Push-to-Talk Market

How big is the Push-to-Talk Market in 2026?

The global push-to-talk market is estimated at USD 44.80 billion in 2026, compared with USD 40.36 billion in 2025, and is forecast to reach USD 127.21 billion by 2036, expanding at a CAGR of 11.0% from 2026 to 2036.

Demand for push-to-talk is driven by public-safety and enterprise fleets that need one instruction to reach a whole team at once and is expanding from dedicated radio networks to cellular and broadband services. Programmes to replace public-safety radio are supporting this demand, and the market is expected to grow at a double-digit rate through 2036. In January 2025, the UK Home Office selected IBM to design, build and integrate the Emergency Services Network, which is intended to serve more than 300,000 emergency responders in Great Britain and provide push-to-talk on new handheld devices. [1] In the United States, AT&T's AdventHealth case study describes the replacement of UHF two-way radios with FirstNet Rapid Response to connect a healthcare system spanning 54 hospital campuses and hundreds of care sites in nine states. [2] One is a national programme and the other a single fleet, so together they show the two routes to orders and not how many users or devices move in a given year.

The move to broadband also keeps work going on existing radio systems. In March 2026, the German government said TETRA voice communication would remain available until the next generation of broadband public-safety radio could replace it. [3] NIST's March 2025 mission-critical voice report described the difficulty of combining equipment from different vendors and carrier services, and the training needed to use the combined systems. [4] Therefore, radio interworking and user training stay in the order alongside new push-to-talk platforms. According to analysis by FMI, compatibility with installed equipment affects supplier choice. Both sources describe public-safety needs, so they do not show the weight of commercial fleet demand.

Market Size & Forecast

Table 1: Push-to-Talk Market Size and Forecast (USD billion and CAGR percentage), 2025 to 2036

Market size and forecast	Value
2025 Value	USD 40.36 billion
Estimated market size in 2026	USD 44.80 billion
Projected market size by 2036	USD 127.21 billion
CAGR (2026-2036)	11.0%
Added revenue, 2026 to 2036	USD 82.41 billion

Key Market Trends & Insights

• Hardware is estimated to account for 44.2% of revenue by offering in 2026, because dedicated field devices and control-room endpoints are still bought next to phone-based services.
• Cellular or PoC services are expected to hold 58.7% of revenue by network in 2026, so connecting teams across several sites without a private radio network in each is the main route to orders.
• National programmes create the largest single contracts. The UK's Emergency Services Network is intended to put push-to-talk on new handhelds for more than 300,000 responders, [1] which supports device software and integration work.
• Fleet replacement adds a second route. AdventHealth moved from UHF two-way radios to FirstNet Rapid Response across nine states, [2] which shows how a single operator can order a cellular service for a whole workforce.
• Installed radio stays in service during migration. Germany keeps TETRA voice until broadband can replace it, [3] and NIST reports difficulty in combining vendors' equipment, [4] so interworking and training remain part of the spend.
• Standards define what a supplier can claim. ETSI's Release 19 architecture for mission-critical services sets functions and interfaces, [5] which gives buyers a reference for comparing implementations.

Regional Highlights

• India is likely to grow at a 13.2% CAGR during the forecast period, followed by the United Kingdom at 12.8%, South Korea at 10.4%, the United States at 9.8% and Germany at 9.1%.

Analyst Perspective

“The transition to broadband push-to-talk creates demand for services that work with radios already in use. Migration contracts will depend on proven route coverage and reliable group calling, with training and operational support helping customers make the change without disrupting team communications.”

- Sudip Saha, Principal Consultant, FMI

How is the Push-to-Talk Market segmented?

The Push-to-Talk Market is segmented by offering, network, enterprise size, vertical and region.

• By Offering: Hardware, Solutions and Services.
• By Network: Cellular or PoC and Land Mobile Radio.
• By Enterprise Size: Large Enterprises and SMEs.
• By Vertical: Public Safety and Security, Government and Defense, Transportation and Logistics, Travel and Hospitality, and Energy and Utility.
• By Region: North America, Latin America, Western Europe, Eastern Europe, East Asia, South Asia and Pacific, and Middle East and Africa.

Why is Hardware the Leading Offering in the Push-to-Talk Market?

