Great afternoon for EPE hosting the Capability Management Program. The Program is delivered by the Capability & Technology Management College (CTMC), training the next generation of capability technology managers for the ADF.
EPE supported the Legacy Defence Charity Ball with 12 EPE staff on a Corporate Table. Our team had a great night highlighted by some moving speeches of enduring support to bereaved ADF families.
Legacy is dedicated to caring for the families of veterans who have given their life, or health, as a result of their Defence Force service. This care extends to veterans who have served in war and on peacekeeping and humanitarian missions.
The Defence Charity Ball has been held annually since 2007, and all proceeds go towards funding the continuing work of Legacy.
This possible fentanyl exposure incident highlights need for large-area fentanyl neutralisation.
In a recent article by Eric Levenson and Mirna Alsharif on CNN, six staff members at the Chesire Correctional Institute were taken to local hospitals for possible exposure to fentanyl.
If fentanyl becomes aerosolised, it can be easily dispersed over an area by air circulated by fans or air conditioners. This can contaminate large surface areas or cause overdoses.
Correctional facilities are beginning to see these types of incidents occur frequently within cell blocks or common areas.
To reduce the risk of accidental overdose, personnel at jails and prisons should be trained to identify fentanyl and other synthetic opioids and response teams set up to quickly neutralise the threat before it spreads to larger areas.
EPE offers a wide range of decontamination kits that scale from an individual responder size to a large team or area decon kit that utilises an electrostatic sprayer. Details on the decon kits available can be found here.
See the original CNN article here.
EPE Innovation Engineer member of Robotics Innovation Workshop Team at NASA.
Australian owned small Defence company, EPE. Trusted to Protect is investing in Innovation and Prototyping including recently sending our Robotics Engineer, Robbie Wild to the US for a five-day Robotics Workshop jointly hosted by NASA and the CTTSO (Combating Terrorism Technical Support Office) at the NASA Johnson Space Center.
As a result of EPE’s focus and investment on developing solutions to evolving threats through innovative integration and prototyping, EPE has successfully delivered three projects through the Defence Innovation Hub over the last 18 months. The projects provide stand-off explosive and narcotic detection for Navy Boarding Parties; and Ground Penetrating Radar integrated onto in-service TALON robots for Route Clearance, and an enhanced version which physically marks and digitally maps the cleared routes to sub “cm” level accuracy.
EPE Director, Warwick Penrose said ‘We are investing in prototyping and integration to develop innovative ways to remove our soldiers and first responders from threats and building Australian skills and Australian Industry Capability in the process.’
The Workshop jointly hosted by CTTSO and the NASA is aimed to assist with CTTSO’s mission of expanding bomb response capabilities development. More specifically, the partnership addresses the CTTSO Improvised Device Defeat/ Explosives Countermeasures subgroup’s focus area of remote means, which seeks to develop or enhance technologies to remotely conduct neutralisation of unexploded ordnance (UXO), improvised explosives and their precursors, and hazard devices containing chemical, biological, or radiological materials.
The Workshop brought together bomb technicians and engineers to leverage their different perspectives while optimising their synergies to rapidly prototype robots for deployment on EOD operations at a substantially lower cost than commercially available. The bomb technicians represented Israeli Bomb Squads and US Army and Air Force, and Robbie Wild represented Australia amongst the engineers which mainly consisted of NASA Robotics engineers.
19 June 2019
Joint Media Release:
The Hon Melissa Price MP, Minister for Defence Industry and
The Hon Trevor Evans MP, Member for Brisbane
A Brisbane company that specialises in developing technologies to protect military and emergency response personnel has won backing from the Australian Government.
Minister for Defence Industry, the Hon Melissa Price MP announced that firm EPE has secured a $300,000 Defence contract to help it grow its business.
The company specialises in technologies to protect personnel from emerging threats such as improvised explosive devices (IEDs), countering drones and the risk of chemical and biological attacks.
The Minister toured the company’s facility today with the Member for Brisbane, Trevor Evans MP.
“This contract is a demonstration of how the Australian Government’s $200 billion investment over ten years in Defence capabilities is helping small and medium sized businesses right across Australia,” Minister Price said.
“Our investment in Defence is much more than just spending on big companies. EPE is an Australian SME which is working to protect and save lives on the international stage.
“Small and medium sized firms are every bit a part of our defence industry as our major partners.
“This funding will help EPE to improve its radar technology used to identify and track IEDs.
“I congratulate EPE and thank them for their work in helping Defence to deliver innovative new solutions to important global issues.”
Trevor Evans MP said EPE was a fantastic example of how a local Australian business can be part of the enormous defence industries investment under this Government.
“It was terrific to return to EPE today to see how this Brisbane company is developing innovative defence solutions,” Mr Evans said.
“EPE is an outstanding example of Brisbane leading the way when it comes to new solutions in protective and defensive technologies, doing big things on the world stage.”
“This is just one of many local success stories we are seeing in small and medium sized businesses which are receiving support to grow thousands of local jobs in our economy.”
Minister Price said funding for the company was awarded through the Defence Innovation Hub’s Special Notice solicitation process as part of Army Innovation Day 2018.
“The Defence Innovation Hub is working with industry to invest around $640 million until 2025-26 in developing innovative technologies,” Minister Price said.
EPE was thrilled to host The Hon Marise Payne Minister for Foreign Affairs and Trade, Trevor Evans Member for Brisbane along with their teams Matt, Wade and Tony at our facility in Brisbane. Having supported Department of Foreign Affairs and Trade for over a decade, we truly appreciate the opportunity to give the Minister an overview of the capability we provide that keeps our government staff safe on deployment in hostile environments. The entire EPE team genuinely enjoyed the opportunity to showcase bomsbuits and drive robots with Marise and Trevor.
QinetiQ North America (QNA) today announced that it has won the competition for the U.S. Army’s Common Robotic System-Individual (CRS(I)) program. The seven-year Indefinite Delivery Indefinite Quantity (IDIQ) contract, valued up to $164,487,260, is for the delivery of small ground robots. It includes a Low Rate Initial Production (LRIP) phase worth approximately $20m over one-to-two years, followed by a series of annual production releases. QNA has been awarded a $4,051,837 initial order as part of the LRIP phase.
The CRS(I) robot is designed to be back-packable and is equipped with advanced sensors and mission modules for dismounted forces to enhance mission capabilities. CRS(I) features an interoperability profile (IOP) compatible open architecture to support a variety of payloads and missions to detect, identify, and counter hazards.
