INDUSTRY NEWS: Current news from the Industry

RUAG Australia to secure F-35 wheels and brakes

RUAG Australia is the first Australian company to be granted Authority To Proceed from the US Government F-35 Joint Program Office to establish F-35 Wheels and Brakes sustainment capability in the Asia-Pacific region.

RUAG Australia has secured inaugural F-35 wheels and brakes sustainment capability in Asia-Pacific region. With Phase 1 and 2 now successfully completed, RUAG Australia received JPO ATP and will now proceed into Phase 3 and 4 to become an official Depot Source of Repair (DSOR). The wheels and brakes sustainment capability will be exclusive to RUAG in the APAC region and support ongoing maintenance and sustainment of the fifth generation F-35 fleet. RUAG Australia will transition its highly skilled and experienced defence and aerospace technical staff from current legacy programs into the F-35 Global Support Systems (GSS). The ATP achievement is a critical step for developing Australia’s industrial sovereign capability and delivering our commitment as one of the joint partner nations in the F-35 Program. “RUAG Australia is the first Australian industry Component Assigned Product Service Provider (A-PSP) to complete the F-35 JPO Depot Maintenance Development Plan (DMDP) process through Phases 1 and 2, and I congratulate you and your team in achieving this important milestone” said Kirrilee McNeill, Director Industry Aerospace Combat Systems Branch, Aerospace Systems Division. Terry Miles, General Manager of RUAG Australia, notes “We have seized the opportunity to deliver reliable wheels and brakes solutions for the F-35 Program, by leveraging our expertise and long-standing success of providing MRO sustainment for complex aircraft components, and the fifth generation of military aircraft sustainment.” “The Australian team has embraced continuous improvement and capability development at a local level to improve global competitiveness. Long-standing relationships with customers and business affiliates will strengthen RUAG Australia’s sovereign capability in the APAC region,” said Felix Amman, Executive Vice President, RUAG MRO International. RUAG Australia is an independent supplier and life cycle support provider of systems and components on behalf of the Royal Australian Air Force and other international air forces, as well as civil aviation, worldwide. The company combines engineering expertise with landing gear hydraulic actuator manufacture, maintenance, repair and overhaul (MRO), and metal treatment and finishing in their role as a widely approved organization. RUAG Australia ranks as Top SME on behalf of the Australian Defence Force, features as a supplier in the Australian Defence Export Office’s Australian Military Sales Catalogue and has been inducted into the Victorian Manufacturing Hall of Fame.

ruag.com.au

Cape-class patrol boats to be built in Henderson

Austal Australia to supply two additional Evolved Cape-class patrol boats for the Royal Australian Navy.

Austal Limited has announced the Department of Defence will order an additional two Evolved Capeclass Patrol Boats (ECCPB’s) for the Royal Australian Navy, for $124m. The two new vessels are in addition to the six Evolved Cape-class Patrol Boats that are currently being delivered by Austal Australia for the Royal Australian Navy. Austal Limited Chief Executive Officer Paddy Gregg said, “We are incredibly proud to be supporting the Royal Australian Navy by providing and enhancing fleet capability; working in collaboration with the Department of Defence and Industry partners. “This announcement for additional Evolved Cape-class Patrol Boats further strengthens and supports Australian sovereign shipbuilding capability and provides Austal, and our outstanding supply chain partners, with a level of continuity that will provide stability and security for the National Naval Shipbuilding Enterprise. Austal will also continue to invest and develop our facilities in Henderson to ensure we have the capability and capacity for the fu-ture programme of work,” Gregg said. Austal delivered the first of the Evolved Cape-class Patrol Boats, the ADV Cape Otway last month. Eight Evolved Cape Patrol Boats to be delivered through to 2024. The Evolved Cape-class Patrol Boat is an evolution of Austal’s proven Cape-class Patrol Boat platform, first developed for the Australian Customs and Border Protection Service (now Australian Border Force) in 2013. With eight Capes delivered to the ABF over 2013-2015 and an additional two Capes delivered to the Royal Australian Navy in 2017, there are now ten Capeclass Patrol Boats operating around Australia. In 2021, Austal Australia delivered a further two Cape-class Patrol Boats to the Trinidad and Tobago Coast Guard – the first exports of a vessel class which has become a benchmark for offshore patrol capability around the world. Based on the original 58m aluminium monohull design, the Evolved Cape-class Patrol Boats include several enhancements that further extend the capability of the vessel and the fleet. Crew capacity has been increased by 10 people, to now total 32 and quality-of-life provisions have been enhanced, ensuring those who operate the new vessels have connectivity to the outside world, regardless of the operating environment. The Evolved Cape-class Patrol Boats will be utilised for a wide variety of constabulary and naval missions and play a critical role in Australia’s national security, as a high-performing, reliable and effective maritime asset for the Royal Australian Navy. In addition to the Evolved Cape-class Patrol Boat Project (SEA14451), Austal Australia is also currently delivering 21 Guardian-class Patrol Boats for the Australian Department of Defence under the Pacific Patrol Boat Replacement Project (SEA3036-1), with 14 patrol boats delivered since 2018. Austal provides in-service support to both the Cape and Guardianclass Patrol Boat fleets through dedicated service centres located in Henderson, Western Australia; Cairns, Queensland; and Darwin, Northern Territory.