Hardware accounts for an estimated 44.2% of push-to-talk revenue by offering in 2026, equal to about USD 19.80 billion, as per FMI's analysis.

Table 2: Offering Share for the Push-to-Talk Market (percentage share of revenue), 2026

Segment	Share (2026)
Hardware	44.2%
Other segments combined	55.8%

The segment covers dedicated field devices and the endpoints and interfaces used around the control room. Motorola Solutions offers APX and MOTOTRBO radio products alongside WAVE PTX, while Hytera offers P50 PoC devices and the MNC360 mobile radio. Controls that work with gloves and audio that stays clear in a vehicle cab are purchasing criteria, which keeps dedicated devices in demand next to phone-based services.

Charging and replacement arrangements also support hardware spending, since equipment passes between shifts and batteries and accessories need to remain available during the support period. A radio that is inexpensive to buy becomes difficult to keep in service if a damaged unit has no compatible replacement.

However, solutions and services together hold the remaining 55.8% of offering revenue. Smaller organisations may begin with a limited subscription on existing phones and buy dedicated devices later for users whose shifts require them, so hardware leads the offering categories without accounting for the whole cost of running a push-to-talk service. Suppliers best placed to hold the share provide suitable controls and audio, keep batteries and accessories available and give the customer a clear replacement path for devices used across several sites.

Why is Cellular or PoC the Leading Network in the Push-to-Talk Market?

Cellular or PoC services are expected to hold 58.7% of push-to-talk revenue by network in 2026.

Table 3: Network Share for the Push-to-Talk Market (percentage share of revenue), 2026

Segment	Share (2026)
Cellular or PoC	58.7%
Other segments combined	41.3%

These services let an organisation connect teams working beyond the reach of one private radio site. Customers can start with a small user group and add routes or premises as the service becomes part of daily work, which suits fleets and other dispersed commercial operations. The recurring subscription also pays for administration: new workers need enrolment, departed staff need removal and supervisors need the correct group permissions.

However, a claim of national mobile coverage does not guarantee reception in a loading bay, an underground service area or every part of a working route. Land mobile radio remains important where an operator needs control over coverage and direct communication, and NIST identifies the integration of radio and broadband as a practical concern for mission-critical voice. [4]

Suppliers best placed demonstrate coverage on the customer's routes, make group changes straightforward and support the connection to existing radios where the customer needs both networks.

What are the Key Drivers, Restraints and Opportunities in the Push-to-Talk Market?

The push-to-talk market is expected to grow from USD 44.80 billion in 2026 to USD 127.21 billion by 2036, which adds USD 82.41 billion over the forecast period. Immediate group coordination supports demand, while coverage gaps and migration complexity can delay an order, and managed connections between radio and broadband create a separate service opportunity.

Driver: distributed operational work. A depot closure or a changed collection point requires a supervisor to reach the active team immediately, and security patrols and maintenance crews have the same need for a spoken group instruction. A service that can add a route or contractor without rebuilding local radio infrastructure gives these customers a reason to extend their use of push-to-talk.

Restraint: coverage and mixed equipment. Emergency organisations rarely replace every device at once, so a control room may need to reach old and new equipment during the same shift. A gateway can connect the systems yet behave differently when a priority call starts or a user changes groups, [4] and unresolved responsibility between network and equipment providers can hold up acceptance even when individual components work.

Opportunity: managed migration. The Emergency Services Network is intended to support more than 300,000 responders, which makes enrolment and operational transfer substantial tasks. [1] Suppliers can define talk groups, prepare devices and train staff around actual dispatch procedures, and a customer that undertakes such a change only once in many years has reason to buy that support.

Suppliers that keep dispatch connected during the transition and accept clear duties for configuration changes and restoration are best placed to secure recurring work as customers add users.

How do Standards and Service Requirements Influence Push-to-Talk Demand?

Standards and operating requirements affect which service a customer can accept. A common architecture gives suppliers a technical reference, while the customer's duty determines the reliability and support it needs, so an enterprise group-calling application does not automatically qualify for emergency response.

Standards that define service functions and interfaces

ETSI TS 123 280 V19.9.0, published in February 2026, sets out the Release 19 common functional architecture to support mission-critical services at Stage 2. [5] Defined functions and interfaces matter when the customer combines devices, dispatch software and network services from different providers. The relevant question is which functions the offered implementation supports and how its components work together.