This significant win for small ground robots builds on QNA’s recent contract awards for the Route Clearance Interrogation System program (RCIS) and Phase II of the Common Robotic System-Heavy program (CRS-H).
“Providing robust, reliable, and exceptionally capable ground robots to support our armed services has been a driving passion at QNA for decades now,” said Jeff Yorsz, President of QinetiQ North America. “Our CRS(I) robot combines performance, intuitive control, and easy transport with a very competitive price point. This will redefine the market for next-generation back-packable robots.”
Warwick Penrose, Director of EPE took the opportunity to attend a working lunch with the Australian Defence Minister, The Hon. Christopher Pyne, New Zealand Defence Minister, The Hon. Ron Mark along with both of the Chief of Defence Forces and the NZ High Commissioner, to discuss current capability delivery and Through Life Support contracts awarded to EPE that are supporting both the Australian Defence Force (ADF) and New Zealand Defence Force (NZDF). EPE was one of five Australian businesses at the lunch that all provide capability to both country’s Defence Forces.
As a small 100% Australian owned business supporting both the ADF and NZDF, EPE was grateful for the ongoing encouragement and advice offered by both Ministers and Service Chiefs. A trusted provider of Counter IED, CBRN and many other niche capabilities to both Forces for over a decade, EPE’s support to NZDF has grown significantly in recent years. As a result, EPE are opening their first New Zealand office in early April, close to the Trentham Military Camp, delivering products and services across several projects. The current project include the Counter Explosive Hazards (CEH) project, a project that is delivering NZ Special Forces their deployable EOD / CBRN and Exploitation capability, as well as Master Service Agreements with NZDF for Deployable Infrastructure, Explosive Ordnance Disposal (EOD) and Chemical, Biological, Radiological and Nuclear Defence (CBRND) capabilities.
EPE will continue to focus on delivery of Force Protection solutions into both countries with an emphasis on technologies that help to take individuals out of the danger area.
Drones flying through Watch and Act zones of Esperance fires yesterday hindered efforts to battle out-of-control blazes and prevented up to 100,000 litres of water being dropped by aerial support.
A white and a black drone was sighted flying through the Howick Watch and Act area yesterday at about 4.20pm, seriously risking the safety of the eight aerial support air crafts and forcing them to land.
Incident control officer Danny Mosconi said the air crafts remained grounded for two to three hours and the delay had a “significant impact” on crews who were already under serious pressure to battle the fires.
“Once aerial support and water bombers leave the area … this then poses a risk of fires gaining intensity, which in this case it did,” he said.
“We’ve been working since that incident to contain those fires.”
Police have started an investigation after a commercial drone understood to be worth almost $500,000 was shot down in a rural part of the ACT.
An ACT Policing spokesman confirmed officers responded to the incident in Tennent about 2.15pm on Thursday, February 14.
In Canberra, drones are being trialled to deliver food, beverages and medicine to suburbs and also to check vegetation is not growing too close to power lines.
“Investigations into this matter remain ongoing,” he said.
It is understood Evoenergy was using the drone to carry out surveying work when it was shot down near Apollo Road, and that local landholders had not been notified of the surveying work.
The drone and the equipment it was fitted with are understood to be worth nearly $500,000.
Evoenergy declined to answer questions about the incident. A spokeswoman said inquiries about “any matters related to unlawful behaviour” should be directed to ACT Policing.
London airports purchase equipment in wake of incidents that caused around 1,000 flights to be grounded
The UK’s largest airports are set to spend millions of pounds on anti-drone equipment, the Guardian understands, as they seek to protect themselves from future attacks like that which grounded about 1,000 flights into and out of Gatwick airport during the Christmas period.
The country’s two busiest hubs – London’s Heathrow and Gatwick – have brought in their own military-grade anti-drone apparatus. The owners of both airports invested millions of pounds in the equipment after about 140,000 passengers were affected by the unprecedented disruption to Gatwick.
EPE is a proud partner of the Australian Army On the Job Trainee (OJT) Program. Our team of technicians supporting specialist Counter IED equipment for ADF offers OJTs access to unique skillsets and gives them hands on experience working in a Defence Industry facility on: FP-ECM, Robotics, Counter Drone Solutions and building specialist devices for Counter IED training.
The calibre of Army apprentices placed at EPE over the past 4 years has ensured this Program has been mutually beneficial by providing training to the next generation of Defence Electronic Technicians whilst providing efficiency and innovation benefits to the company. As a result of recent Master Services Agreements with the New Zealand Defence Force, the EPE Through Life Support team has expanded and we’ve recently employed one of our past talented young OJT’s upon medical discharge from ADF.
EPE is a 100% Australian owned company that demonstrates our commitment to the Defence community through:
- Recognised Supporter of Veterans Employment – 65% of EPE employees are veterans
- Recognised Supporter of Reservists Employment – 25% of employees are active reservists
- Multiple donation to the Australian War Memorial Afghanistan Exhibit
The Sydney Morning Herald, 30 January 2019.
A Queensland company which has installed counter-drone security at a critical infrastructure site with a restricted airspace in Australia says it has detected 400 drones in just six months.
EPE uses the US-developed MESMER drone technology, which instead of using jamming techniques exploits drone protocols to identify a drone’s unique identification number and take control of the device.
EPE provides a range of security services including countering IEDs (improvised explosive devices) and chemical weapons as well as drones. Its top customers include the Australian and New Zealand Defence Forces, DFAT, the Attorney-General’s Department, as well as Australian police and emergency services.
Keith Mollison, a former bomb disposal specialist with the Australian and British military, now with EPE, said they had installed the MESMER system in the first half of 2018, after the client, which he is prohibited from naming, reported numerous drone sightings overhead.
“They had in the low tens of drones sighted over a period of time,” he said.
But because drones were “very small” and “fast-moving,” making them “difficult to spot by the naked eye” the actual number was far greater, he said.
“Our system has been in operation for just over six months now and it has detected well over 400 individual drones in that time. It was a surprise to the client and to us just how many there were, so the order of magnitude of the problem is quite significant,” Mr Mollison said.
While the MESMER system can disable drones by either landing them or returning to sender, the law currently only allows for the drones to be detected and identified but not downed, unless special powers have been granted by state or federal governments for one-off events or designated areas.
EPE ranks 13th in Australian Defence Magazine Top SME suppliers to Defence
Australian Defence Magazine (ADM) has released their 2018 rankings of the Top Contractors to the Australian Defence Force (ADF). The ADM ranking lists the top Contractors to the ADF and New Zealand Defence Forces (NZDF).