Space mission funding boost a game-changer

In the recent Federal Budget, Government announced $1.16bn to design, build, and operate four new Earth Observation satellites — the Satellite Cross-Calibration Radiometer (SCR) mission.

This funding is significant because it will enable Australia to develop an end-to-end sovereign skill base in the design, manufacture and operation of satellites for Earth Observation services. These are critical to Australia’s security and prosperity. It will also make Australia more self-sufficient when it comes to critical Earth Observation data for the immediate action against bushfires, and flood monitoring. “The funding will create hundreds of jobs in the first few years of developing and building these satellites,” said RMIT Space Industry Hub Director Distinguished Professor Brian Falzon. “Moreover, having an established skill base in satellite development, deployment and operation, will give Australia the confidence to pursue additional space missions, growing the sector and becoming a significant global player. “Not only will we see job growth in the upstream sector but the data gathered, which will be of particular relevance to Australia, will also facilitate growth in the downstream sector as we develop new ways of analysing and using this data. The SCR mission will give Australia the ability to compare and combine data from the many different foreign systems; and more importantly, reduce our dependence on any single foreign satellite system.” By having a sovereign capability in earth observation, the current heavy reliance on foreign-owned satellites to provide data will be reduced. Australian observers will be able to determine the type of data required, which is of particular relevance and urgency at the moment. For example, this may include data from natural disasters (e.g. bushfires or floods), which is then used to rapidly develop and deploy damage mitigation strategies. “An established skill base of critical size and capability also provides a solid foundation on which to raise the ambition and undertake more complex space missions.” “Within the RMIT Space Industry Hub we have one of the world’s leading research groups in Earth Observation and this announcement will provide additional opportunity for the Hub to contribute its expertise in delivering this ambitious programme,” added Professor Falzon. rmit.edu.au

The budget was a missed opportunity: Rewiring Australia

Subsidising pilot programs to decarbonise Australia’s homes and road fleet will minimise bills and boost local manufacturing.

The Commonwealth Budget fails to take the crucial first step on the path to decarbonising and slashing household energy bills, because it prioritises subsidies for fossil fuels over renewable-powered electrification of our homes, according to Rewiring Australia. The 2022 Budget contained more than $10.5bn in fossil fuel subsidies, according to an Australia Institute analysis released this week, the vast bulk of which $8bn goes to the Fuel Tax Credits Scheme. “This budget was the perfect opportunity to start that process with a pilot program to electrify a sub-urb and a street. It’s disappointing to see taxpayer dollars directed to subsidising fossil fuels rather than investing for a cheaper, cleaner future,” said Rewiring Australia chief scientist, Dr Saul Griffith. The Budget should instead have directed money towards electrifying Australia’s homes and vehicles, replacing fossil-fuelled devices with solar panels, batteries, heat pumps, induction stoves, electric vehicles and household and community batteries. “This budget could have been underwriting electric vehicles that run on Australian sunshine and de-velop the zero-emission vehicle market, but instead is investing in dated technology and the chief source of our domestic emissions.” Last year, Rewiring Australia modelled the cost benefit of total household electrification for Australia's 10m homes, demonstrating how Australians could take advantage of the falling costs of electric ve-hicles, batteries, solar, and wind, to help every Australian household save money. It found a $12bn investment would retrofit 10m Australian households for full electrification by 2030 leading to national savings of more than $40bn. And previous modelling, predicated on a petrol price of $1.46, would deliver household savings of close $5,000 per year. However, with petrol now at $2.20 a litre, the annual saving to households is closer to $7,000 every year. “There are profound environmental and cost of living benefits to making the big switch to renewa-ble-powered electrification,” Dr Griffith said. “When you put this in context, if we redirected one year worth of fossil fuel subsidies to an eight-year program of electrification we could smash domestic emissions by a third and obliterate energy bills and completely decarbonize all 10m households in Australia. “Beyond the household economics this is a critical national security question. Energy independence weakens the power of oligarchs and petro-states. It is unquestionably in Australia’s national interest to decarbonize, especially our vehicles. "Renewable backed electrification is a big step toward improving the three great problems of our time, climate heating, cost of living and national security. It is a great shame the Government’s budget missed this opportunity again,” Dr Griffith added.

