Connect with us

Technology

97% of commercial software runs MIT-licensed open source, removing dev tool barriers, DHTMLX finds

Published

4 months ago

on

53% of organizations cite zero license cost as the top reason for adopting open source software, according to the 2025 State of Open Source Report.

WARSAW, Poland, July 13, 2026 /PRNewswire/ — The DHTMLX Gantt Community Edition team today released an analysis of recent open-source adoption research examining how licensing models influence developer tool adoption and software component selection. The analysis finds that permissive licensing has evolved from a developer preference into a practical requirement for many organizations evaluating software components, frameworks, and user interface libraries.

According to the 2025 Open Source Security and Risk Analysis (OSSRA) Report from Black Duck, open source components now appear in 97% of commercial software applications, highlighting the extent to which modern software development depends on reusable open-source technologies.

Licensing compatibility, legal clarity, procurement requirements, and long-term maintainability increasingly influence whether software teams can move a component from evaluation into production.

Open Source Has Become the Foundation of Modern Software Development 

Research published in the 2025 OSSRA Report found that 97% of commercial software contains open-source components, based on an analysis of more than 900 commercial codebases across 17 industries. The finding reflects a broader shift in software development practices, where organizations increasingly build products by combining proprietary code with open-source frameworks, libraries, and infrastructure tools.

The widespread adoption of open source has changed how development teams evaluate software. Rather than asking whether open source is appropriate for commercial use, organizations now focus on identifying components that align with security, compliance, and operational requirements.

As open source becomes the default foundation for modern software, licensing considerations become increasingly important during the evaluation process. For development teams building project management, scheduling, and workflow applications, component selection often depends as much on licensing flexibility as on technical functionality.

The importance of open source extends beyond individual applications. In a January 2026 call for evidence, the European Commission estimated that open source software now underpins between 70% and 90% of all code in the digital economy. The finding reinforces how deeply embedded open-source technologies have become across modern software development, infrastructure, and digital services.

MIT Licensing Has Become the Dominant Commercial Model

According to the 2025 OSSRA Report, the MIT license appeared in 92% of audited commercial codebases, making it one of the most widely adopted open-source licenses in commercial software development. The report attributes much of this adoption to the license’s permissive structure, which allows developers to modify, distribute, and integrate software into proprietary products with relatively few restrictions.

The popularity of MIT licensing reflects a practical reality for software organizations. Development teams frequently need to integrate third-party tools into products that may be sold commercially, deployed internally, or customized for client environments. Licenses that introduce legal uncertainty or compatibility concerns can create friction during procurement and deployment.

As organizations seek to reduce those barriers, permissive licensing models continue gaining traction across the software ecosystem.

Cost Remains the Primary Driver of Open Source Adoption 

The 2025 State of Open Source Report, published by Perforce OpenLogic in partnership with the Eclipse Foundation and the Open Source Initiative, found that 53% of organizations identified “no license cost” as the primary reason for adopting open-source software. Among government and public-sector respondents, that figure rose to 92%.

While open source is often discussed in terms of flexibility and innovation, the findings suggest that financial considerations remain a major factor in adoption decisions. Licensing costs can influence project budgets, procurement timelines, and the ability of teams to experiment with new technologies before committing to large-scale implementation.

The report also highlights how cost considerations frequently affect adoption long before technical evaluation begins. Many organizations must secure stakeholder approval, procurement sign-off, or budget allocation before introducing new tools into production environments. A component that can be evaluated without upfront licensing commitments often allows development teams to move more quickly from research and prototyping into real-world testing. As software budgets face increasing scrutiny, reducing financial friction can become just as important as reducing technical friction.

For organizations evaluating developer tools, a permissive open-source option can reduce both financial and administrative barriers during the evaluation stage. Teams can assess functionality, test integrations, and build prototypes without immediately entering commercial licensing discussions.

Open Source Usage Continues to Grow Across Organizations

The same 2025 State of Open Source Report found that 96% of organizations either maintained or increased their use of open-source software during the previous year, while 26% reported significantly increasing adoption.

The consistency of these figures suggests that open source is no longer a temporary cost-saving measure or an alternative development approach. Instead, it has become a long-term strategic component of software development and digital transformation initiatives.

As software ecosystems become increasingly interconnected, organizations continue seeking technologies that provide flexibility, transparency, and community support. Open-source projects often align with those priorities because they allow development teams to inspect source code, customize implementations, and avoid vendor lock-in concerns. The result is a software landscape where open-source adoption continues expanding across organizations of all sizes.