In the Top SME ranking for 2018, EPE ranks 25th among Small to Medium Enterprises (SMEs). In the Top 20 ANZ SME ranking (which includes only Australian and New Zealand owned suppliers) EPE is ranked 13th. EPE’sconsistent position in these rankings since 2011, demonstrates our solid commitment to provide solutions to protect ADF and NZDF personnel. As an Australian veteran owned and managed small business, EPE’s strength has always been our unique ability to be agile and responsive to our customers’ requirements while delivering world-leading solutions, supported by Integrated Logistics Support and specialist training.
In the 2018 financial year we have invested more than ever in Research and Development as we have successfully partnered with the ADF to deliver two Projects through the Defence Innovation Hub and have been awarded a further 2 Projects which will be delivered over the next year.
ANAA, Yemen (AP) — A bomb-laden drone launched by Yemen’s Shiite rebels exploded over a military parade Thursday for the Saudi-led coalition, killing at least six people in a brazen attack threatening an uneasy U.N.-brokered peace in the Arab world’s poorest nation.
The attack at the Al-Anad Air Base showed the unwillingness of Yemen’s Houthi rebels to halt fighting in the civil war, even if it doesn’t violate a peace deal reached last month in Sweden between them and Yemen’s internationally recognized government.
The Houthi attack near the southern port city of Aden with a new drone variant also raised more questions about Iran’s alleged role in arming the rebels with drone and ballistic missile technology, something long denied by Tehran despite researchers and U.N. experts linking the weapons to the Islamic Republic
In the fields of Grafenwoehr, Germany, service members from the U.S., the U.K. and other U.S. Department of Defense entities watched as several new unmanned aerial tools were explained and demonstrated during a multinational joint equipment training brief April 2, 2018.
Led by a group of civilians from the U.S. Army Tank Automotive Research, Development and Engineering Center, the training brief served as a precursor to a scheduled Robotic Complex Breach Concept demonstration later this week. That demonstration will see the use of new air and ground equipment for the first time by Soldiers.
The unmanned aerial capabilities on display included the Lethal Miniature Ariel Missile System, Puma, and Instant Eye, which provided Soldiers the ability to evaluate and detect hazards in the training area from a safe distance.
“The aviation assets are invaluable,” said Staff Sgt. Brian Logan, a Chemical, Biological, Radiological and Nuclear Specialist. “One of the aviation systems, the Instant Eye, can actually detect hazardous exposure such as chemical or biological threats. The best way to prevent a CBRN injury is avoidance, and that’s what these assets allow us to do, avoid unnecessary exposure.”
Another aerial asset, the Puma system, is a small unmanned aircraft that gives Soldiers the ability to reconnoiter an area, capture photos and other mission enhancing abilities, without placing individuals in harm’s way.
InstantEye Robotics is pleased to announce it has secured a contract with the Defense Logistics Agency (DLA) in support of PMA-263, the Navy and Marine Corps Small Tactical Unmanned Aircraft Systems (SUAS) Program Office, to field 32 InstantEye Mk-3 GEN5-D1 SUAS systems (64 aircraft).
This procurement is being executed in support of a United States Marine Corps urgent needs request for field user evaluation. The new InstantEye Mk-3 GEN5-D1 platform expands mission scope and provides additional Reconnaissance, Surveillance, and Target Acquisition capability to the individual Marine or Sailor.
“We are very excited to start fielding the first system in our new InstantEye Mk-3 line of products, which is designed to further strengthen the security of our SUAS products as well as expand the capabilities and features of our systems,” said Tom Vaneck, Vice President of InstantEye Robotics. “The Marines have been great supporters of the InstantEye systems, and we think the InstantEye Mk-3 GEN5 system will greatly complement their existing portfolio and enhance force protection while reducing operational risk.”
The InstantEye Mk-3 GEN5-D1 is the smallest (~250g) in the InstantEye family of combat-proven, high-performance, affordable systems. It is an encrypted, all-digital system with superb real-time video and still imagery. Due to its small size, it has low audible and visual signatures, enabling it to operate undetected in close proximity to targets of interest. The system requires only a single operator and goes from a stowed configuration to fully operational in approximately one minute. With an ability to operate in all weather and locations, it is an unmatched tactical enabler with operational effects.
InstantEye Robotics is a division of Physical Sciences Inc., both located in Andover Massachusetts. InstantEye Robotics is a global leader in tactical unmanned aircraft systems. When customers need a reliable, portfolio-manageable, multi-mission system, they choose InstantEye.
The New Zealand Defence Force (NZDF) has signed an Equipment Master Services Agreement (MSA) with EPE for HDT. The NZDF’s current HDT shelter systems include Network Enabled Army, C4ISR Common Command Post Operating Environment (CCPOE), Role Two Enhanced (R2E) Medical Infrastructure and in the pipeline is a Deployable Joint Inter-Agency Task Force (DJIATF) Headquarters. The intent of the contract is to deliver optimal levels of Through-life Support and operational availability, without adding complexity or cost to existing lines of support. The agreement is for all equipment, spares, in-service support, and purchasing of new systems across the NZDF Services.
EPE Managing Director, Warwick Penrose said “The Agreement enables the NZDF to optimise operational availability and save time and resources in the purchase of HDT systems, as they can buy them under the Agreement efficiently and cost-effectively. This is a logical step as EPE’s support to New Zealand has been steadily growing over the last 10 years with EPE delivering equipment, training and Through Life Support across the CBRNE and ECM capability area, and we are the Exclusive Representative of HDT Global in Australia and New Zealand. The contract has been negotiated by, and will be managed by EPE’s New Zealand team.’’
Autonomous Warrior 2018 at HMAS Cresswell provides a forum to demonstrate the potential for autonomous systems to support future Defence operations. EPE has been at the forefront of delivering protective equipment and unmanned systems to ADF to keep our soldiers at a safe distance from explosive hazards for 2 decades. As unmanned and autonomous systems develop rapidly, we are providing innovative solutions for Protected Route Clearance and Neutralisation to protect our soldiers from IED’s. Our medium term plan is focused on enhancing our recent capabilities developed through the Defence Innovation Hub and further developing our Australian Industry Capability through advanced manufacturing of some of these capabilities.