rewiringaustralia.org

Volgren delivers first electric vehicles to Kinetic

The first Volgren bodies are rolling off the production line in Dandenong and being delivered to Kinetic

Australia’s largest bus body builder, Volgren, has delivered the first of two battery electric buses (BEBs) to Victoria’s Department of Transport and new Melbourne Bus Franchise operator, Kinetic. The BEBs are the first of 36 electric buses that will roll off the production line in Dandenong over the next three years to join Kinetic’s Melbourne fleet, an average of one per month. Thiago Deiro, CEO of Volgren, said the Department of Transport’s decision to prioritise green transport is already creating new jobs and demonstrates the trust that government has in locally manufactured buses. "Since the Melbourne Bus Franchise was announced last year we’ve created 30 new jobs. We hope to employ another 20 staff this year alone as production on BEBs picks up," Deiro said. "As has been the case for many years now, most of the content we use for these buses will come from the local supply chain. Australian manufacturing now offers the highest quality levels I’ve ever seen during my time in the industry. That comes from Volgren expertise, combined with the exceptional quality of materials and components case as we’ve worked with Kinectic,” Tessari said. “With every BEB built, Volgren has improved its processes and we can comfortably say now that building an electric bus is second nature for our company. All three of our factories are fully prepared and can produce electric vehicles with the same speed as we produce buses using other technologies,” he said. Volgren is on schedule to deliver a further 12 BEBs to Kinetic by the end of this year.

volgren.com.au

produced by suppliers throughout Victoria and Australia," Deiro said. Deiro said the state’s transition to electric vehicles under the current Melbourne Bus Franchise agreement enables Volgren to plan, invest and make sure the vehicles are delivered on time and on budget. "Of the 30 new employees, 11 have been enrolled in apprentice programs, including Automotive Electrical Technology, Automotive Manufacturing Technical Operations and Supply Chain. These new jobs and skills are future-proofing our business and delivering huge benefits to our community," Deiro said. Yuri Tessari, Volgren’s chief commercial officer, said the two vehicles took around six weeks to complete. He put the “extremely smooth” build process down to detailed preparation and planning, as well as clear direction from Kinetic. Ben Carroll and Gabrielle Williams met with some of Volgren's young apprentices who are being upskilled as a part of the rollout. “As we’ve stated before, when project planning is properly done, the outcomes are usually excellent and that’s been the

Thiago Deiro (Volgren), Adam Begg (Kinetic), Minister Ben Carroll and Gabrielle Williams (Member for Dandenong) with the Volgren bus delivered to Kinetic.

Deakin University hosts the Advanced Manufacturing Showcase

Advanced Manufacturing Showcase highlights the future of manufacturing in Australia

The future of advanced manufacturing was on display on March 30th in the successful 2022 Advanced Manufacturing Showcase at the Deakin University campus in Waurn Ponds, Geelong. Jointly presented by Deakin University, MEMKO and Dassault Systèmes, the event saw over 120 experts, manufacturers, engineers and key industry players gather at Deakin University. The event's key theme was supporting businesses by accelerating their ideas into innovative manufacturing solutions, while creating future manufacturing jobs through a sustainable, value-added economy focus that is commercially successful and positively impacts communities in regional Victoria. A key highlight of the event was the technology ‘playground’, featuring hightech manufacturing displays from seven different companies and displaying industry leading solutions for the workforce of the future. Mark Curnow, Deakin's ManuFutures Director, launched two new 2022 initiatives. ManuFutures Ignite, an advanced manufacturing program well as multidisciplinary experts and the multimillion-dollar ManuFutures facility. Miro Miletic and Brenton Dodd from MEMKO shared on the role of digital platforms in advanced manufacturing, and Nirajit Syamal, Dassault Systems, illustrated a day in the life of advanced virtual manufacturers.

