Tag: #farming

Getting Started with PvP on TBC Anniversary

When a character hits 70 on TBC Anniversary realms, the plot does not need to conclude with raid preparation. The best Burning Crusade experiences of many players occurred in battlegrounds and arenas as opposed to PvE. The same trend applies to The Burning Crusade Anniversary servers: gamers who take a bit of time to engage in the structured PvP will have a second progression path that can be equally rewarding as Karazhan or Heroic dungeons.

This guide describes the PvP scene in TBC Anniversary, how players do gearing at 70, which battleground routines are viable early on, how specs and UI are set to play competitive games and what a realistic first arena team really looks like.

The PvP Landscape on TBC Anniversary

The essence of PvP on TBC Anniversary is based on three pillars:

  • Battlegrounds with honor and marks at level 70.
  • Seasonal titles and cool mount reward for rating arenas.
  • Outland zones have world PvP that occurs naturally. The typical zone for world-pvp is called Nagrand Arena.

The most available point of entry is battlegrounds. Warsong Gulch, Arathi Basin, Alterac Valley and Eye of the Storm are all in the rotation and they all challenge players to master various skills: flag running, node control, large-scale pushes and split-pressure play.

On the other hand, arenas are a form of organized competitive fighting:

  • Brackets that are 2v2 and reward synergy and survival.
  • 3v3 as the main competitive mode in classic TBC.
  • 5v5 as a more chaotic variant of organized teams.

The goal of the new PvP-oriented character on the TBC Anniversary is straightforward: one assembles the basic gear and resilience in battlegrounds and then moves to the arena after the stats, user interface, and fundamental understanding of the game have become equivalent.

Gearing Up for PvP at Level 70

The majority of fresh 70s are coming with a combination of dungeon and quest gear that is PvE. That suffices to enter battlegrounds but not serious arenas.

There are a number of principles that guide early PvP gearing:

  • Resilience is OP. The difference between fragile and stable targets is the reduction of the possibility of being critically hit and reduced damage received by other players. Early resilience items, despite lesser raw statistics, can be primarily equipped.
  • Stamina matters. TBC PvP includes short time-to-kill. Characters that have very low health pools disappear to a single stun lock or coordinated burst.
  • Hit or spell hit can not be overlooked. Any damage rotation is compromised by frequent misses or resists regardless of the ability of the player. Ideal percentage is 6-7% for melee and 4-5% for spell casters.

One of the common ways is to maintain good PvE pieces in the slots where resilience items are weak, and to slowly substitute other items with Honor and arena rewards. Even a small set of PvP pieces can provide enormous durability to tanks who can hold on to some raid items as a result of that.

Honor, Marks and Early Battleground Routines

Early PvP gear is mainly traded in honor, and a number of important items require battleground marks. During TBC Anniversary, players are usually successful by constructing a simple routine instead of spamming a single map with spam.

An effective solution would appear as follows:

  • Switch between battlegrounds to earn marks on the initial PvP set pieces.
  • Concentrate on games that can be finished in a short time, and not the ones that drag into 45 minutes stalemates.
  • Join “premades” or join existing groups with friends. Communication and coordination can increase win rates by a significant margin.

Every battleground possesses its “value proposition”. Alterac Valley commonly offers big Honor injections on full-win, and Arathi Basin and Eye of the Storm on teams who consistently know how to control nodes and the benefits of resources. Players who take every game as an opportunity to understand map-specific fundamentals are better than those who are chasing raw Honor per hour without paying attention.

Specs, Talents and Basic Setup for Arenas

The class requires more than just gear before a character goes to arenas on TBC Anniversary. Talents, keybinds and UI should all be PvP friendly.