At Autonomous Warrior 2018 (AW18), EPE demonstrated the Armtrac 20T Robot for conventional demining, Explosive Ordnance operations and Counter-IED operations. The platform is flexible and scalable and provides forces with improved mobility. The system is sufficiently robust and agile enough to move across country and provide a surrogate scout for dismounted foot patrols; in this role it would enhance situational awareness and stand-off detection of threats. However, in mechanised operations, it could equally be transported on a standard 3.5 tonne trailer and be prepared for operations within minutes of identifying a potential threat for survey, investigation or render safe.
EPE also displayed the MESMER™ Counter Drone solution at AW18. MESMER™ uses Protocol Manipulation to detect, identify and mitigate drones. Unlike other systems that employ kinetic effects or radio jamming, which can have indiscriminate secondary effects, MESMER™ is a low power system, operating below 1 watt and within ACMA regulatory constraints. It only affects targeted drones without impacting other nearby communications systems. The MESMER™ counter drone system is currently installed at a sensitive and confidential critical infrastructure site in Australia.
Minister for Defence Industry, Steven Ciobo attends Royal Australian Navy Testing of Stand Off Detection prototype
The Royal Australian Navy has been testing EPE’s Maritime Portable Raman Improvised Explosive Detector (PRIED) system in Darwin this week. This project, awarded under the Defence Innovation Hub to the value of approximately $1 million, involves EPE working with Navy to develop a portable dangerous substance and explosives detector suitable for maritime operations.
EPE Project Manager, David Rye onsite in Darwin said, ‘Testing the prototype with Navy this week, we have achieved all Test Performance Measures beyond expectation.’
The function of the unit is to provide stand-off detection of narcotics, explosives, homemade explosives (HME), chemical warfare agents, toxic industrial chemicals, toxic industrial materials and related chemical precursors. The PRIED is man portable and can rapidly scan from 10m-40m with the ability to scan in excess of 40m (depending on the material) and day/night conditions. It uses a “next generation” eye safe raman spectroscopy sensor that utilizes deep-ultraviolet (DUV) illumination without detonating explosive material.
Warwick Penrose, Managing Director of EPE, a small Australian business based in Brisbane, is proud to be working closely with Defence to develop this next generation force protection capability for those members of the Royal Australian Navy who engage in boarding operations.
“The PRIED project recognises EPE’s long term commitment and investment in building and developing sovereign Force Protection capabilities that help take Australian servicemen out of the danger zone. Our team delivers a broad spectrum of innovative Force Protection capabilities that are in service today with the ADF, NZDF as well as local and federal police and first responders” Warwick said.
This Defence Innovation Hub project funded by the Federal Government gives EPE the opportunity to further develop this technology which has been deployed for force protection on Land, and modify it to meet the unique requirements of maritime application both in Australia, New Zealand and the Asia Pacific region.
Portable Raman IED Detection Systems (PRIED) provides stand-off detection of Explosives, Narcotics and Chemicals and removes the operator from the threat area allowing them to detect from a distance. The video looks at the cutting edge work being achieved by DARPA (Defence Advanced Research Projects Agency) working with Alakai to reduce the size of the system from man-packable to handheld. EPE has been funded 950k by the Australian Defence Innovation Hub to deliver a Prototype for our Maritime boarding parties in support of our Navy’s Counter Narcotic program in the gulf. PRIED was designed primarily for employment in the land domain and has not been built with consideration for salt water ingress. The Maritime PRIED project will deliver a PRIED prototype that has been optimised for maritime operations with the intent of providing enhanced protection to RAN boarding parties. This project is scheduled for completion in Nov 2018.
EPE, Thales Australia and Department 13 signed a Memorandum of Understanding at Land Forces today in Adelaide following successful rapid integration of MESMER™ Counter Drone capability into the Thales Bushmaster.
- MOU with Thales Australia, EPE and D13 to develop and integrate a commercialised version of MESMER™operating through the Thales ICS.
- Mobile prototype of MESMER™ integrated into a globally proven military platform, the Bushmaster.
Adelaide, South Australia – This morning at Land Forces EPE, Thales and Department 13 signed a Memorandum of Understanding (MOU) following successful integration of the MESMER™ Counter Drone solution into the Bushmaster. The MOU outlines the intent for this solution to provide an interim cyber capability for the vehicle platform.
Drones have become a persistent and pervasive threat to deployed members of the Australian Defence Force (ADF), with insurgents using cheap commercial drones to survey defensive positions, assess the disposition of troops as well as deliver munitions and IED’s with disturbing ease and accuracy. Troops deploying from Forward Operating Bases (FOBs) need the ability to deny enemies the use of Unmanned Aerial Systems (UAS) without impacting friendly radio frequencies (RF). This has prompted EPE, Department 13 and Thales to integrate the MESMER™ Counter UAS (C-UAS) capability into the Bushmaster as an innovative prototype being displayed at the Land Forces Conference in Adelaide.
The Thales Bushmaster is combat proven, offering high protection and mobility. It has been successfully deployed by three armies on operations in the Middle East, Africa and Pacific. On-going design enhancements, a wide range of user selectable mission equipment and mature through life support have ensured that Bushmaster continues to offer leading capability to meet emerging threats and evolving customer requirements. The Thales Integral Computing System (ICS) is an example of this, implementing a network-based architecture to centrally host all applications in the vehicle and enable the integration of new technologies to combat evolving threats.
Warwick Penrose, EPE Director said ‘The integration of the MESMER Counter Drone capability into the Bushmaster completed in 3 weeks demonstrates that EPE and Thales can successfully work together to meet tight deadlines. The success of this prototype further supports our short-term plans to establish an advanced manufacturing capacity in Australia to deliver sovereign capability.’
MESMER employs protocol manipulation techniques to manage a single or swarm of UAS. It detects and identifies drone signals using Radio Frequency (RF) protocol signatures. Protocol manipulation then enables MESMER to take advantage of weaknesses inherent in digital radio systems allowing safe mitigation of threats. This low power, surgical approach has several advantages over kinetic energy or jamming techniques, both of which can have collateral impacts on untargeted nearby assets and friendly RF systems. MESMER’s software defined architecture allows it to be constantly updated in response to evolutions in current UAS threats and emerging capabilities. This flexible software defined architecture also enables it to be seamlessly integrated into the Thales ICS.
The MESMER capability is on display at Land Forces at the EPE Stand 1N29 and on the Bushmaster at the Thales Stand 1F15.
EPE provides innovative solutions to protect Military and Emergency Response personnel from current and emerging threats. We are force protection specialists with real world operational experience. Our solutions include Counter Drone, Counter IED (Improvised Explosive Devices, including Radio Controlled Devices), and Chemical, Biological, Radiological and Nuclear Defence (CBRND). EPE balances global reach with local innovation and is establishing advanced manufacturing capacity in Australia to deliver sovereign capability.