The Industry Has Shifted Toward Permissive Licensing Models

Research published by analyst firm RedMonk in 2026 found that permissive licenses accounted for 82% of GitHub-hosted open-source projects at their peak in 2022, remaining at 73% in 2025 despite broader changes in licensing discussions.

The long-term trend reflects a structural shift toward licenses that prioritize ease of adoption and compatibility. While different licensing models continue serving different purposes, permissive licenses increasingly dominate projects intended for broad commercial use.

For developer tools, this trend is particularly significant. Components that require integration into existing applications often face adoption challenges when licensing terms create uncertainty. Legal reviews, procurement requirements, and compatibility concerns can all slow implementation timelines, especially within larger organizations. By contrast, permissive licenses generally reduce those concerns and make it easier for teams to move from evaluation to implementation.

The shift also reflects broader changes in how software is built. Modern applications frequently depend on dozens or even hundreds of third-party libraries, frameworks, and services. In these environments, licensing compatibility becomes a practical operational consideration rather than a purely legal one. The findings suggest that licensing strategy has become a competitive factor in developer tool adoption, influencing whether a project is evaluated, approved, and ultimately adopted within production environments.

What This Means for Teams Evaluating Project Management Components

The broader adoption trends highlighted in the research help explain why permissively licensed developer tools continue gaining attention across software teams. DHTMLX Gantt Community Edition was recently released as a free JavaScript Gantt chart component distributed under the MIT license. The component enables developers to build project management and scheduling interfaces for commercial, internal, and open-source applications while retaining the flexibility commonly associated with permissive open-source software.

The Community Edition includes a configurable task grid, zoomable timeline, project and milestone support, dependency links, drag-and-drop scheduling, smart rendering, templates, plugins, TypeScript definitions, accessibility support, touch support, and localization capabilities across 50+ languages.

According to public repository data, the DHTMLX/gantt GitHub project has accumulated approximately 1,800 stars and more than 350 forks as of June 2026. The component supports integration with JavaScript applications as well as React, Angular, Vue, and Svelte environments.

The analysis suggests that tools released under permissive licenses may encounter fewer adoption barriers because organizations can evaluate and integrate them without many of the licensing restrictions associated with proprietary alternatives.

Methodology

This analysis synthesized findings from the Black Duck 2025 Open Source Security and Risk Analysis (OSSRA) Report, the 2025 State of Open Source Report published by Perforce OpenLogic in partnership with the Eclipse Foundation and the Open Source Initiative, RedMonk’s 2026 analysis of open-source licensing trends, and European Commission research examining the economic impact of open-source software.

The reviewed research covered commercial software adoption, licensing patterns, organizational usage trends, and economic outcomes associated with open-source ecosystems. All findings referenced in this release originate from publicly available research published between 2021 and 2026.

FAQ

What is DHTMLX Gantt Community Edition? 

DHTMLX Gantt Community Edition is a free JavaScript Gantt chart component released under the MIT license. It allows developers to build project management and scheduling interfaces for commercial, internal, and open-source applications.

What does the MIT license actually allow teams to do?

MIT licensing allows developers and organizations to use, modify, distribute, and integrate software into proprietary or commercial applications while complying with relatively simple attribution requirements.

What core features are included in the Community Edition?

DHTMLX Gantt Community Edition includes a configurable task grid, zoomable timeline, project and milestone support, dependency links, drag-and-drop scheduling, templates, plugins, TypeScript definitions, accessibility support, touch support, and 50+ localization options.

Can DHTMLX Gantt Community Edition be used in a commercial product?

DHTMLX Gantt Community Edition can be integrated into commercial software products because it is distributed under the MIT license, which permits commercial use and distribution.

How is the Community Edition different from the previous GPL-licensed Standard Edition?

DHTMLX Gantt Community Edition is distributed under the MIT license, providing a more permissive licensing model. DHTMLX Gantt PRO remains the paid edition for organizations requiring advanced project management functionality, enterprise-oriented features, and official vendor support.

About DHTMLX Gantt Community Edition

DHTMLX Gantt Community Edition is a free JavaScript Gantt chart component available under the MIT license. The project enables developers to build project management and scheduling interfaces for web applications using plain JavaScript or frameworks including React, Angular, Vue, and Svelte.

Learn more about DHTMLX Gantt Community Edition at https://dhtmlx.com/docs/products/dhtmlxGantt/open-source/.