There are a number of universal rules:

  • Specialisations should be PvP-capable. Certain raid builds are not well adapted to arenas, particularly those that give up control, burst or survival resources in favor of pure damage. Players who take the PvP pledge usually imitate an existing PvP talent structure and make minor modifications to make it comfortable to them.
  • Movement and reaction must be dealt with by keybinds. Swiveling with the keyboard or clicking core capabilities is a significant weakness in the high-speed TBC arena fights. The players who are successful attach primary damage, crowd control, interrupts and defensives to keys that are available and practice those patterns in battlegrounds prior to ranking games.
  • Macro necessities are required. The use of focus-target interrupts, arena1/2/3 CC macros and mouseover support of dispels or heals all decrease reaction time and allow attention to be used on positioning.

User interface features such as enemy cast bars(Gladius/sArena), visible diminishing returns timers (OmniBar/BigDebuffs/NameplateCooldowns) and clean party frames do not necessarily win fights themselves, but eliminate much unnecessary confusion in the early arenas.

Building a First Arena Team on TBC Anniversary

Once gear and setup are in place, the question becomes: what does a realistic first arena team look like on these realms?

Players often start with 2v2, because:

  • It is easier to organise; only two schedules must align.
  • Compositions are simple and easier to learn.
  • Mistakes are easier to see and discuss.

Well-known and traditional TBC-style 2v2 examples are:

  • Warrior + Holy Paladin or Restoration Shaman for steady pressure and strong defensive tools.
  • Warlock + Restoration Druid for control-heavy, attrition-oriented games.
  • Rogue + Discipline Priest for burst setups with powerful dispels and survivability.

Synergies are even more important in 3v3. The teams have a defined division of labour: there are one or two main damage dealers, one who has good control and at least one healer with good cleansing or defensive cooldowns. Although the tier lists vary on the periphery, in most cases, the new teams improve more with communication and practice than with the pursuit of the absolute flavour-of-the-month lineup.

The most healthy attitude towards early arenas on TBC Anniversary is to consider rating a consequence of the learning process: studying games, changing positions, perfecting target choice and optimizing the use of cooldowns.

When Time Becomes the Main Opponent

The Burning Crusade Anniversary realms do not all have the same schedule of players. Others resume the game with a break after some time, others combine work, school and family. To them, the largest obstacle to PvP is not mechanical ability, but merely being able to gear up and accrue Honor before friends and guildmates get far into a season.

In that regard, one segment of the community considers wow tbc anniversary boost as a means of spending less time on the repetitive battleground grinds, as well as, gear disparities. These players do not give up on PvP, instead they compress the least interesting sections of the climb in organised sessions.

Formatted WoW Сlassic TBC boost is usually aimed at a specific result: a specified quantity of Honor, a specified amount of battleground marks or certain early pvp gear. The general WoW TBC Anniversary boost price is frequently discussed in terms of the total price of the same outcome in the number of evenings of solo queue play. To others, particularly those who experienced WoW TBC or WoW Classic TBC several years ago, these services seem like a cheat through content they have already seen instead of a shortcut to learning.

More complicated ones are in the shape of organised WoW Anniversary TBC carry, where groups aid new gamers to stabilise in arenas, or more extensive WoW Anniversary TBC boosting packages that match gear, resilience and basic rating within a brief period of time. Expert consumers are more likely to seek established groups and shown track records and consider reliability and safety as of equal importance as raw efficiency. To them, these services are not just gear, but the opportunity to play competitive matches on a reasonable schedule in The Burning Crusade Anniversary setting.

Progressing Beyond the First Season

To players who continue to PvP in TBC Anniversary, the journey does not culminate in a first arena team or a beginning set of gear. The long-term progress is likely to be achieved through a number of interconnected habits:

  • Refining specs as understanding grows, instead of locking into a static build forever.
  • Updating macros and keybinds as new patterns of play emerge, keeping input simple and responsive.
  • Reviewing games with teammates, even informally, to identify recurring mistakes in positioning or target priority.
  • Planning weeks around both PvE and PvP so that characters benefit from raid gear, profession gains and Honor intake at the same time.