ABOUT THALES AUSTRALIA
Thales in Australia is a trusted partner of the Australian Defence Force and is also present in commercial sectors ranging from air traffic management and ground transport systems to security systems and services. Employing around 3,600 people, Thales in Australia recorded revenues of more than A $1.2 billion in 2017 and export revenue of over A$1.6 billion in the past 10 years.
Thales Australia has a history of patient investment to build advanced in-country capability across manufacturing, critical systems and services. Close collaborative relationships with local customers, Australian SME suppliers and research institutions combined with technology transfer from our global business enables Thales to tailor high quality solutions for Australian and export markets.
Four high-security Queensland prisons went into lockdown on Sunday night after drones were illegally flown overhead.
Queensland Corrective Services Commissioner Peter Martin said the drone use over Brisbane Correctional Centre, Brisbane Women’s Correctional Centre, Wolston Correctional Centre and Arthur Gorrie Correctional Centre was “irresponsible”.
Queensland Police is investigating the illegal drone use.
The four prisons returned to normal on Monday morning after a search of each property to ensure no contraband had been dropped off.
“The safety and security of our prisoners and staff is of upmost importance, which was put at risk by this ill-conceived stunt,” Commissioner Martin said.
“Drones are a real threat when used to introduce contraband into our prison system or to aid in the escape of prisoners, which is why the Queensland government introduced legislation earlier this year to make such actions illegal.”
A trial at Woodford Correctional Centre was begun this month to detect drones, intercepting communications through radio waves to identify the drone’s source.
The trial will continue for four weeks to test its use across all Queensland prisons.
Drone laws prohibit the use of drones over restricted areas and over areas where emergency operations are under way, and require drones to only be flown at during the day and within line of sight of the operator.
Greenpeace activists say they have crashed a drone into a French nuclear site, posting footage of the flight on the groups Facebook page.
The group said the stunt was to highlight the lack of security around the facility, adding that “at no time was the drone intercepted or even worried about”. The drone, which was decked out to resemble a tiny Superman, slammed into the tower in Bugey, about 30 kilometres from Lyon, according to the video released Tuesday. The environmental activist group says the drone was harmless but showed the lack of security in nuclear installations in France, which is heavily dependent on atomic power.
“This action has once again demonstrated the extreme vulnerability of French nuclear installations, designed for the most part in the 1970s and unprepared for external attacks,” the post read.
France generates 75 per cent of its electricity from nuclear power in 19 nuclear plants operated by state-controlled EDF. EDF said that two drones had flown over the Bugey site, of which one had been intercepted by French police.
MESMER™ Counter UAS capability selected as finalist in ThunderDrone II. Following successful trials at both Phase 1 and 2, MESMER™ has been selected to participate in the final round Phase 3 which will be held at Nellis Air Force Base, Nevada, from the 18th-20th of June. EPE is partnered with Department 13 to distribute, integrate, install, train and support MESMER™ in Australia and New Zealand and is in planning stage for advanced assembly of MESMER™ from our base in Queensland.
The ThunderDrone trials were initiated by SOFWERX upon the request of the United States Special Operations Command (“USSOCOM”) and Strategic Capabilities Office to assess the Unmanned Aerial Systems industry and leading technology within this field.
ThunderDrone II saw more than 450 Unmanned Aerial Systems technologies submitted, with 95 Companies invited to move forward and present in Tampa in January 2018. MESMER™ was a top performer at this event and was one of 34 companies invited to the ThunderDrone II demonstrations, held at Fort Bragg in April 2018. D13 is one of the final 6 companies selected for the final phase of the event.
D13’s progression in ThunderDrone II is evidence of MESMER™s superior capabilities in Drone detection, identification and mitigation. Department 13 CEO, Jonathan Hunter, commented: “We are very excited to be selected as a finalist of ThunderDrone II to demonstrate MESMER™s superior capabilities and to network with Government and military officials. The D13 team have received overwhelming positive feedback from event organizers, USSOCOM representatives and +280 Government official attendees of both events. Trials and Demonstrations represent a key component of D13’s sales and marketing strategy, as these demonstration events of emerging technologies are the predominant method of assessment prior to procurement for Government agencies. MESMER™s progress to the final stage of ThunderDrone II has already delivered multiple sales leads and the D13 team continues to work to convert these opportunities to unit sales.”
Defence Innovation Hub Proof of Concept delivered by EPE
EPE has completed the first phase of the innovation project awarded under the Defence Innovation Hub. EPE worked with Defence to integrate a Ground Penetrating Radar (GPR) capability (Amulet) that can be deployed remotely using TALON, the current in-service medium sized Unmanned Ground Vehicle (UGV) and demonstrated a Proof of Concept (POC) to prove the integration could work.
As separate entities, the Amulet and the Talon are proven and known capabilities, the POC was therefore designed specifically around proving they could be integrated to achieve a remote standoff detection capability. The POC was highly successful and the logical progression is to now produce a prototype of this capability.
Warwick Penrose, Managing Director of EPE said “The GPR for UGV project recognises EPE’s long term commitment and investment in building and developing sovereign Force Protection capabilities that help take Australian servicemen out of the danger area. The commitment made by the Defence Innovation Hub to support Australian industry in concept development and prototyping, will allow EPE to accelerate the development and delivery of innovative capabilities that meet the specific needs of the ADF. In addition, the technologies developed for the ADF right here in Australia, have equal application with neighbouring countries as well as traditional coalition partners. This creates the potential to generate strong export opportunities, expand our ability to create new employment roles and offer long term job security.”
EPE awarded $1 million Contract under the Defence Innovation Hub fund.
The Minister for Defence Industry, Christopher Pyne has announced the second contract awarded to Zangold Pty Ltd (trading as EPE.Trusted to Protect) under the Defence Innovation Hub fund. This project funded to the value of $1 million involves EPE working with Navy to develop a portable capability to assist with the stand-off detection and identification of homemade explosives, chemical warfare agents, narcotics and gases during the conduct of Maritime Operations. Warwick Penrose, Director of EPE said ‘We’re proud to be working closely with Defence to develop this next generation force protection capability for those members of the Royal Australian Navy performing hazardous boarding operations. This innovation has the potential to deliver a new paradigm in boarding operations enabling stand-off detection prior to boarding.’