Source: DHTMLX Gantt Community Edition
Contact: Kate Konyukh
Email:contact@dhtmlx.com

View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/97-of-commercial-software-runs-mit-licensed-open-source-removing-dev-tool-barriers-dhtmlx-finds-302824114.html

Related Topics:
Continue Reading

Technology

Fibocom LTE Cat.1 bis Modules: Starlink DTC Field Test Report

Published

4 hours ago

on

November 8, 2026

By

AUCKLAND, New Zealand, Nov. 8, 2026 /PRNewswire/ — Fibocom’s LE270-EU and LE271-GL LTE Cat.1 bis modules have successfully connected to the SpaceX Direct to Cell (DTC) satellite network during live-network testing in New Zealand. Using standard firmware and without adding satellite-specific hardware modifications, both modules successfully registered on the network, established IP data sessions, and transmitted data over the satellite link. Testing across outdoor, in-vehicle, and indoor environments also provided insights into real-world connectivity performance under different conditions.

Extending LTE Beyond Terrestrial Coverage

For asset trackers, environmental monitoring devices, and other IoT equipment deployed in remote agricultural areas, mountainous regions, or locations with limited cellular coverage, satellite connectivity offers an additional way to keep devices connected.

Traditionally, adding satellite capabilities can introduce additional hardware requirements, power consumption, and development costs. This raises an important question for IoT device manufacturers: Can existing LTE designs be extended to support satellite connectivity without adding dedicated satellite communication hardware?

LTE Cat.1 bis offers a practical balance of data performance, mobility, power consumption, and cost for a broad range of IoT applications. SpaceX Direct to Cell extends the reach of cellular technology by deploying LTE base station capabilities on low Earth orbit (LEO) satellites and operating through partnerships with mobile network operators.

For compatible LTE devices that meet the relevant network access requirements, satellites can provide an additional connectivity option beyond terrestrial cell towers.

This creates opportunities for OEMs to explore satellite-enabled IoT applications while retaining their existing LTE hardware architecture, potentially reducing the complexity of introducing satellite connectivity into established device designs.

Real-World Performance Across Two Environments

Establishing a satellite connection is only part of the equation. For IoT applications, reliable data transfer and the ability to operate under varying coverage conditions are equally important.

Under open-sky conditions, both modules successfully established satellite data connections and demonstrated practical data throughput.

During outdoor and in-vehicle testing with good sky visibility, the LE270-EU achieved approximately 2.2 Mbps downlink throughput, while the LE271-GL reached approximately 2.0 Mbps. Both modules delivered around 0.3 Mbps uplink throughput, with network registration taking approximately 1–30 seconds and ping response rates ranging from 80% to 90%.

The modules were also able to register and exchange data under weak-signal conditions, demonstrating the feasibility of standard LTE connectivity over a live satellite network.

In indoor environments with obstructed sky visibility, connectivity performance varied more significantly.

When tested inside a hotel room, downlink throughput dropped to approximately 0.5 Mbps in some test scenarios, while ping response rates were around 65%–70%. Some data requests also experienced noticeably longer response times.

These findings highlight both the potential and the practical considerations of satellite-enabled IoT connectivity.

For applications such as asset tracking and agricultural monitoring, which typically transmit small amounts of data at regular intervals, the priority is not necessarily to match terrestrial LTE speeds. Instead, satellite connectivity can provide an additional path for transmitting location updates, device status, and sensor readings when terrestrial coverage is unavailable.

Designed for Practical IoT Deployment

Extending connectivity beyond terrestrial networks is valuable, but IoT devices must still meet fundamental requirements for size, power efficiency, and development cost, particularly in battery-powered applications designed to operate unattended for extended periods.

Fibocom’s LE270 and LE271 series LTE Cat.1 bis modules feature a compact 17.7 × 15.8 × 2.4 mm form factor and Power Saving Mode (PSM) current as low as 2.5 μA. With OpenCPU development capabilities and a range of peripheral interfaces, the modules offer flexibility for compact device designs, integrated applications, and power-sensitive IoT deployments.

Satellite connectivity also introduces different considerations for power management.

In the field tests, uploading the same file over the satellite connection required approximately 1.5–1.8 times the energy consumed over a terrestrial cellular connection. The increase was primarily associated with longer transmission times, higher transmit current, and data retransmissions. Meanwhile, the modules maintained their low PSM sleep current.

