Key takeaways
- A frontline operations platform connects frontline workers with the workflows, information, expertise, and systems they need to do physical work.
- It can work alongside systems like ERP, CMMS, EAM, MES, and SCADA. It may not need to replace them.
- Core capabilities can include digital workflows, work instructions, inspections, evidence capture, issue management, remote assistance, knowledge capture, and operational visibility.
- The strongest platforms are built around the place where frontline work happens, including mobile, remote, hazardous, and low-connectivity sites.
- Telepresenz offers an AI-powered frontline industrial operations platform built around connected workflows, safety intelligence, remote assistance, training, and operational knowledge through SmartOPS™, SmartEYE™, and SmartITM™.
Industrial organizations have invested heavily in systems that manage production, maintenance, assets, safety, enterprise processes, and data. Yet much of the work that keeps these systems running happens somewhere else. It happens on the plant floor, at an offshore facility, inside a mine, at a utility site, or next to a physical asset.
The people doing that work are frontline workers. They inspect equipment, follow procedures, record readings, respond to issues, perform maintenance, complete safety checks, and make decisions based on what they see in the field.
Giving these workers one more application may not fix the problem. Connecting what the organization plans with what the frontline does may.
Deloitte’s 2025 Smart Manufacturing Survey found that manufacturers reported lower maturity in human capital and maintenance than in quality management, operations, continuous improvement, and technology. At the same time, 92% of surveyed manufacturers said they believe smart manufacturing will be the main driver of competitiveness over the next three years.
This is where frontline operations technology comes in, and where the idea of a frontline operations platform becomes important.
What is a frontline operations platform?
A frontline operations platform is software that helps frontline teams execute, document, and improve operational work where that work happens.
In an industrial environment, this can include digital workflows, work instructions, inspections, task execution, evidence capture, issue reporting, operational communication, remote assistance, knowledge access, and real-time visibility.
A frontline operations platform may leave existing systems in place. It connects the execution layer with the wider operational technology environment.
Enterprise planning and systems
ERP, CMMS, MES, and other systems hold business and operational information.
Frontline execution
Workers use digital workflows and relevant information to perform tasks at the point of work.
Operational data
Completed tasks generate structured records, findings, and evidence.
Management action
Supervisors and operations leaders use that information to review progress, address issues, and make decisions.
The platform sits close to the point of work. It helps workers reach the information and processes they need. It also creates structured information that supervisors and operations leaders can act on.
The category is still taking shape, so no single definition is accepted by everyone. You may see it called frontline operations software or frontline operations technology. The name changes. What sets the category apart is its focus: making frontline work more connected, structured, visible, and actionable.
Why do industrial organizations need frontline operations platforms?
Industrial operations are increasingly digital. Even so, digital tools may not connect frontline work.
A maintenance system may hold the work order. An ERP may hold business information. A production system may hold process data. A safety system may hold incidents. Documents may hold operating procedures. The person doing the work may still need to move between several systems, or lean on paper, memory, phone calls, or informal chats to finish the job. That makes frontline operations management harder than it needs to be, because the picture of what is happening sits in many places.
PwC’s 2025 Digital Trends in Operations Survey of 610 operations and supply chain leaders found that 92% cite at least one reason why their tech investments have not fully delivered expected results, and 83% cite two or more reasons. Integration complexity and data issues were the two most common reasons. PwC’s own advice is direct: integrate, don’t just implement. Simplify system architecture and build a base for integration from the start.
The same idea applies to industrial frontline operations.
A frontline platform is valuable when it helps answer practical questions:
- What work needs to be done?
- What procedure should the worker follow?
- What information does the worker need at the asset?
- What did the worker find?
- What evidence was captured?
- Does the issue need escalation?
- Who needs to respond?
- What happened after the work was completed?
This moves digital technology from simply recording work to helping people perform and improve it.
What does a frontline operations platform do?
Capabilities vary between platforms. A full industrial frontline operations platform may bring several functions together.
1. Digital workflow execution
Workers can follow structured digital workflows instead of relying only on paper instructions or manually coordinated steps.