“The PRIED project recognises EPE’s long term commitment and investment in building and developing sovereign force protection capabilities that help take Australian servicemen out of the danger zone. Our team delivers a broad spectrum of innovative Force Protection capabilities that are in service today with the ADF, NZDF as well as local and federal police and first responders” Warwick said.
This Innovation Hub Project funded by the Federal government gives EPE the opportunity to further develop this technology which has been deployed for force protection on land operations and modify it to meet the unique requirements for a maritime application.
“For this Project, we are partnering with ALAKAI Defense Systems, the manufacturer of PRIED and EPE has also extended our relationships with local engineering and fabrication companies as part of our commitment to fostering an innovative local supply chain. EPE is working with Australian based manufacturers to provide a holistic Maritime capability.” Warwick Penrose said.
EPE ranks 10th in Top 20 Australian SME suppliers to Defence
Australian Defence Magazine (ADM) has released their rankings of the Top Contractors to the Australian Defence Force. The ADM ranking lists the top Contractors to the Australian and New Zealand Defence Forces. In the Top 20 SME ranking for 2017, EPE is 17th among SMEs (Small to Medium Enterprises). In the Top 20 ANZ SME ranking (which includes only Australian and New Zealand owned suppliers) EPE is ranked 10th. Our consistently rising position in this ranking since 2011, demonstrates EPE’s solid commitment to providing solutions to the Australian and New Zealand Defence Forces that protect our soldiers. As an Australian owned and managed small business, our strength has always been our positioning to deliver world-leading solutions, supported by performance based contracting ILS and specialist training, while maintaining our unique ability to be agile and responsive to our customers requirements.
We thank ADM for their support of Australian businesses in the Defence sector.
The Queensland Government welcomed the Federal Government decision to back Queensland’s bid to host the Defence Cooperative Research Centre (CRC) for Trusted Autonomous Systems (TAS). A $50 million centre to develop drone and robotics technology for the Defence Force will be headquartered in Queensland. It will be a national facility that develops technology like drones and robotics for the Army, Navy and Air Force.
EPE Managing Director, Warwick Penrose joined Innovation Minister Kate Jones and State Development Minister Cameron Dick speaking at the Queensland Announcement at QUT welcoming the Federal Government decision to back Queensland’s bid to host the Centre. QUT’s Professor Arun Sharma and the State’s Chief Entrepreneur, Steve Baxter also addressed the media at the announcement.
Innovation Minister Kate Jones said the location of this Centre in Queensland was a vote of confidence in the state’s world-leading innovation and technology capability. “This centre will draw together industry, researchers and local businesses to work with Defence to develop new technologies for drones and other unmanned vehicles,” she said. “This will develop critical mass in key technologies like artificial intelligence, robotics, and autonomous vehicles and will position Queensland as a global leader in these areas.”
State Development Minister Cameron Dick said the Palaszczuk Government recognised that defence was a critical industry for the state, employing approximately 6,500 workers.
He said an important feature of the proposal would be to develop sites for testing, trials and evaluation of drones. “We will invest in test facilities, including large drone zones in regional Queensland — both aerial and marine —as part of the CRC.’’
Both Ministers recognised the capability that global companies like Boeing, and small companies like EPE and Nova Systems, contribute to Queensland’s leading technology in this area.
EPE Managing Director, Warwick Penrose said his ‘company is a family run business that creates autonomous systems to enable our soldiers to get in, do the job safely and get home again’.
Queensland will contribute a Brisbane-based headquarters for the CRC, world-class testing ranges, support research and technology projects, support industry to develop standards for autonomous systems and the development of platform technologies for unmanned aerial systems.
Information from : Minister for State Development, Manufacturing, Infrastructure and Planning, The Honourable Cameron Dick / Minister for Innovation and Tourism Industry Development and Minister for the Commonwealth Games, The Honourable Kate Jones
MINISTER for Corrections David Elliott has thanked Corrective Services officers who seized steroid capsules smuggled into Lithgow Correctional Centre with the apparent use of a drone.
It is the first time that CCTV has captured a drone that appears to be dumping contraband in a NSW prison.
A member of the public first alerted the prison to the presence of the drone around the centre on Monday evening.
“I thank the member of the public and staff for their prompt response and the recovery of this contraband,” Mr Elliott said.
To read full article, please Click Here, Coutesy of The Dayly Telegraph
Drones have been recognised as a very real threat to Australian cities, as the use of the technology by terrorist organisations increases.
Defence contractor EPE manager Keith Mollison, who had 25 years’ experience in the British Army including a stint as deputy director of intelligence, spoke at the annual Safe Cities conference about the threat of drones on Wednesday.
Drones can inadvertently cause significant hazards to public safety,” he said at the Brisbane conference.
“The spectrum of improper and illegal use of drones, even inadvertently, ranges from mischief to mayhem to protest, even acts of terror. They are used for many purposes – for recreation, for journalism or commerce and a lot of legal uses as well. Even drones used for legal purposes have the potential to cause significant disruption.”
To read full Article please click following : http://www.smh.com.au/drones-present-a-threat-to-cities
Drone collides with commercial aeroplane in Canada.
A drone has collided with a commercial aircraft in Canada, the first such incident in the country, according to the Transport Ministry. As reported by BBC News, the drone struck one of the plane’s wings, while six passengers and two crew members were aboard.
The aircraft sustained only minor damage and was able to land safely, the Canadian transport minister said.
Earlier this year, Canada announced that it was making it illegal to fly recreational drones near airports.
The law prohibited airborne drones within 5.5km (3.5 miles) of an airport and restricted the height of a drone’s flight to 90 metres (300ft).
Those breaking the restrictions could face fines of up to 25,000 Canadian dollars ($20,000, £15,000).
The Skyjet flight was heading to Quebec City’s Jean Lesage International Airport when the drone hit it on 12 October.
In a statement, transport minister Marc Garneau said: “Although the vast majority of drone operators fly responsibly, it was our concern for incidents like this that prompted me to take action and issue interim safety measures restricting where recreational drones could be flown.
“I would like to remind drone operators that endangering the safety of an aircraft is extremely dangerous and a serious offence.”
According to a UK Airprox Board report, a drone passed directly over the wing of an aircraft approaching Gatwick Airport this summer.
ADF has donated Force Protection Electronic Countermeasures equipment that was fitted to Up-Armoured SUV’s (UA SUV) in Afghanistan to the Australian War Memorial (AWM). This will now complete the vehicle which is displayed in the AWM Afghanistan collection. EPE delivered these vehicles integrated with vehicle mounted ECM and vehicle tracking to ADF for deployment in Afghanistan, so was very pleased to be involved in the handover to the AWM.