For battery-powered IoT devices, combining low-power hardware with an appropriate data reporting strategy is essential. Adjusting reporting intervals, buffering data during temporary connectivity interruptions, and retrying transmissions when the link becomes available can help devices operate more effectively under variable satellite network conditions.

The testing has also provided Fibocom with practical engineering insights into satellite network access, data transmission, and connectivity performance across different environments.

Building on these results, Fibocom is continuing to optimize DTC firmware compatibility for the LE270 and LE271 series, with a focus on improving network registration efficiency and connection resilience. These efforts will further support device manufacturers exploring satellite connectivity for asset tracking, remote monitoring, and other IoT applications.

About Fibocom

Fibocom, founded in 1999, is China’s first wireless communication module company listed on both the A-share and H-share markets. Fibocom leverages wireless communication and artificial intelligence as its core technologies to provide integrated hardware and software solutions that empower industry applications. These solutions accelerate the transformation from “Connect Everything” to “Intelligent Connectivity” across diverse industries.

Fibocom’s one-stop solutions encompass cellular communication, AI, automotive, and GNSS modules, as well as AI toolchains, supporting industry-side and mainstream large model integration, and providing AI Agent, global connectivity, and cloud services, driving the digital intelligence upgrades in industries such as robotics, consumer electronics, low-altitude economy, intelligent transportation, smart retail, and smart energy.

View original content to download multimedia:https://www.prnewswire.com/news-releases/fibocom-lte-cat1-bis-modules-starlink-dtc-field-test-report-302930788.html

SOURCE Fibocom Wireless Inc.

Continue Reading

Technology

Budget 2026: Masters of our Destiny – Minister Miller announces the rollout of $600 million targeted support to Canada’s audio and audiovisual sectors

Published

5 hours ago

on

November 8, 2026

By

As announced in Budget 2026, the Government of Canada is providing important measures to support the audio and audiovisual sectors, and to protect access to public service media, productions from official language minority communities, Indigenous content, accessible programming, and local news.

GATINEAU, QC, Nov. 8, 2026 /CNW/ — In an increasingly turbulent world, Canada is determining its future. The federal Budget 2026 aims to make Canadians masters of their own destiny. The Canadian audio and audiovisual sectors are a major source of economic activity and jobs as well as a cornerstone of our country’s cultural sovereignty. 

Budget 2026 confirmed a $600 Million dollar investment in the audio and audiovisual sectors for this fiscal year. Today, the Honourable Marc Miller, Minister of Canadian Identity and Culture and Minister responsible for Official Languages, announced the funding rollout of these significant funds that will provide stability and direct support to the sectors while longer-term policy, regulatory and market conditions evolve.

The Government will focus on stabilizing Canada’s audio, audiovisual and news sectors while keeping Canadian culture accessible and affordable. To ensure rapid and effective delivery, the funding will be delivered through the following six existing programs and institutions that have proven efficiency and have trusted industry funding tools:

Canada Media Fund,Indigenous Screen Office,Canada Music Fund,Northern Aboriginal Broadcasting,Canada History Fund, andTelefilm Canada.

This new direct funding allocation will support Canada’s creativity, arts and culture by ensuring that:

Canada’s audio and audiovisual sectors become more competitive and resilient;Canadians can continue to consume homegrown content on multiple platforms;A broad range of Canadian music is consumed in Canada and abroad;More Indigenous people work on audiovisual content production and lead such projects and, so that the overall representation of Indigenous peoples in audiovisual media is improved; andCanadians across the country can experience stories that bring Canada’s history to life.

The funding rollout details as well as its administration and implementation are listed in the attached backgrounder.

Partnering organizations and programs will provide more details on their specific funding components as soon as possible.

Quotes

“Strengthening our audio and audiovisual sectors is at the core of protecting Canada’s sovereignty, our culture and our languages. With this crucial support, we will provide direct funding and much-needed stability so that our country’s artists, storytellers, creative entrepreneurs and cultural organizations can continue creating Canadian content that reflects who we are and helps us remain masters of our destiny.”

–Marc Miller, Minister of Canadian Identity and Culture and Minister responsible for Official Languages

Quick Facts

In June, the government announced it would update the directions to the CRTC on regulating online streaming services, with a focus on affordability, and that it would invest $600 million to provide stability and support to Canada’s audio and audiovisual sectors.Canadian culture, including the music, audio and audiovisual sectors, are strategic assets and key economic drivers that directly contributed $69.1 billion to the GDP in 2025 and employed 687,824 people as of March 31, 2026.