Finally, TBC Anniversary PvP encourages players to take it in a structured way and not just improvisation. Even a level 70 character who follows a well-defined gear path, acquires the basics in battlegrounds, assembles a consistent arena team and when needed seeks clever ways to save time will still find the traditional TBC arena experience to be acute and challenging. It is not a secret that frustration and gradual progress are not found in one spec or one composition; it is a matter of choice how a player transforms those old Outland battlegrounds and arenas into a new long-term battleground where their skills can be tested.

Dairymaster to showcase next generation smart dairy technology at National Ploughing Championships

Dairymaster, the market leading dairy innovation company, will showcase its latest advancements in dairy technology – Dairymaster Robospray, Dairymaster 1022SF Liner, Dairymaster MooMonitor+ and DairyVue360 at the National Ploughing Championships from Tuesday 16th September to Thursday 18th September. All four products are in line with Dairymaster’s mission to make dairy farming more profitable, enjoyable and sustainable and complement its wider trusted range of products which focus on maintaining high quality milk, while also reducing energy consumption and saving farmers time and money through reduced labour costs.

Dairymaster Robospray

Dairymaster RoboSpray robotic arm system is a major step forward in rotary parlour automation aimed at reducing the risk of mastitis and promoting udder hygiene. It delivers precise and consistent teat spraying, applying disinfectant closer to the udder with enhanced accuracy, while connecting directly with the milking parlour’s control unit.

If a milking deviation is detected, the system can automatically retain a cow for inspection, skipping the spray cycle if necessary. This allows farmers to address any issues efficiently with clean, dry teats—reducing rework and ensuring the highest milking standards.

Dairymaster 1022SF Liner

The Dairymaster 1022SF Liner is designed for fast, efficient and gentle milking with higher flow rate. It is the result of years of experience of Dairymaster liner design and is ideally suited to high performance cows. The 1022SF provides a gentle attachment to the teat, while delivering the low level of liner slip for which Dairymaster is known.

Dairymaster MooMonitor+,

Dairymaster MooMonitor+, advanced cow monitoring system offers real-time insights into heat detection, rumination, feeding behaviour, resting time, and overall cow welfare.

With 24/7 neck-mounted motion sensors and an easy-to-use mobile app, MooMonitor+ helps farmers make faster, more informed decisions—whether it’s identifying cows in heat, detecting early signs of illness, or optimising reproductive performance. Integration with cloud-based data means farmers can monitor their herds from anywhere, at any time.

Independent trials have rated MooMonitor+ as one of the most accurate systems on the market, helping farmers reduce calving intervals, increase herd performance, and enhance profitability.

DairyVue 360

This advanced system records, analyses, and displays milking data in one easy-to-use platform—giving farmers a real-time, 360° view of their entire milking operation.

The Complete Farm Management Platform integrates milk production data with fertility, health, and third-party data sources, it offers farmers a comprehensive overview of herd and parlour performance—all in one place. This means that farmers can make smarter and faster decisions that improve productivity, animal health, and overall farm profitability.

Speaking ahead of the National Ploughing Championships, John Harty, Dairymaster CEO said: “At Dairymaster, we are passionate about delivering solutions that make dairy farming more profitable, enjoyable, and sustainable. We’re particularly proud to showcase our latest range of cutting-edge technologies at this year’s National Ploughing Championships – solutions that prioritise high-quality milk production, greater efficiency, and reduced labour demands to meet the needs of today’s dairy farmers. These innovations complement our trusted, proven product range, which will also be on display. We encourage farmers to visit our stand to talk to our team of skilled and dedicated experts to learn more about how these products can save them time and money, while also increasing the overall sustainability of their farm.”

You can visit Dairymaster at Block 4, Row 2, Stand 39 at the National Ploughing Championships.

Lero researchers team up with Abbey Machinery to develop autonomous farm machinery to improve on-farm efficiency

The technological advancement of Irish-made autonomous farm machinery is being enhanced by researchers at Lero, the Science Foundation Ireland Research Centre for Software and Abbey Machinery, under a new research partnership agreement.

Lero researcher, professor Joseph Walsh, based at the Munster Technological University’s Kerry campus, is leading the partnership with Toomevara, County Tipperary headquartered Abbey Machinery.

