ezPaycheck 2026-2027 Bundle Integrates Direct IRS E-Filing to Help SMBs and Accountants Prevent Costly Tax Penalties

REDMOND, Wash., Oct. 21, 2026 /PRNewswire/ — Halfpricesoft.com is highlighting its streamlined Form 941 e-file add-on feature for ezPaycheck payroll software ahead of the upcoming Q3 tax deadline. With the official deadline to submit IRS Form 941 for 2026 Q3 (July–September) fast approaching on Monday, November 2, 2026 (as October 31 falls on a Saturday), small businesses can leverage ezPaycheck to submit payroll taxes accurately and directly to the IRS, avoiding processing delays and costly late penalties.

Ensure the Q3 payroll taxes are compliant before November 2. Download a complimentary 30-day trial of ezPaycheck (no credit card required) or purchase the 2026-2027 ezPaycheck bundle for $378 (regularly $289).

Key Benefits of E-Filing Form 941 via ezPaycheck

Faster Direct Transmission: E-filed forms transmit straight to the IRS, ensuring faster receipt and processing compared to traditional mail.On-Time Compliance: Businesses can e-file right up to the November 2 deadline while maintaining full IRS compliance, backed by Halfpricesoft.com support before, during, and after setup.Fewer Errors & Rejections: Built-in verification reduces common manual input errors that trigger processing delays or fines.Instant Confirmation: Users receive explicit IRS confirmation upon successful form receipt.

“With the e941 feature add-on in ezPaycheck, businesses have a tool to succeed, one form at a time.” said Dr. Ge, Founder of Halfpricesoft.com

Get Form 941 E-Filing Details & Instructions

Frequently Asked Questions

What happens if the filing deadline is missed?

Late filings can result in IRS penalties ranging from $50 to $290 per form, depending on how long the submission is delayed.

Can both Form 940 and Form 941 be e-filed through ezPaycheck?

ezPaycheck supports e-filing for both Form 940 (Employer’s Annual Federal Unemployment Tax Return) and Form 941 (Employer’s Quarterly Federal Tax Return) to maintain full compliance.

Easily calculate taxes, issue paychecks for employees and contractors, and generate all required reports and tax forms, including W-2, W-3, 940, 941, and 943. Because ezPaycheck runs locally, no internet connection is required to process payroll, keeping your data private and secure

Easily calculate taxes, issue paychecks for employees and contractors, and generate all required reports and tax forms, including W-2, W-3, 940, 941, and 943. Because ezPaycheck runs locally, no internet connection is required to process payroll, keeping your data private and secure

All Halfpricesoft.com solutions are updated annually to ensure full alignment with current state and federal tax regulations. Multi-user configurations and advanced operational features are available across the product line. Start today to explore software solutions and download a trial version.

About Halfpricesoft.com
Halfpricesoft.com has been empowering SMBs, Accountants, and Entrepreneurs to simplify payroll and compliance for more than 20 years. Trusted by thousands of U.S. companies, the firm offers affordable, easy-to-use solutions including online and desktop payroll, employee attendance tracking, accounting, check printing, W-2/1099/1095 ACA form filing, and ezACH direct deposit software. 

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SOURCE Halfpricesoft.com

The OPUS Brain accelerates agentic work through optimized, verifiable Semantic Inference Plans, with versioned Agent Profiles and operational controls that support reliable performance at scale.

BOSTON, October 21, 2026 /CNW/ — TraceLink, the world’s largest Agentic Business Network, today announced a breakthrough in how no-code OPUS Agents perform critical supply chain work. Powered by the OPUS Brain–TraceLink’s intelligence and reasoning layer for OPUS Agents–the new capabilities transform agent instructions into optimized, verifiable Semantic Inference Plans (SIPs), enabling OPUS Agents to perform recurring work in seconds with greater reliability and consistency.

Enterprises can inspect, test, and approve agent plans before production, identify changes that could affect agent performance, and measure completed work through operational records and Agentic Business Process dashboards. These capabilities address critical barriers to scaling agentic operations, giving companies greater confidence, accountability, and cost visibility as they expand governed OPUS Agents throughout supply chain processes.