Related Products

Budget 2026: Masters of our destiny – Backgrounder: Administration and implementation of $600 Million targeted support for Canada’s audio and audiovisual sectorsGovernment of Canada announces immediate support to strengthen Canadian culture and ensure Canadian content remains affordable

Associated Links

Budget 2026: Masters of our destiny Canada Media Fund Indigenous Screen Office program Canada Music Fund Northern Aboriginal Broadcasting Canada History Fund Telefilm Canada 

Budget 2026: Masters of our destiny – Backgrounder: Administration and implementation of $600 Million targeted support for Canada’s audio and audiovisual sectors

Following the announcement of Budget 2026, the Honourable Marc Miller, Minister of Canadian Identity and Culture and Minister responsible for Official Languages, today announced the funding rollout of the $600 Million investment that will provide stability and direct support to Canada’s audio and audiovisual sectors while longer-term policy, regulatory and market conditions evolve.

The Government will focus on stabilizing Canada’s audio, audiovisual and news sectors while keeping Canadian culture accessible and affordable. It will help sustain public-interest programming, local and community media, official language minority community production, the production and promotion of Canadian and Indigenous content, and the continued operation of services of exceptional importance.
This list provides details of the funding administration and implementation.

This list provides details of the funding administration and implementation.

List of organizations and funding mechanisms that will distribute the funding support

Recipient

Funding allocation description

Funded
amount

Canada Media Fund Corporation

 

 

 

Certified Independent Production Funds, the Broadcasting Accessibility Fund, the Independent Local News Fund and Commercial Radio News Fund, the Community Radio Fund, the Broadcasting Participation Fund and Public Service Media

Canada Media Fund Corporation:

This funding will help sustain Canadian content creation and mitigate the impact of declining private-sector contributions from cable and satellite companies, as well as expected contributions from international streaming platforms. The Canada Media Fund Corporation will rapidly deploy the new funding through enhancements to existing programs and the introduction of new initiatives that will support the entire value chain of the industry: from training, to creation, to production, to promotion, to sector and business development. Priority areas will also include francophone programming, children and youth content, interactive digital media (IDM), distribution and export initiatives. As an independent not-for-profit, the Canada Media Fund Corporation will allocate these funds through its programs based on industry needs.

 

Various independents funds:

Delivered by the Department of Canadian Heritage, this funding will include:

Certified Independent Production Funds such as the Black Screen Office, Canadian Independent Screen Fund, Broadcasting Accessibility Fund, Bell Fund, Independent Production Fund, TELUS Fund, Quebecor Fund, Shaw Rocket Fund, Vox Fund and M.É.D.I.A Fund. These will support diverse, accessible and inclusive content and official languages minorities communities;

The Independent Local News Fund and Commercial Radio News Fund will sustain independent local television and commercial radio news, through the Canadian Association of Broadcasters; the Community Radio Fund will strengthen community radio through operational support and sector development;

Together, these investments will extend supported activities beyond content production to address priorities across the broader broadcasting ecosystem, including diversity and accessibility, local news, community radio and public participation in the broadcasting system; The Public Service Media component will be used to deliver additional support to Services of Exceptional Importance, such as the Canadian Public Affairs Channel, Aboriginal Peoples Television Network and TV5 Québec Canada. Funding will ensure the continued operation of these services through support for technology modernization, infrastructure renewal, digital transformation, programming, production, discoverability, accessibility and preservation. This funding would serve as a bridge toward the implementation of a Services of Exceptional Importance Fund.

Certified Independent Production Funds: $44M

Independent Local News Fund: $80M

Commercial Radio News Fund: $11.5M

Community Radio Fund: $7.5M

Services of exceptional importance: $42.1M

$213.4 million

 

 

 

$185.1 million

Indigenous Screen Office

The Indigenous Screen Office will support the Indigenous audiovisual sector and for the production, promotion and discoverability of Indigenous audiovisual content in Canada and abroad. The funding will help grow Indigenous content creation, support the development of this sector and increase international collaborations between Indigenous creators from Canada and abroad. The Indigenous Screen Office corporation, as an Indigenous-led and independent third party, will allocate funding through its programs based on industry needs.

$51 million

Canada Music Fund

Canadian Heritage’s Canada Music Fund will provide support for the production and promotion of Canadian and Indigenous music. This funding will be further distributed by the Canada Music Fund’s two current initial recipients, the Foundation Assisting Canadian Talent on Recordings (FACTOR) and Fondation Musicaction (Musicaction) and three new initial recipients: the Canadian Starmaker Fund, Fonds RadioStar, and the Indigenous Music Office (IMO).