Prof. Walsh points out that with global food production required to increase by close to 70% to feed a growing population, the agricultural industry has to become more innovative by using technology to add value to our food supply chains.

“The farmers leading the way in adopting the new technologies will ultimately accelerate the movement that transforms the global agri-food system into one which will efficiently feed nine billion people by 2050,” he added.

Prof. Walsh said the partnership with Abbey would leverage MUT’s industry-leading innovative AgriTech research in IoT, AI and Manufacturing to develop the next generation of intelligent, connected tankers and feeders.

“These machines will be designed to allow remote operation and monitoring by employing state-of-the-art technologies and techniques in sensor networks, communications, and data analytics,” he added.

Abbey Machinery MD Clodagh Kavanagh said that as an export-orientated company with 60% of sales coming from overseas, the goal of Abbey Machinery is to research and develop the next generation of smart, connected, and automated generation of tankers and feeders.

“These machines will be designed to allow remote operation and monitoring by employing state-of-the-art technologies and techniques in the fields of telematics, sensor networks and communications, and data analytics to meet the needs of our customers in Ireland, Britain, France, UAE, Saudi Arabia, Australia, New Zealand and Iceland,” she added.

Ms Kavanagh said the research has two strands: Next-generation smart electronic architecture for agriculture machinery and software systems for telematics monitoring and remote operation.

Prof. Walsh said the necessary deliverables for Abbey Machinery will be a prototype of the full-stack software platform that monitors the telematics, automates service reminders, and remote operations that have the potential to lead to the development of new products and services for Abbey Machinery.

MTU ​President Professor Maggie Cusack said: “MTU and Abbey Machinery have an established educational and research partnership spanning a number of years. This project marks the extension of this partnership, and we look forward to the positive impact this R&D project will have both nationally and internationally.”

VistaMilk uses Satellites to Help Irish Dairy Farmers Manage the Land

Using measurements from space to help Irish farmers manage their farms may sound like science fiction but it’s actually science fact. Real-time information about soil moisture is an essential tool for farmers when planning and managing the efficient use of their land and a VistaMilk study is using satellites in earth’s orbit to collect that information.

The research project is utilising imagery from the Europe Space Agency’s Sentinel satellites to map soil moisture in Ireland, with the capability of focusing in on areas as small as 10 square metres. The data gathered could be used to help farmers make decisions about which fields to allow their livestock feed while maintaining optimal grazing and grass growth, which fields require drainage or even wetting, and potentially when to add or reduce use of fertilisers and slurry.

Rumia Basu, a VistaMilk PhD student from Teagasc, at the University of Galway, who is running the project said:

“The importance of understanding the soil moisture levels both historically and on a given day is an essential part of daily farming particularly as decisions made can impact not only production outputs but also the environment. The models we are developing that will provide real time information to assist farmers in their decision making is leading-edge and – due to Ireland’s climate – quite unique.

“Using high resolution satellite radar data which is available in all weather, day or night, combined with optical observation data allows us to provide daily information that one day we hope will be available on an app that farmers can use on what we know to be one of their most valuable pieces of equipment – their phones. As we are able to home in on an area as small as 10 metres square, we will be able to provide farmers with data on a field-by-field basis. “

According to VistaMilk, the satellite soil moisture data has the potential to become part of the farm management toolkit which will help Irish farmers manage their farms more efficiently and in an increasingly environmentally friendly way.

Pat Tuohy, Funded investigator, VistaMilk, said “As well as daily moisture reports we can also look back at historical data to identify areas of a farm that are adversely affected by prolonged periods of wet or dry weather. This will inform farmers where land management strategies may be required.

“Complemented by weather forecasting data the information could potentially influence decisions on where, when and how to apply fertilisers and slurry and what interventions may be required to prevent runoff from the land into watercourses.