“For enterprise processes, agents have to be governed, reliable, fast, specialized, and perform work at predictably low cost,” said Shabbir Dahod, President and CEO of TraceLink. “Our innovations achieved all those goals. With these breakthroughs, TraceLink is bringing a new level of intelligence and operational capacity to global supply chains, enabling companies to manage greater complexity, expand the work they can perform, and drive growth in ways that were previously beyond their reach.”

Traditional AI agents often repeat complex reasoning each time they encounter a similar business event, increasing processing time, cost, and the potential for inconsistent results.

Each SIP defines an intended approach for achieving an OPUS Agent’s Objective based on approved Tasks, Decisions, Rules, and operational context. The OPUS Brain generates, evaluates, and recursively optimizes these plans to improve speed and accuracy, while enabling human teams to inspect, test, and approve them before production use. Once approved, optimized SIPs guide recurring agent work, reducing processing delays and supporting faster responses to changing supply chain conditions.

Evaluation Logs provide evidence of how agent work compares with an approved SIP, supporting inspection, validation, and refinement. Progress Logs track the progression of work, Work Logs capture completed activities and their business context, and Outcomes document the resulting business results. Together, these records establish the evidence needed to assess agent performance, maintain accountability, and improve Agentic Business Processes over time.

Versioned Agent Profiles associate each OPUS Agent with a specific operating definition, allowing companies to control when updated instructions, policies, or requirements are adopted. Dependency tracking identifies changes to Agent Profiles, Processes, Business Objects, Rules, and configurations that may require additional evaluation or retraining before they affect agent behavior. These controls help enterprises maintain reliability as business requirements and supporting systems evolve.

Work Logs and Agentic Business Process (ABP) dashboards provide visibility into operational activity, enabling organizations to evaluate productivity, work quality, and business results.

Pricing charts and cost dashboards provide visibility into agent operating expenses, enabling companies to develop more predictable financial models for individual Agentic Business Processes. By comparing costs against measurable Outcomes, business leaders can assess the value of agentic operations and prioritize investments accordingly.

TraceLink will demonstrate how optimized Semantic Inference Plans enable OPUS Agents to perform critical supply chain work in seconds at FutureLink Barcelona, October 19–21, 2026.

TraceLink powers the transformation to an Agentic Supply Chain Operating Model, enabling organizations to perform and improve supply chain work across their business and trading partner networks. The OPUS Agentic Supply Chain Operating System brings together Agentic Business Processes, Agentic Control Towers, governed OPUS Agents, and the Integrate-Once™ Agentic Business Network to link systems, end-to-end business transactions, and collaborative peer-to-peer processes with trusted, real-time operational context. In this agentic environment, humans and agents work together with greater speed, reasoning, control, and accountability to improve organizational productivity, service, inventory, working capital, cost, compliance, quality, resilience, and revenue performance.

Learn more at www.tracelink.com.

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SOURCE TraceLink, Inc.

In late 2026, a pilot project exploring the possibilities of using hydrogen and electricity to power heavy-duty transport on long haul journeys will begin in Finland. The pilot aims to develop technology that contributes to the EU’s objective of emission-free heavy road freight transport.

ESPOO, Finland, Oct. 21, 2026 /PRNewswire/ — The pilot project, led by VTT Technical Research Centre of Finland, has introduced a high-tech hybrid truck combining electric mobility and hydrogen fuel cells in a unique way. The SISU Escalate truck, manufactured by Sisu Auto, runs primarily on electricity, and the hydrogen fuel cells serve as an alternative power source for quick charging on long haul assignments. The truck will start normal transport operation in late 2026, and its journey will be continuously monitored and measured through vehicle data and a digital twin.

“We will collect data on the technology, energy consumption, and overall functionality and reliability of different solutions. The vehicle will drive 540 kilometres per day, during which we will monitor how much electricity and hydrogen it is using,” says Mikko Pihlatie, Research Professor at VTT.

The project involves several partners from Finland. The vehicle is manufactured by Sisu Auto, the battery system comes from IONCOR, Kempower supplies the MCS charging infrastructure, while Hevtec is responsible for the vehicle-side charging solution and the integration of the electric powertrain. The truck will be operated by Jylhä Logistics between Vuosaari harbour in southern Finland and the city of Jyväskylä in central Finland. The vehicle’s first, full-electric version was tested in spring 2026 by logistics company Rauanheimo.

