 617 871 9692
11. Honeywell
Honeywell works in the industrial IoT space by connecting equipment, facilities, and day to day operational systems so everything talks to each other a bit more smoothly. In manufacturing, their tech usually ends up pulling data from machines, safety systems, and building or process infrastructure into one place. A big piece of that is Honeywell Forge, which acts like a digital layer where teams can see what is going on, look at the data, and use it to make decisions about efficiency, uptime, or safety. It is less about flashy dashboards and more about having the right information when something needs attention.
They do not rely on software alone. Their setup mixes software, connected hardware, and industrial systems that are already part of how factories run. On the ground, this often shows up as tools for monitoring operations, getting clearer visibility into processes, and keeping safety and security requirements in check across different sites. Honeywell also works in areas like industrial cybersecurity, supply chain and warehouse workflow visibility, and systems for managing large or complex facilities. Instead of staying in one narrow corner, their IoT work stretches across a range of manufacturing and industrial environments.
Key Highlights:
- Honeywell Forge IoT platform for industrial operations
- Integration of equipment, process, and facility data
- Support for operational monitoring and analytics
- Industrial cybersecurity capabilities
Services:
- Industrial IoT platform deployment
- Connected operations and asset monitoring
- Operational data analytics applications
- OT cybersecurity related solutions
- Workflow and facility visibility tools
Contact Information:
- Website: www.honeywell.com
- Facebook: www.facebook.com/Honeywell
- LinkedIn: www.linkedin.com/company/honeywell
- Instagram: www.instagram.com/honeywell
- Address: 855 S. Mint Street Charlotte, North Carolina, US
- Phone: 1 877 841 2840
Conclusion
Looking across these companies, one thing becomes pretty clear – IoT in manufacturing is not one single type of solution anymore. Some teams focus on connectivity and infrastructure, others build software layers that turn machine data into something people can actually use, and a few sit closer to operations, where compliance, monitoring, and day to day reliability matter just as much as analytics. It is a mix of hardware, platforms, and practical tools, and most manufacturers end up needing a bit of all three, whether they planned for it or not.
What stands out is how grounded a lot of these approaches are. This is less about flashy tech and more about knowing when a machine is acting up, why a process keeps drifting, or how to catch small issues before they turn into downtime. In real factories, those small signals add up fast. The companies working in this space seem to understand that IoT only proves its value when it fits into existing workflows instead of forcing everyone to work around the software. That balance – between data, people, and actual production realities – is where most of the real progress is happening.