Requirements that follow the operating duty

NIST's roundtable brought together 37 first responders and communications engineers to discuss mission-critical voice. [4] Its practical focus shows why a demonstration call alone is insufficient for emergency-service acceptance, since understandable speech, familiar controls and the behaviour of a group call under difficult conditions all affect use in the field.

Responsibilities that must be clear in the contract

The Emergency Services Network announcement describes a user-services partnership for a large planned national service. [1] Device management, training and control-room connections therefore need assigned responsibilities before users transfer, and an agreement must also state who diagnoses a fault when it crosses the interface between the radio system and a broadband service.

These requirements make documented service behaviour and support part of the purchase. A supplier that can explain the implemented functions, demonstrate the complete call route and maintain the service after handover has a stronger position with customers whose operations depend on immediate voice communication.

What Technical and Operational Constraints Affect Push-to-Talk Supply?

The constraints sit in coverage, equipment, interfaces and service continuity, and improving one of them does not make the complete service ready for operational use.

The first is reception. Cellular coverage needs to be checked in buildings, service areas and along the routes where workers spend their shifts, because a successful call in the sales office does not show how the service behaves during network congestion or a local power failure.

The second is the device. Buttons need to remain usable while a worker carries equipment or wears gloves, and audio needs to stay clear near machinery. Charging between shifts, battery endurance and access to replacement accessories can limit use even where the network signal is adequate.

The third is the radio and broadband interface, which NIST identifies as a practical concern. [4] The complete path from speaker to recipient needs to preserve the expected group-call behaviour during changes in priority or membership, and a fault involving several providers takes longer to resolve if no party owns the diagnosis.

The fourth is continuity away from normal infrastructure. The First Responder Network Authority's Release 19 discussion includes work on isolated operation and relaying. [6] These are areas of standards work, and their presence does not mean that every product on offer implements them, so a customer needs evidence of the functions available in its particular system.

These constraints favour suppliers that test equipment with actual users, document the behaviour of connected systems and provide a support route covering the whole service. Unfamiliar procedures can slow adoption even when a radio link works.

Where are the Commercial Opportunities for Push-to-Talk Suppliers?

The opportunity lies in extending commercial teams, supporting migration and maintaining deployments after installation. The value of each contract depends on the number of active users and the work the supplier accepts.

The first is commercial expansion. A warehouse or fleet may begin with existing phones and a limited subscription, then add dedicated devices for demanding shifts, and seasonal workers may need short licences while supervisors need permanent access. A supplier that prices these patterns clearly can expand with the customer and avoid disputes over inactive devices or unused subscriptions.

The second is commissioning and migration. Customers need talk groups defined, equipment enrolled and training matched to dispatch procedures before a transfer. Deployable systems used with emergency communication vehicles add work because the operating location can change at short notice, so repeatable commissioning and support at unfamiliar incident sites give suppliers a practical service offer.

The third is continuing administration. Staff leave, contractors join, and carriers or device models change. Training and radio gateways can be material parts of an order even where the initial software charge is modest, and suppliers that state clear duties for configuration changes, restoration and replacement equipment give customers a basis for judging renewal by operating results.

Push-to-Talk Market by Country (2026 to 2036)

Table 4: Country Growth Outlook for the Push-to-Talk Market (CAGR percentage), 2026 to 2036

Country	CAGR (2026-2036)
India	13.2%
United Kingdom	12.8%
South Korea	10.4%
United States	9.8%
Germany	9.1%

What is driving push-to-talk demand in India?

India is likely to grow at a 13.2% CAGR during the forecast period, the highest rate among the countries analysed.

On 23 October 2026, the Ministry of Home Affairs sought input on the network architecture of a proposed nationwide public-safety broadband system with mission-critical push-to-talk. [7] The consultation is an advantage because it lets suppliers shape systems for police, disaster response, fire and medical services. The disadvantage is that it is a design consultation and not a purchase order, so the timing of equipment demand from it remains open.

Commercial demand runs alongside it. Organisations supervising work across city boundaries, such as a parcel operator directing drivers from one control room, favour straightforward group administration and subscription terms that let the customer add workers as operations grow. Suppliers with local support and clear rules for group access are best placed to turn an initial deployment into repeat business.

What is supporting push-to-talk demand in the United Kingdom?