Monitoring reveals development areas

“By monitoring the truck for six months, we will gain data about the vehicle’s performance, the ways different factors such as weather conditions impact consumption, and what limitations may occur in the operation of the vehicle. This information will help us develop the charging station network and optimise energy consumption,” Pihlatie says.

The data will allow the pilot team to calculate the most economic ways of driving this kind of hybrid vehicle. Price data on hydrogen fuel and charging will enable the team to estimate how much energy should be loaded and where. The data is benchmarked against diesel-powered vehicles to assess cost benefits.

Finnish winter is a challenge

The truck will operate as an articulated vehicle and also take on regional distribution assignments in the Helsinki metropolitan area. It utilises Finland’s first hydrogen fuel station built in Jyväskylä. There are charging stations at both ends of the long haul route, and a megawatt scale charging station will be built along it.

“A total of four trucks are piloted across Europe in this project, with different structures and power sources. SISU Escalate is the heaviest and longest of these. With its size and the difficult winter conditions in Finland, the operating environment of this truck is the most demanding of the four,” says Pihlatie.

The vehicle will explore particularly how zero-emission powertrains and charging and fuel stations perform in vehicle configurations used in Finland and Sweden. The two countries use longer and heavier articulated vehicles weighing up to 76 tonnes, whereas in other parts of Europe, the total mass of articulated trucks tends to be around 40 tonnes. In this pilot, the gross vehicle combination weight is limited to 68 tonnes.

The truck includes a 650 kWh battery and, as a secondary power source, a fuel cell with a maximum power of 120 kW. Due to the hydrogen tanks and battery pack, the chassis is longer than usual for tractor units.

Truck full of high tech

The pilot is part of the EU-funded ESCALATE project, which aims to prove that a zero-emission heavy vehicle can operate reliably in real-world driving conditions.

“The SISU Escalate truck is not a product that will be launched in the market, but rather a means for testing the technology. With the learnings from the pilot, we can choose the best solutions for a product series developed for the market. The data will help us develop energy management systems and optimise driving with the battery to maximise the distance that can be driven with electricity. Hydrogen is, after all, the more expensive fuel,” says Petri Kananen, Head of Development at Sisu Auto.

“Battery technology is a key element in the electrification of traffic. The pilot is carried out with a highly demanding setup: the modular battery platform must function in a 76-tonne articulated vehicle, in harsh winter conditions, and on a long-haul route,” says Juuso Kelkka, Senior Manager of Technology Development at IONCOR. “With this truck, we can prove that a lithium-ion battery is a viable solution even in these conditions.”

The vehicle will be on display at European Hydrogen Week in Brussels from 26 to 30 October.

For additional information:

Mikko Pihlatie, Research Professor, VTT
+358 400 430 395, mikko.pihlatie@vtt.fi 

Petri Kananen Head of Development, Oy Sisu Auto Ab 
+358 50 468 1232, petri.kananen@sisuauto.com

MEDIA MATERIAL

About ESCALATE

ESCALATE is a project funded by the EU’s Horizon Europe programme that brings together 37 partners from 13 countries to develop and demonstrate next-generation zero-emission powertrain solutions for heavy-duty transport.

The project not only develops new technologies but also helps build the broader ecosystem needed for the transition to zero-emission freight transport, including standards, infrastructure, and the knowledge base on which Europe’s future heavy-duty transport system can grow.

Heavy-duty road transport is one of Europe’s most challenging climate issues. Trucks and other heavy-duty vehicles account for approximately one quarter of the EU’s road transport CO₂ emissions. Electrification alone is not sufficient to address the challenge, as long-haul freight operations require extensive driving range, full payload capacity, and rapid refuelling. Current battery technologies alone cannot fully meet these requirements.

Project website: ESCALATE project website

Further information on VTT:
Kirsi Jaatinen
Communications Manager
+358 20 722 6757, kirsi.jaatinen@vtt.fi 
www.vtt.fi

This information was brought to you by Cision http://news.cision.com

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