EPE Director Warwick Penrose spoke at World of Drones Congress in Brisbane sponsored by the Queensland Government. The Congress focused on How Drones are Changing the World – emerging technologies, service delivery, humanitarian response, smart communitites and farms. While the prime emphasis was on the new drone economy , the role of drones in Smart Cities, and Emergency and Humanitarian Response, Warwick spoke under the Stream: Risk, Regulation, Safety and Resilience, on the emerging threat posed by drones in urban environments. Threats range from the careless drone enthusiast, to criminals intent on evading law enforcement, to malicious use by terrorists. This creates risk to public safety at major events, risk to critical infrastructure, unwanted surveillance of government assets and facilities, airborne delivery of contraband into prisons, and airborne delivery of IEDs and chemical and biological warfare agents.
Warwick discussed th Department 13 Counter Drone platform, Mesmer. Mesmer utilises sophisticated detection and mitigation strategies that automatically detect, identify, mitigate redirect, land or take total control of a target drone or other radio-controlled device. Mesmer RF protocol manipulation takes advantage of weaknesses inherent in digital radio protocols. Mesmer is designed for both commercial and defense/ security organisations to deal with the emerging threat of autonomous systems.
Mesmer recognises unique radio signal features and other communication metadata to select and apply strategies that curtail drone threats, unlike other systems that use radio jamming and standard electronic mitigation techniques. Mesmer’s protocol manipulation is low-power, operating below 1 watt and within regulatory constraints. Low power is an advantage as it only affects targeted radio-controlled devices – not non-targeted communication signals in the vicinity.
Warwick also sat on the Safety Discussion Panel at the Congress lead by James Coyne from UAS International, and joined by Jackie Dujmovic from Hover UAV, Professor Tristan Perez from QUT, and Brooke Tapsall from Airport UAV.
New Qld Police EORT Bombcat is super cool. Great job Peter Henderson and the EORT team.
Minister for Police Mark Ryan and Commissioner Ian Stewart today announced the arrival of a new armoured vehicle for the Queensland Police Service Explosive Ordnance Response Team (EORT).
Commissioner Stewart said the vehicle will ensure police right across Queensland, including specialist units, have the resources they need to keep Queenslanders safe.
“The Bombcat has been designed specifically to support EORT operational requirements but is also able to fully support interoperability with both Negotiator and Special Emergency Response Team requirements, during high risk incidents,” Commissioner Stewart said.
“These operations can include tasks where explosive devices, as well as firearms are present.
“At seven metres long, two and a half metres wide and three metres high, this machine means serious business.”
Minister Ryan said the vehicle will help to keep not only Queensland communities safe, but to also ensure the safety of frontline men and women.
“This $600,000 investment means that Queensland now has an armoured vehicle that uses advanced ballistic and blast protection and allows the safe deployment of specialist staff at high risk jobs including tasks where explosive devices, as well as firearms are present,” Minister Ryan said.
“The Queensland Police currently have two armoured vehicles, known as Bearcats, however our new Bombcat is like the big brother to our existing Bearcats – it’s bigger, stronger and will offer our police an extra level of protection.
“The Bombcat was purpose built to meet the needs of the Queensland Police Service and uses leading edge technology to protect officers and the community from explosives threats.”
from QPS Media on Mar 22, 2017 @ 2:54pm
While the BOMBCAT is road ready, the bullet resistant vehicle is unlikely to be seen on your street any time soon.
In Queensland, the Special Emergency and Response Team (SERT) will only be deployed to pre-planned operations that are high-risk situations deemed by a deputy commissioner or delegate.
The smaller model, the BEARCAT armoured personnel carrier, was however used last year to batter down a gate on a property with an ongoing siege, where a gunman held hostages for nine hours.
A similar situation occurred in Tasmania when a BEARCAT was used by special operations police to breach the perimeter fence of a Bandidos clubhouse.
EPE Managing Director, Warwick Penrose is speaking at the World of Drones Congress 2017 to be held in Brisbane from 31st August to 2nd September.
Warwick will present re Countering the Threat of Drones in Urban Environments.
The global proliferation of Remotely Piloted Aerial Systems (RPAS), especially low cost Commercial off the Shelf (COTS) RPAS has presented a new threat dimension for a range of differing organisations with a safety oriented framework and focus. Whether being used by hobbyists, enthusiasts, or indeed for malicious purposes, RPAS present a dynamic risk requiring an agile and adaptable response capability. RPAS pose many threats including to critical infrastructure, high profile public events, security in the corrective services system, and through illegal surveillance of police tactical operations. Typical methods used to counter the threats posed by drones include approaches such as electronic warfare jamming and kinetic weapons.
Department 13’s (D13) Mesmer, an open architecture software platform that uses machine learning and protocol manipulation to detect, identify, track, and mitigate a variety of autonomous systems including many commercial, off the shelf drone platforms counters this threat. Mesmer’s approach is unique, employing protocol manipulation to deliver extremely targeted mitigations requiring minimal power; often less than a single Watt at one Kilometre range. Mesmer’s mitigation approach enhances security posture with respect to drones by enabling a series of controlled outcomes. For example Mesmer enables the following:
- Take control of one or many drones. (Land, Stop/Hold, Go-Home)
- Redirection to designated LZ.
- Interrogates sensors on the drones.
Mesmer’s primary sensor array is based on software defined radios (SDR’s) as both primary sensor and effector apparatus. All Mesmer systems contain an embedded SDR configuration, although, because of Mesmer’s Linux based open architecture, it can integrate with other sensor platforms such as radar, acoustical or optical.
Protecting First Responders Against the Threat of Fentanyl
EDGEWOOD, Md.–(BUSINESS WIRE)–Smiths Detection Inc. (SDI) is at the forefront of arming first responders with solutions to safeguard against the presence of fentanyl. Working directly with international law enforcement and hazmat agencies, SDI has adapted a range of existing technologies to be able to quickly and accurately detect fentanyl and its analogues on scene.
“The new fentanyl threat to first responders is real and severe since accidental contact with- or inhalation-of very small amounts can be life threatening. The right technology can help first responders make better informed decisions about how best to protect themselves from fentanyl and its analogues during emergencies.”
Fentanyl, if inhaled, may lead to respiratory arrest, is 50 times more lethal than heroin and 100 times more lethal than morphine. It is prompting fears of a public health crisis and a threat to the safety of first responders who may not be aware of its presence during a response.