Workflows can guide inspections, operational rounds, maintenance activities, safety processes, quality checks, commissioning tasks, and other recurring procedures.
The key point is that the workflow lives where the work is performed. This also helps frontline work management. Tasks, steps, and results sit in one place, so supervisors can see what was assigned and what got done.
2. Digital work instructions
Workers can open procedures, instructions, checklists, diagrams, images, videos, or other operational information while they perform a task.
This helps when the work depends on consistent procedures. It also helps when the knowledge of experienced workers needs to reach others.
3. Inspections and evidence capture
A platform can structure inspection activities and let workers capture information as they work.
Depending on the workflow, this may include:
- Readings
- Photos
- Videos
- Notes
- Observations
- Approvals
- Exceptions
- Inspection results
The operational record can be created alongside the work, instead of being written later from memory.
4. Issue and exception management
Frontline workers may be the first people to see something abnormal.
A damaged component, unusual reading, safety concern, quality defect, or equipment problem can be recorded directly in the workflow and sent to the right person.
This connects observation → escalation → response → resolution.
5. Remote assistance
Some problems cannot be solved with a standard procedure.
When a worker meets an unfamiliar or complex situation, the platform can bring remote expertise into the workflow.
A technician and a remote specialist can see the same situation, discuss the problem, share information, and document the outcome. The expert does not need to be on site.
6. Operational visibility
Information captured at the point of work can reach supervisors and operations leaders.
Managers can get a more current view of task progress, findings, exceptions, inspections, and operational activity, without waiting for end-of-shift reports.
McKinsey describes this broader idea as connecting frontline problem-solving with the data leaders need to make operational decisions.
7. Knowledge capture
Frontline teams hold valuable practical knowledge that is hard to find in formal enterprise systems.
A worker may know how a particular asset behaves, what an abnormal condition looks like, or how an unusual problem was solved before.
Capturing that knowledge in workflows, procedures, records, or training material can make it available to more people than the one who first held it.
8. Integration with enterprise systems
A frontline operations platform may not need to become the system of record for every business process.
It can work alongside existing systems like ERP, CMMS, EAM, MES, SCADA, IoT, and other operational technologies.
This matters because industrial organizations rarely run on a single system.
Who uses a frontline operations platform?
A frontline operations platform is not limited to one job function. Users may include:
Operators
Perform rounds, monitor equipment, record readings, and respond to operating conditions.
Technicians
Carry out maintenance, inspections, troubleshooting, repairs, and technical procedures.
Inspectors
Perform structured inspections, capture evidence, identify findings, and document compliance.
Supervisors
Monitor work, review exceptions, assign resources, and step in when issues come up.
Safety and compliance teams
Manage safety workflows, observations, inspections, evidence, and corrective actions.
Operations leaders
Monitor performance across teams, assets, facilities, and locations.
Remote experts
Support frontline workers when specialized knowledge is needed at the point of work.
The common factor is that these users work close to physical operations.
What types of work can a frontline operations platform support?
The technology fits wherever workers carry out structured physical work, including field operations, and report the results.
Common examples include:
- Equipment inspections
- Operator rounds
- Preventive maintenance
- Safety checks
- Quality inspections
- Field troubleshooting
- Commissioning
- Incident reporting
- Compliance workflows
- Asset inspections
- Remote expert support
- Training and knowledge transfer
The same platform can support different workflows across manufacturing, energy, utilities, mining, oil and gas, transportation, aviation, facilities, and other asset-intensive environments.
The workflow changes by industry. The need to connect people, processes, information, and operational evidence stays the same.
How is a frontline operations platform different from other industrial software?
This is where the category becomes easier to understand.
Frontline operations management software may sit alongside the systems already running an industrial organization. Its role is different.
| Software category | Main role |
|---|---|
| ERP | Manages enterprise business processes, transactions, resources, and financial or supply-chain information. |
| CMMS | Manages maintenance work, work orders, assets, preventive maintenance, and maintenance records. |
| EAM | Manages assets across their wider lifecycle, including maintenance, performance, and asset-related processes. |
| MES | Manages and monitors manufacturing execution and production processes. |
| Field Service Management | Coordinates field service activities such as scheduling, dispatch, and service delivery. |
| Workflow automation software | Automates defined processes, tasks, approvals, and business rules. |
| Frontline operations platform | Connects frontline workers with the workflows, information, evidence, expertise, and operational systems needed to execute physical work. |
These categories can overlap.