deakin.edu.au/research/researchpartnerships/manufutures

to support entrepreneurs and startups to grow concepts into production, and ManuFutures Engage, a program that includes cutting-edge gap analysis using the highly-regarded futuremap tool to deliver a roadmap for emerging technologies and new business models. Both programs offer a doorway to Deakin’s advanced capabilities and equipment as

OKUMA expands service and support for Queensland customers

Okuma expands its service and technical support for Queensland’s new and existing clients.

Okuma Australia has been expanding its service and technical support for its current and ever-growing list of Queensland customers in line with the Okuma business Monozukuri philosophy – ‘the art of making things better’. With modern new Queensland premises in Hamilton and a growing team of four engineers and technical support personnel, each with a passion for Australian manufacturing, Okuma Australia is well placed and committed to advance its strong market position in Queensland. Northern Regional Manager for NSW & Queensland, Sydney based Steve Norbis, has more than 30 years in the industry. Steve leads a team of eleven in New South Wales and Queensland and his passion for the industry filters down through the entire team. “We currently have a broad range of advanced technology machine orders in hand and a growing level of enquiries in the pipeline,” said Steve Norbis. “The new team appointments and expanding branch structure will ensure that Okuma’s solid presence in the Queensland market is maintained and supported thus enabling our Queensland team to maintain the level of service our customers currently enjoy and have come to expect from Okuma,” he said. With the dedication, strength and experience of our personnel we are now well positioned to further support strong current market conditions with firm orders and enquiries coming in from both long standing and new customers,” said Branch ManagerQueensland, John Baker. “At Okuma we are known for going the extra mile with regards to training and service in particular and this will continue to be our primary focus. Our team provides customers access to decades of industry experience and a network of local and global machine tool experts. It’s their passion, integrity, loyalty, experience and knowledge that ensure that we deliver leading edge solutions coupled with enduring partnerships,” he said. “At Okuma Australia we are committed to expanding our presence in response to our customers’ growth and needs” said Dean McCarroll, Managing Director Okuma Australia & New Zealand, “In support of corner stone industries such as Mining, General Engineering, Defence, Agriculture and Aerospace, we continue to invest in this key region with people and resources. This is clearly evident with our continued investment in Northern Australia with the expansion of our Queensland technical and service operation.” “I am personally excited about the future of Australian Manufacturing as I witness every day how inventive, pro-active and resilient our customers are in taking on international competition and winning, thus providing real benefits for Australia,” he said.

okumaaustralia.com.au

Okuma Queensland Branch Manager John Baker training engineering clients.

As a recognised market leader, Okuma Australia is a 100% wholly owned subsidiary of Okuma Corporation, Japan and the Australian operation has the added benefit of a resident fully trained liaison engineer from the factory. With such support, the company and its clients have the distinct market advantage of not only direct factory technical support throughout Australia but extensive global support for the brand. The Queensland branch is also backed by full mechanical service workshops in both Sydney and Melbourne to ensure streamlining repairs, refurbishment, service and replacement parts. Recent installations and commissioning of machines have been completed within major customers such as Sharpe Engineering, Gilmore Space, Upton Engineering, Gessner Industries and far north Queensland company, Perrott Engineering with more in the pipeline.

Premier’s Sustainability Awards – celebrating 20 years of leadership

The search is on for Victorians who are leading the way to a sustainable future with entries now open for the Premier’s Sustainability Awards.