FACTOR: $31.5M

Musicaction: $21.0M

Canadian Starmaker Fund: $5.7M

Fonds RadioStar : $3.8M

IMO : $5.0M

$67 million

Northern Aboriginal Broadcasting

Canadian Heritage will fund culturally relevant Indigenous radio and television content through its Northern Aboriginal Broadcasting program. The funding will benefit Indigenous broadcasters to continue preserving, promoting and revitalizing Indigenous languages and provide platforms for Indigenous audiences to discuss issues important to their communities.

$10 million

Canada History Fund

Through the Canada History Fund, Canadian Heritage will provide funding to support audiovisual programming and related costs.

Up to $5 million

Telefilm Canada

Telefilm Canada will allocate its funding to support the sustainability and growth of the audiovisual industry, as well as the competitiveness and international reach of Canadian and Indigenous feature films, with an audience-driven approach. As a Crown corporation, Telefilm Canada will receive funding through parliamentary appropriations.

$68.5 million

Total targeted support to Canada’s audio and audiovisual sectors in 2026-2027

$600 million

Note: In June, the government announced it would update the directions to the CRTC on regulating online streaming services, with a focus on affordability.

SOURCE Canadian Heritage

Continue Reading

Technology

KeyStone Solutions Wins 2026 MSP 501 Vanguard Award for Innovation

Published

8 hours ago

on

November 8, 2026

By

KeyStone Solutions, a managed IT and cybersecurity provider based in Cleveland, Tennessee, has won the 2026 MSP 501 Vanguard Award from Channel Partners and MSP Summit. The award recognizes managed service providers at the forefront of technology and service innovation.

CLEVELAND, Nov. 8, 2026 /PRNewswire-PRWeb/ — KeyStone Solutions, LLC has won the 2026 MSP 501 Vanguard Award from Channel Partners and MSP Summit. The award was presented Sept. 30 at the MSP 501 Gala during the MSP Summit in Orlando, Fla.

“Our team has done tremendous work over the last year to modernize and automate our service delivery.” Preston West, CEO, KeyStone Solutions

The MSP 501 Special Awards are application-based. A panel of industry leaders, including top global MSPs, analysts and past award recipients, judges each entry.

The Vanguard Award goes to a company at the forefront of technology and service innovation in the managed services channel, including AI, cybersecurity and cloud. Winners use original thinking to meet clients’ needs and to drive their own financial success.

“We are honored to be recognized. Our team has done tremendous work over the last year to modernize and automate our service delivery. I couldn’t be prouder of their hard work and their focus on the customer experience,” said Preston West, CEO of KeyStone Solutions.

“To qualify for the Vanguard award, companies had to document what they have done in terms of innovative and original thinking in meeting clients’ needs and how this has contributed to the company’s overall financial success,” said Dave Raffo, MSP 501 editor who oversees the awards process. “These are among the most innovative MSPs in the world.”

“The MSP 501 Special Awards represent the pinnacle of achievement in the managed services industry, recognizing organizations and individuals who have demonstrated extraordinary leadership, innovation, and impact,” said Robert DeMarzo, VP Content, Informa Channels, which conducts the MSP 501 survey each year.

About KeyStone Solutions, LLC

KeyStone Solutions is a managed IT and cybersecurity company based in Cleveland, Tennessee. Since 2006, KeyStone has worked as the IT department for hundreds of small and mid-sized businesses, with customers headquartered in 15 states. Its ITTaaS® (IT Team as a Service) offering delivers help desk support and cybersecurity, with optional vCISO and GRC services, and the company now provides AI services. KeyStone holds a SOC 2 Type II report and is a Microsoft 365 Solutions Partner. Learn more at keystone.solutions.

About Channel Partners, MSP Summit and the MSP 501

Channel Partners Conference & Expo and MSP Summit serve the global community of technology advisors, managed service providers, channel partners and technology suppliers, and run the MSP 501, which honors the world’s top-performing managed service providers. Learn more at themspsummit.com.

Media Contact

Richard King, KeyStone Solutions, 1 4234646424, rking@keystone.solutions, www.keystone.solutions

Dave Raffo, Informa, david.raffo@informa.com, informa.com

View original content:https://www.prweb.com/releases/keystone-solutions-wins-2026-msp-501-vanguard-award-for-innovation-302932350.html

SOURCE KeyStone Solutions

Continue Reading

Trending