“The satellite data could also influence other research projects.  For example, there is ongoing research  into carbon sequestration levels on Irish farms. The possibility of combining results from such projects – as well as others looking at grass growth, for example – could give us a picture of how best to manage soils to increase carbon absorption without affecting productivity.

“Four years on, since the VistaMilk Research Centre was created, it is encouraging to see that our research is making a real contribution to ensuring a sustainable future for dairy farming in Ireland, preserving a traditional way of life, providing significant employment, and making a considerable contribution to the Irish economy. “

A podcast about Rumia Basu’s ongoing research can be found at  https://www.vistamilk.ie/podcasts/

ZenaDrone – Innovative Agri-Drone to create greener fields for Ireland’s farms

Canadian technology firm ZenaTech’s newest venture, ZenaDrone, has today announced its entry into Ireland’s agriculture sector. ZenaDrone is a professional spec two-meter drone for the agri-industry that uses specialised high-definition camera and computer vision to monitor and treat crop plantations across large areas. In addition to providing a sorely needed solution to close the growing labour gap in Irish agricultural services, ZenaDrone will create up to 30 new jobs in Ireland over the next 12 months, including roles in design and development, technical support, and sales and marketing.

ZenaTech is a technology solution provider that specializes in drone development, tracking solutions, augmented reality, and more. Founded in 2018 by serial entrepreneur Dr. Shaun Passley as a spin-off of Epazz, Inc. it then become a Canadian company in 2018 in order for it to go public on the Canadian Securities Exchange. The company’s initial products were aimed at marijuana and hemp-related businesses that included tracking plants from seed to sale and processing payments. The capabilities of drone technology in tracking plant progress in any field has resulted in an ambitious expansion plan for ZenaDrone. Ireland was chosen by Shaun and his team due to its major agricultural sector, combined with the relative size of the country.

The ZenaDrone 1000 is the latest iteration of the drone, created entirely in-house by the company’s design team. It consists of industrial and automated sensors for monitoring, a high definition camera for image and video capturing, GPRS abilities, and carbon fiber shell coating for durability. It is capable of hovering for an extended period with its long-lasting battery giving it a total of 60 minutes flight time. The OctoCopra feature enables camera stabilization and a vertical take-off and landing mechanism. It is the smallest lightweight flying camera that can record 4K videos, capture high megapixel photos, proficient in both active tracks, and tap flying for effortless complex shots. It is made explicitly for multipurpose uses in various industries, especially in farming.This innovative drone can also be used in other industries such as roofing, construction, forestry, and many more.

ZenaDrone 1000 Features:

  • Plant Disease Detection – ZenaDrone can monitor plant health and potential problems using its multispectral sensor

  • Intelligent Flight Battery – ZenaDrone has a built-in and long-lasting battery for extended and uninterrupted flight time of up to 60 minutes

  • Automatic Charging – wireless charging pad that detects the source of power automatically and charges in 60 minutes

  • VTOL Flight Mode – ZenaDrone can hover steadily, take off and land even during rough winds and requires less horizontal space to launch

  • OctaCopter Drone – Eight propellers provide greater lift, faster movement and stability

  • Carbon Fiber Body – the frame, body and mounting plates consist of robust composite carbon fiber for a durable drone

Dr. Shaun Passley holds numerous masters degrees from DePaul University, Benedictine University and Northwestern University and has a PhD in Business Administration. In addition to ZenaTech, he is also Chairman & CEO of Epazz, Inc. – an enterprise-wide cloud software company, and the manufacturing company Ameritek Ventures – a manufacturing company. ZenaDrone is an entirely bootstrapped venture.

ZenaDrone is aiming to help the agri sector in Ireland close its emerging labour gap through automation. Information from the Central Statistics Office (CSO) indicates that cereal production in Ireland declined by 16% between 2019 and 2020 driven by labour shortages. In addition to this, data from Trading Economics shows a drop in the number of people employed in Agriculture in Ireland, from 5.8% of the population in 2012 to 4.48% in 2020.