2022 marks the 20th anniversary of the prestigious awards program – one that continues to grow and reflect the action happening across industry, business and community from regional to metropolitan Victoria. This year’s Premier's Sustainability Awards will be delivered collaboratively by Sustainability Victoria on behalf of the Victorian Government, along with the Banksia Foundation and Keep Australia Beautiful Victoria. It features six categories aligned to the United Nations Sustainable Development Goals (UN SDGs) – a globally accepted, robust and comprehensive sustainability framework. Sustainability Victoria’s Interim CEO Matt Genever said, “We’re excited to be delivering these awards in partnership with the Banksia Foundation and Keep Australia Beautiful Victoria. By combining our experience, passion and resources, we will deliver an inspirational awards program celebrating those working towards a more sustainable future. “We know there are tremendous strides being taken to reduce waste and litter, conserve energy, care for the environment and operate more sustainably, and we encourage you to showcase your efforts through this awards program. By recognising the innovative work being done in sustainability we aim to inspire others so that together we can progress faster towards our goal of a circular economy with net zero emissions. “It’s so positive and uplifting to see how this awards program has gone from strength-to-strength over the past 20 years. Entries have increased six-fold which demonstrates how sustainability is being embraced across the state,” Mr Genever added. Two awards within each of the six categories will be presented: the Community Champion Award - for individuals and small organisations, and the Industry Leader Award - for medium and large organisations. In addition, the Premier will select two overall winners to be presented at the award ceremony: The Premier's Recognition Award, a stand-out submission from the twelve award winners and The Premier's Regional Recognition Award, a standout regional organisation/project from all qualifying finalists. These two awards cannot be entered. “Through our new partnership, program winners will be able to connect with a larger alumni network meaning more organisations, communities and individuals can learn from other sustainability changemakers. It will be very exciting to see,” Mr Genever said. The Premier’s Sustainability Awards Community Champion winners will have a pathway to the national Keep Australia Beautiful awards program and all winners will be eligible for the National Banksia Sustainability Awards. The judging panel will include a broad range of independent environmental experts selected for their sustainability and industry expertise. Entries for the Premier’s Sustainability Awards closed on 1 May 2022.

Entries for the Premier’s Sustainability Awards closed on 1 May 2022. sustainabilityawards.vic.gov.au

Inaugural tech event Generate22 builds bridges for the next generation

Industry experts, educators and enthusiasts convene at the inaugural Generate22 robotics and AI conference in Lilydale, Victoria.

As a major sponsor, ANCA continues its commitment to the growth and development of young people entering the robotics industry in Australia, to empower the next generation to strike up an interest in advanced technology. The two-day conference staged in late March in Lilydale Victoria, showcased cutting-edge developments in robotics and AI and featured a host of industry expert speakers to inspire the next generation of tech gurus. Victoria’s Lead Scientist Dr Amanda Caples delivered a keynote speech for the landmark event, while ANCA’s Head of Engineering Matt Mannix spoke on an expert panel, discussing the challenges students face transitioning from education settings to the workplace. Mr Mannix said ANCA’s involvement aimed to open the eyes of young participants to the world of Science, Technology, Engineering and Maths (STEM). He explained the biggest barrier to pursuing careers in the field was often due to a lack of exposure, particularly for girls and women. “The great thing about engaging students at a younger age where social constructs are not as ingrained is that both girls and boys are openly exposed to all the possibilities and equally encouraged to participate,” Mr Mannix said. “It gives them an opportunity to really take a look at STEM industries, and it also allows us to generate excitement for young girls and nurture pathways to greater equality and diversity,” he said. The maiden convention encourages enthusiasts aged 12 and over to get hands on with technological design and development in the Robotics and Automation Competition. Competing as an individual or as part of the team, contenders can choose their brief, build and code a robot from scratch or add to an existing robotic system, or create a machine that makes a simple task complicated and fun. “It’s important for people within the industry to grow our networks at events like this so we can ultimately inspire young people to embrace studies and careers in advanced technology,” Mr Mannix said. Event organiser Exaptec Robotics CEO Nicci Rossouw said there was a huge appetite from automation, robotics and AI experts to develop a platform to inspire a new generation. “Generate22 is a fantastic opportunity for all these stakeholders to have open and constructive discussions about Australia's growing tech industry,” said Rossouw, “and how we are going to support it in future years for generations to come.”

generateconference.com.au

PhosEnergy to develop nuclear batteries

Funding PhosEnergy’s long-life, reliable, maintenance and fuel-free nuclear battery technology for space.