A maintenance work order may start in a CMMS, reach a technician through a frontline workflow, produce inspection evidence during the job, and then return the completed information to the maintenance system.
The aim is to make the systems work together around the person performing the work.
What should you look for in frontline operations software?
Start with the work. Then look at the feature list. Frontline worker technology helps most when workers find it easy to use on a busy shift.
1. Frontline usability
Can workers use it easily while wearing protective equipment, moving around a facility, inspecting an asset, or working under time pressure?
2. Workflow flexibility
Does the platform fit the organization’s actual processes, or does it push workers into generic forms?
3. Evidence capture
Can workers capture what is needed to show what happened, like photos, video, readings, notes, approvals, or timestamps?
4. Offline capability
Do critical workflows keep running when workers are in remote or low-connectivity places?
5. Integration
Does the platform exchange information with the systems the organization already uses?
6. Operational visibility
Can supervisors and leaders see what is happening across teams, assets, and sites without waiting for manually prepared reports?
7. Knowledge access
Do workers get the procedures and operational knowledge they need at the point of work?
8. Remote expertise
How quickly can a worker bring in a specialist when the job needs knowledge that is not available locally?
9. Security and governance
Can the organization control access, protect operational data, and manage the platform across multiple sites and teams?
10. Scalability
Can a workflow proven at one site be adapted and rolled out to other facilities without a separate technology stack for each location?
These points matter because digital transformation tends to work when the technology fits the real operating environment.
The World Economic Forum’s research on manufacturing transformation also stresses that technology on the shop floor needs to be shaped around the realities and priorities of frontline workers. A purely top-down technology push may fall short.
Why integration matters more than replacement
Industrial organizations have collected technology over decades. A facility may have an ERP, CMMS, MES, SCADA environment, IoT infrastructure, safety systems, document repositories, and specialized applications.
Digitizing frontline work may leave these systems in place. A practical approach is to connect the systems that already manage operational data with the platform workers use at the point of work.
Existing enterprise and operational systems
ERP, CMMS, MES, SCADA, IoT infrastructure, safety systems, and other applications hold existing business and operational information.
Frontline operations platform
The platform brings relevant information into workflows and gives workers a structured way to execute tasks.
Worker at the point of work
Frontline workers follow procedures, perform tasks, capture evidence, and record results in the field.
Structured operational data and evidence
Completed work creates records that supervisors and relevant teams can review and use.
Enterprise systems and management decisions
Operational information can feed into existing systems and help teams make informed decisions about the work that follows.
The frontline operations platform acts as the workflow layer between existing systems and the people doing the work. It can bring relevant information into the field, structure the work being done, capture evidence and results, and pass operational information back to the wider technology environment.
Telepresenz’s SmartOPS connects with ERP, MES, SCADA, IoT, and legacy systems and supports configurable workflows across cloud, on-premises, and hybrid environments. Frontline work can join the existing operational technology environment while the systems that already support the business stay in place.
This approach suits organizations that want to improve frontline execution without building another isolated technology environment.
How does AI fit into frontline operations software?
AI is one part of modern frontline operations software. The useful question is where intelligence can improve the work frontline teams do.
AI can support frontline operations in several ways, including:
- Finding relevant operational information
- Spotting patterns in operational data
- Prioritizing tasks and issues
- Supporting maintenance decisions
- Detecting safety conditions
- Processing information captured during fieldwork
- Turning operational knowledge into usable guidance
- Helping supervisors spot emerging issues
- Supporting training and knowledge transfer
For industrial organizations, AI gains value when it is connected to the workflow and the information around the work. An AI tool that sits apart from the worker’s process may provide information, but the worker may still have to leave the task to use it.