Commenting on ZenaDrone launch in Ireland, CEO and Founder of ZenaDrone, Shaun Passley said: ‘At ZenaDrone, our team has a commitment to innovate, improve, test, and enhance our drone technology to help meet the needs of the farmers in these uncertain times. We strive to ensure that we are providing the latest tech, most advanced software and best customer service. We look forward to being able to help Irish farmers and producers and also to welcoming more Irish talent to the ZenaDrone team.’

Biomethane: a sustainable solution for Irish farmers and energy security

More than 270 interested parties, including farmers, developers and industry bodies, heard how agriculturally produced biomethane can be delivered sustainably and at scale to decarbonise Ireland’s energy system, during Gas Networks Ireland’s biomethane industry webinar on Monday.

Attendees received an update on the national and European biomethane policy landscape and learned of the importance of the ongoing consultation on the proposed Renewable Heat Obligation, which, if enacted, will support biomethane production at scale and help Ireland achieve its climate ambitions.

Speakers also discussed the process for producing and injecting biomethane into the national network, the proposed Mitchelstown Central Grid Injection (CGI) facility and how certification is attained and recorded in the national registry.

The line-up of experts included Gas Networks Ireland Innovation Engineer, Niamh Gillen, who last year represented Ireland at the international finals of Institution of Gas Engineers & Managers’ (IGEM) Young Professionals Competition.

Ms Gillen was joined by Gas Networks Ireland colleagues Declan O’Sullivan, Ian Kilgallon, Yvette Jones and Brendan O’Riordan, as well as KPMG’s Russell Smyth and Devenish Nutrition’s David Hagan.

“Ireland has the highest potential for biomethane production per capita in the EU according to the European Commission, providing a strong opportunity to develop a thriving indigenous biomethane industry, support energy security and, importantly for Irish farmers, reduce agricultural emissions,” Renewable Gas Project Manager, Yvette Jones, who is leading on the Mitchelstown CGI project, said.

A carbon-neutral renewable gas made from farm and food waste through a process known as anaerobic digestion (AD), biomethane has already begun to seamlessly replace natural gas in the national network.

Gas Networks Ireland’s Innovation and Business Development Manager, Ian Kilgallon, said that across Europe, biomethane is seen as a vital solution for decarbonising energy systems while also providing a more sustainable solution for farmers to reduce their waste and emissions.

“In countries around Europe, including the UK, Italy, France and Germany, biomethane is playing an important role in decarbonising sectors such as heat and transport,” Mr Kilgallon said.

 “Within both the EU’s Farm to Fork Strategy and Irish agri-food industry, the development of biomethane and the production of a nutrient rich bio-fertiliser digestate, which is a by-product of anaerobic digestion, is seen as a key element in decarbonising agriculture.”

By replacing natural gas with renewable gases such as biomethane and hydrogen, Ireland can sustainably deliver a net-zero carbon gas network to complement intermittent renewable electricity generation, meet its climate action targets and support a cleaner energy future while ensuring a secure energy supply.

Gas Networks Ireland introduced domestically produced biomethane into the national network in 2019, via the country’s first dedicated renewable gas injection point in Cush, Co. Kildare. A second renewable gas injection facility in Mitchelstown was approved by Cork County Council and An Bord Pleanála in 2020.

Together they have the capacity to heat 75,000 homes, while also supporting the decarbonisation of local agriculture.

A domestic biomethane industry would also provide significant opportunities for local communities from the sale of biomethane, feedstock used to produce the renewable gas, and a bio-fertiliser that is a by-product of the process, and facilitate sustainable circular economies, with businesses powering their operations via renewable gas made from their own waste.

To support the development of an indigenous biomethane industry in Ireland, Gas Networks Ireland has established a Renewable Gas Registry that records the volume of biomethane injected into the network each month and issues certificates to producers.

The Registry facilitates producers in monetising the renewable value of their gas and enables title tracking of the renewable value of biomethane in the network, guaranteeing that the equivalent amount of renewable gas has been injected into the gas network.

For more information, visit: https://www.gasnetworks.ie/business/renewable-gas/registry/.