The United Kingdom is likely to grow at a 12.8% CAGR during the forecast period.

The Emergency Services Network is the largest identified programme among the countries analysed, and the Home Office describes it as a user-services partnership for a national service. [1] That scale is an advantage because it makes training, device acceptance and service continuity central to procurement before an operational transfer takes place. The disadvantage is that individual emergency services can have different control-room arrangements, and the broader commercial market of transport and facility operators has different service needs.

Growth is likely to follow the transfer of responders to the new service. Suppliers that state their responsibilities at each interface and offer packages suited to the customer's actual work hold the stronger position.

What are the key sources of push-to-talk demand in South Korea?

South Korea is likely to grow at a 10.4% CAGR during the forecast period.

Samsung completed deployment of a nationwide public-safety LTE network in March 2021 with mission-critical push-to-talk for more than 330 public-safety organisations and agencies. [8] An installed system of that size is an advantage because it provides a base for continuing device support and service upgrades. The disadvantage is that a capable mobile network alone does not make an application useful, and industrial teams in noisy buildings and transport users moving between working locations judge the service by audio and handover.

Growth is likely to come from refresh and from commercial teams. Suppliers can secure additional orders by resolving a recurring operating problem, such as short battery endurance or cumbersome device enrolment.

What is leading push-to-talk demand in the United States?

The United States is likely to grow at a 9.8% CAGR during the forecast period.

NIST's March 2025 roundtable report examined concerns raised by 37 first responders and communications engineers, which makes user evaluation an important part of the purchasing discussion. [4] Agencies need communication across jurisdictions and equipment generations, and controls have to fit established response procedures as well as meet technical specifications, which is an advantage for suppliers that test with users. The disadvantage is that broad geography requires services to be assessed where personnel actually work, and an enterprise calling application is not a replacement for every function of a public-safety radio.

Commercial fleets form a separate source of managed cellular demand, as the AdventHealth case shows. Suppliers need to distinguish the two sets of service obligations.

What is shaping push-to-talk demand in Germany?

Germany is likely to grow at a 9.1% CAGR during the forecast period, the lowest rate among the countries analysed.

In March 2026, the German government reported more than 5,000 TETRA base stations covering 99.2% of the country's area. [3] That installed network keeps radio compatibility relevant to orders for new push-to-talk systems, which is an advantage for suppliers that can interwork with it. The disadvantage is that a fault can involve more than one provider, so customers need a clear support route.

Growth is likely to stay moderate while organisations with established radio procedures introduce broadband features selectively, adding images and location information for dispatch while field staff keep a familiar voice arrangement. Industrial users can begin with one maintenance or security team in a defined working area, and suppliers that make that first deployment reliable can support later expansion without requiring the whole organisation to change equipment at once.

Who are the notable companies in the Push-to-Talk Market?

Companies differ by the equipment and operating responsibilities they take on. The market includes professional radio manufacturers, suppliers of dedicated PoC devices and providers of application-based voice and dispatch services, and these positions carry no common market-share ranking.

Motorola Solutions combines professional radio products with broadband calling through its APX, MOTOTRBO and WAVE PTX offers. Hytera supplies radio equipment and dedicated PoC devices, including P50 devices and the MNC360 mobile radio, and JVCKENWOOD supplies KENWOOD land mobile radio products for business and industrial users.

Airbus offers the Agnet broadband communication platform for critical and enterprise operations. Zello offers application-based enterprise voice and dispatch functions for distributed frontline teams. Application providers can compete on the ease of deployment and administration, while radio suppliers bring experience with installed equipment and its replacement.

A customer may buy from more than one provider because the control room and the field device serve different needs, so the proposal has to show how these elements work together and who takes responsibility when service stops. Clear support obligations are expected to carry weight alongside device specifications as organisations extend their use of push-to-talk.