Embedding intelligence into the workflows, safety processes, operational information, and knowledge workers already rely on is where the AI-powered approach to frontline operations pays off. Telepresenz takes this approach by bringing AI closer to where industrial work is performed.
How Telepresenz brings frontline operations together
Telepresenz is an AI-powered frontline industrial operations platform that connects teams, workflows, safety intelligence, and operational knowledge across industrial environments.
Its platform combines three complementary solutions:
SmartOPS™
Workflow automation, frontline execution, maintenance, remote assistance, analytics, and operational visibility.
SmartEYE™
AI-powered computer vision for safety, hazard detection, and quality monitoring.
SmartITM™
Training, task management, knowledge capture, and workforce development.
The platform covers more than a single industrial function.
The broader model is:
Frontline workflow → Execute → Capture → Monitor → Escalate → Learn → Improve
SmartOPS can guide frontline work and capture operational evidence, while remote assistance can connect a worker with an expert when more knowledge is needed. SmartEYE can add safety intelligence, and SmartITM can help capture and share operational knowledge.
Telepresenz supports frontline operations across asset-intensive industries, including oil and gas, energy and utilities, transportation, facilities, and other industrial environments.
The result is a connected layer around frontline execution.
Frontline operations in practice: Fortescue
A practical example is Telepresenz’s work with mining company Fortescue.
Mining teams can work far from engineering specialists, which makes it hard to bring the right expertise to an equipment problem quickly. Fortescue deployed SmartOPS to connect field teams in Australia’s Pilbara region with Perth-based engineering experts.
Field workers shared what they were seeing, and remote engineers guided them through troubleshooting and repair. Telepresenz reports that repair times fell from two to three days to under six hours, and expert site visits dropped by 80%.
Read the full Fortescue case study here.
The value comes from connecting the frontline worker, the operational problem, the evidence, the remote expertise, and the resolution process.
That is the broader role a frontline operations platform can play in an industrial environment.
See Telepresenz in action
Explore how Telepresenz helps frontline teams access digital workflows and carry out operational tasks with better visibility for managers.
The future of frontline operations is connected execution
Industrial digital transformation has long focused on enterprise systems, automation, machines, and data infrastructure.
The next step is to connect the people operating those systems as well, and frontline operations technology can help with that.
A frontline operations platform helps close that gap by bringing together:
People + Workflows + Knowledge + Evidence + Expertise + Operational Data
The goal is to make work at the point of operation more consistent, visible, informed, and connected to the rest of the organization.
For industrial companies, that can mean moving from:
Paper → digital records
to:
Digital records → connected execution
and then toward:
Connected execution → intelligent operations.
Connect your frontline operations
See how Telepresenz can help your teams execute work, connect expertise, and improve operational visibility.
“`html
FAQs
No. Field service management focuses on coordinating service work in the field, including scheduling, dispatch, and service delivery. A frontline operations platform has a broader operational focus. It can support workers doing inspections, production-related activities, maintenance, safety processes, troubleshooting, and other industrial workflows.
Not necessarily. In many industrial environments, integration is the stronger approach. The frontline platform can help workers execute and document work while ERP, CMMS, EAM, MES, or other systems continue managing their own business or operational functions.
Yes, if the platform supports multi-site workflows, user management, governance, integrations, and reusable processes. This lets organizations standardize common workflows while adapting them to the needs of individual facilities.
Key considerations include frontline usability, workflow flexibility, offline capability, evidence capture, integration, security, operational visibility, knowledge access, remote assistance, and scalability across multiple sites.
Telepresenz brings these areas together through its AI-powered frontline industrial operations platform, combining SmartOPS™, SmartEYE™, and SmartITM™ to support frontline workflows, safety intelligence, training, and operational knowledge.
Telepresenz connects frontline execution with digital workflows, remote assistance, operational information, and existing enterprise and industrial systems. Its SmartOPS platform supports integration with systems including ERP, MES, SCADA, and IoT environments.
Written by
Indu Tolia
Founder and CEO of Telepresenz
She leads the company’s work to help industrial organizations make frontline work safer, more connected, and more efficient through technology.
Connect with Indu Tolia on LinkedIn