The University of Adelaide’s industry partner PhosEnergy has received a grant under the Federal Government’s Cooperative Research Centres Projects (CRC-P) Grants scheme to work with the University on development of next-generation nuclear batteries. The University's Deputy ViceChancellor (Research), Professor Anton Middelberg said: “This latest funding will help University of Adelaide experts to work with our industry partner PhosEnergy on research that will directly improve the capability of the defence and space sectors. “This funding will help our defence forces have access to cutting-edge technology that will help to ensure the safety of our nation and that of our trusted allies. “A long-life, reliable, maintenance and fuel-free power system for low-Earth orbit, lunar and deep-space applications is critical for enabling the next phases of space exploration.” “The burgeoning space industry and increasingly sophisticated remote defence sites where power-hungry technology is located are creating enormous demand for long-life, fuel-free power sources,” said Bryn Jones the Managing Director of PhosEnergy. A grant of $2,427,689 will be used to further develop PhosEnergy’s long-life, reliable, maintenance and fuel-free nuclear battery technology for space and defence industries and to improve the availability of people skilled in this area. “We will progress to the development, commissioning, and validation of a capable pilot manufacturing process that can produce battery prototypes for enduser evaluation,” said Scott Edwards, General Manager - Generation Technologies at PhosEnergy Limited. The GenX technology was invented by PhosEnergy’s Managing Director Bryn Jones and Chief Scientist Dr Julian Kelly. “The burgeoning space industry and increasingly sophisticated remote defence sites where powerhungry technology is located are creating enormous demand for long-life, fuel-free power sources,” said Jones. “The global market for power generation in space is already estimated to be worth US $2.8bn a year and is forecast to continue double-digit growth for the foreseeable future, with the focus on extended missions and long-term habitation and sustainable resource recovery on the Moon.” The University’s Professor Nigel A. Spooner and Associate Professor Tony Hooker from the School of Physical Sciences in the Faculty of Science, Engineering and Technology, will lead the University’s role in the project. “The space and defence industries currently need more effective technology for remote power generation as it currently limits their capability,” said Professor Spooner. “What sets this new generation of nuclear batteries apart is that they use beta particles unlike current batteries which use plutonium. By selecting the beta isotope used we can customise battery life according to different applications.” Secured integrated communications and sensor developments are driving the requirement for a portable and autonomous long-term power source. Professor Spooner and Associate Professor Hooker work in the University’s Prescott Envi-ronmental Luminescence Laboratory (PELL) and the Centre for Radiation Research, Education and Innovation (CRREI). Professor Spooner’s research commitment is divided equally between the University and the Defence Science and Technology Group. In addition to Adelaide company PhosEnergy Limited and the University working together on the project, the partnership includes DEWC Systems Pty Ltd, Duromer Products Pty Ltd, the University of South Australia and the University of Western Australia. Cooperative Research Centres Projects (CRC-P) Grants provide funding for short-term re-search collaborations. adelaide.edu.au

Ivanti Wavelink to turn data into actionable insights

Ivanti Velocity empowers customers to further improve operations through automation and actionable insights leveraging Ivanti Neurons for IIoT platform.

Ivanti Wavelink, the supply chain business unit of Ivanti, has announced a new offering that delivers operational insights for new and current Ivanti Velocity customers. These insights enable KPI user cases, helping customers to make the right decisions and further improve sup-ply chain operations. The complexity of warehouse operations has increased over the past decade, thanks to rapid technological changes and the rising demand for better products and services. At the same time, many operational leaders have struggled with limited visibility and ineffective data, making it difficult to make informed decisions and manage intricate supply chain processes. With the new operational insights offering, Ivanti Velocity customers can leverage real-time data gathered from their rugged devices and day-to-day processes and take immediate action to improve workflows. The out-of-the-box offering provides actionable insights into warehouse operations. For exam-ple, it can track how long it takes to complete an order or how long it takes for an employee to travel from one location to the next. It can also identify issues with bad bar codes, damaged goods, incorrect location details, cargo snaps, and more. Operations managers can then use that data to improve operations and build workflow automation around certain processes to trans-form the supply chain. “I’m excited for our customers to leverage our Ivanti Neurons for IIoT platform and integrate Ivanti Velocity to further improve efficiencies and enhance workflows through automation,” said James Reilly, Senior Territory Manager ANZ, Ivanti Wavelink. “Currently, if there is a damaged barcode scanner that doesn’t get reported, it slows down productivity or impacts accuracy in picking. This new solution easily solves those common challenges. It enables customers to get operational predictability while tracking warehouse KPIs on a consistent basis and increase productivity, efficiency, and customer satisfaction.” With these operational insights, customers with Ivanti Velocity can immediately connect to Ivanti Neurons for IIoT to achieve enhanced visibility into order management, inventory management, resource planning, and transportation management.

ivanti.com/wavelink