Key Developments in the Push-to-Talk Market

• On 23 October 2026, India's Ministry of Home Affairs sought public and stakeholder input on the network architecture of the proposed Broadband Public Protection and Disaster Relief system. [7]
• On 31 March 2026, the German Bundestag published the government's report on the further development of the BOS digital radio network, which keeps TETRA voice available until broadband can replace it. [3]
• In February 2026, ETSI published the Release 19 common functional architecture for mission-critical services, ETSI TS 123 280 V19.9.0. [5]
• In 2026, the First Responder Network Authority discussed completion of 3GPP Release 19 and work on isolated operation and relaying. [6]
• On 14 March 2025, NIST published the Mission Critical Voice Roundtable Report following discussions with 37 first responders and communications engineers. [4]
• On 15 January 2025, the UK Home Office announced IBM as its Emergency Services Network user-services partner and described support for more than 300,000 intended responders. [1]

Key Players in the Push-to-Talk Market

• Motorola Solutions
• Hytera
• JVCKENWOOD
• Airbus
• Zello

Push-to-Talk Market Report Scope

Table 5: Report Scope for the Push-to-Talk Market (coverage fields and definitions), 2026 to 2036

Coverage Field	Report Scope
Market Breakdown	Offering (Hardware, Solutions, Services); Network (Cellular or PoC, Land Mobile Radio); Enterprise Size (Large Enterprises, SMEs); Vertical (Public Safety and Security, Government and Defense, Transportation and Logistics, Travel and Hospitality, Energy and Utility)
Quantitative Units	Revenue in USD billion and CAGR from 2026 to 2036
Market Definition	Revenue from dedicated push-to-talk hardware, software solutions and associated services used for immediate individual or group communication. It excludes general mobile subscriptions and ordinary voice-calling expenditure without a dedicated push-to-talk offer, and general-purpose smartphones unless sold as part of a dedicated push-to-talk commercial package.
Regions Covered	North America, Latin America, Western Europe, Eastern Europe, East Asia, South Asia and Pacific, Middle East and Africa
Countries Covered	India, United Kingdom, South Korea, United States and Germany
Key Companies Covered	Motorola Solutions, Hytera, JVCKENWOOD, Airbus and Zello
Forecast Period	2026 to 2036 (with 2025 historical baseline)
Approach	Combined primary interviews, secondary literature analysis, and top-down data triangulation

Push-to-Talk Market - Research Methodology

The market assessment combines primary interviews with industry participants and secondary research drawn from company disclosures, trade data and industry publications. Market size is built from supply-side and demand-side estimates and validated top-down, and segment shares and competitive positioning are checked through data triangulation before publication.

Push-to-Talk Market by Segments

By Offering

• Hardware
• Solutions
• Services

By Network

• Cellular or PoC
• Land Mobile Radio

By Enterprise Size

• Large Enterprises
• SMEs

By Vertical

• Public Safety and Security
• Government and Defense
• Transportation and Logistics
• Travel and Hospitality
• Energy and Utility

By Region

• North America
  • United States
  • Canada
• Latin America
  • Brazil
  • Mexico
  • Argentina
  • Chile
• Western Europe
  • Germany
  • France
  • United Kingdom
  • Italy
  • Spain
  • Benelux
  • Nordics
• Eastern Europe
  • Poland
  • Czech Republic
  • Romania
  • Hungary
• East Asia
  • China
  • Japan
  • South Korea
• South Asia and Pacific
  • India
  • ASEAN
  • Australia and New Zealand
• Middle East and Africa
  • GCC Countries
  • South Africa
  • Turkiye
  • Israel

Research Sources and Bibliography

• [1] Home Office. Home Office and IBM to partner on Emergency Services Network. 15 January 2025.
• [2] AT&T FirstNet. Boosting AdventHealth safety and efficiency. n.d.
• [3] Deutscher Bundestag. Weiterentwicklung des Digitalfunks BOS. 31 March 2026.
• [4] Kahn, A., and Soucy, L. National Institute of Standards and Technology. Mission Critical Voice Roundtable Report. 14 March 2025.
• [5] European Telecommunications Standards Institute. LTE: Common functional architecture to support mission critical services, Stage 2 (ETSI TS 123 280 V19.9.0). February 2026.
• [6] First Responder Network Authority. 3GPP completes Release 19, while progress begins on 6G work. 2026.
• [7] Ministry of Home Affairs, India. Soliciting public opinion and stake holders input on Design of Network Architecture for the proposed Broadband Public Protection and Disaster Relief (BB-PPDR) System. 23 October 2026.
• [8] Samsung Electronics. Samsung Powers World's First 3GPP-Compliant Nationwide Public Safety Network With MCPTT Service in Korea. 26 April 2021.