SDI has adapted three of its leading technologies to detect and identify fentanyl, including:
- IONSCAN 600 – used in airports, corrections facilities and security checkpoints across the world, this portable system detects invisible amounts of narcotics like fentanyl, and explosives, in seconds.
- HazMatID Elite/Target ID – an infrared handheld chemical identifier performs chemical analysis on bulk amounts of solids and liquids, which may be used as court-admissible evidence.
- ACE-ID – utilizes laser Raman technology which allows users to test bulk quantities of unknown substances without contact, including through plastic and glass.
The technologies were designed to complement each other in response scenarios but can work independently. SDI also enhanced its ReachBackID 24/7 hotline to give first responders using these technologies access to Ph.D. scientists to support the field-based analysis of fentanyl and several of its analogues.
Shan Hood, Vice President of Product & Technology for Smiths Detection, said: “The new fentanyl threat to first responders is real and severe since accidental contact with- or inhalation-of very small amounts can be life threatening. The right technology can help first responders make better informed decisions about how best to protect themselves from fentanyl and its analogues during emergencies.”
Smiths Detection, part of Smiths Group, is a global leader in threat detection and screening technologies for military, air transportation, homeland security and emergency response markets. Our experience and history across more than 40 years at the frontline, enables us to provide unrivalled levels of expertise to detect and identify constantly changing chemical, radiological, nuclear and explosive threats, as well as weapons, dangerous goods, contraband and narcotics.
Our goal is simple – to provide security, peace of mind and freedom of movement upon which the world depends. For more information visit www.smithsdetection.com
August 03, 2017 10:00 AM Eastern Daylight Time Smiths Detection Inc.
Media Release http://www.businesswire.com/news/home/20170803005826/en/Smiths-Detection-Technology-Protects-Responders-Threat-Fentanyl
Drone enthusiast ‘amazed’ as he lands device on deck of £3bn HMS Queen Elizabeth without being detected
It is a £3bn state-of-the-art investment, commissioned to reassert Britain’s supremacy on the high seas.
But this week the Royal Navy was left blushing after it emerged that an amateur enthusiast managed to land a £300 drone on the deck of HMS Queen Elizabeth – without anyone raising the alarm.
According to local media reports in Scotland, the drone user managed to fly the drone past armed patrol boats before landing on the deck of the aircraft carrier.
The pilot, who is yet to be named, told reporters this week that he had been “amazed” how easy it had been to carry out the stunt.
“I was amazed that I was able to land on the aircraft carrier for two reasons, the first being that there was no one about to prevent it from landing although were security police around in small boats who were waving at the drone,” he said.
“The second reason was more technical. I received a high wind warning as I was videoing up and down the flight deck and my control system advised me to land.”
He added that when attempted to discuss his concerns about security with crew members, he returned to find a “ghost ship”.
“After I posted the picture taken from the flight deck I got some flak from other drone users who were saying ‘You are going to make a lot of people unhappy’. I thought the only law I had broken was that I flew over a vessel I didn’t have control over.
“I was a bit concerned so I drove round to Invergordon and spoke to the port security and explained that I wanted to speak to someone from the ship such as the duty watch or the captain about what I had done.
“I was only able to speak to some heavily armed police, I think from the MoD, and they said there was no-one available on the carrier as they were at dinner ashore.”
“No-one seemed too concerned, but the officer I spoke to said he would pass it up the chain of command. I was fascinated by the Queen Elizabeth and wanted to have a crack at filming her. I wasn’t out to get anyone in trouble. What’s done is done, and I can’t undo the images I shot.
“I think if the MoD were in any way bothered by this then these videos and stills would not have been allowed to see the light of day.”
Whilst the anonymous drone pilot appeared relaxed about his exploits, the disclosure has prompted concern among military and security experts.
He said: “Daesh [Islamic State] are already using drones to deliver bombs in Syria, so I think it is something we need to take very seriously.
“The fact drones can reach it is a worry. The Queen Elizabeth is doing some work with helicopters and if a drone hits a helicopter that could be very dangerous.
“We need to have harsher punishments if you fly a drone into a carrier’s air space. There’s a real risk from drones and [it’s] something we need to take very seriously.”
Commenting, an MoD spokesperson said: “We take the security of HMS Queen Elizabeth very seriously. This incident has been reported to Police Scotland, an investigation is underway and we stepped up our security measures in light of it.”
See full article by12 AUGUST 2017 • 9:15AM
EPE’s Maintenance Manager Grant Phillips graduates with MBA being awarded for Academic Excellence for his high Grade Point Average.
Grant started his Masters of Business Administration (MBA) in January 2015 and completed the final subject in March 2017 (27 months). Studying through Southern Cross University allowed him to complete most course work via correspondence due to frequent work travel commitments , including a deployment to Afghanistan with the Australian Defence Force. Grant’s unique combination of hands on technical experience gained in service with ADF, coupled with management strategies and tools developed through his post graduate university studies, have put him in a strong position to build a highly effective maintenance team delivering cost saving solutions to our customers.
Talon Explosive Ordnance Disposal Robot in the Middle East region.
Story and photos courtesy of Commonwealth of Australia, Department of Defence.
After 20 years of service in the Royal Australian Air Force, Warrant Officer (WOFF) Rodney Amos couldn’t help but stay on. Now in his 37th year of service, WOFF Amos is on his 6th Middle East deployment, working at Australia’s main operating base in the region, and aiming to hit 40 years before retiring. Whilst deployed, he is the Base Armaments Manager, Team Leader of the Counter Improvised Explosive Device Response Team and an Explosive Ordnance Disposal Technician. He will be deployed over ANZAC Day this year.
The UK Prison Service and police are to pool intelligence to stop drones flying drugs and mobile phones to prison inmates in England and Wales. They will forensically examine captured drones to try to find out who was flying them. The invention of easy-to-fly, remote-controlled aircraft has caused a huge security headache for prisons. But critics have called the plan a “red herring” to distract people from “chaos and crisis” in prisons.
The national initiative will see police and prison officers share information about the quadcopters and methods used.
Prisons Minister Sam Gyimah said: “We are absolutely determined to tackle the illegal flow of drugs and mobile phones into our prisons and turn them into places of safety and reform.
“The threat posed by drones is clear but our dedicated staff are committed to winning the fight against those who are attempting to thwart progress by wreaking havoc in establishments all over the country.
“My message to those who involve themselves in this type of criminal activity is clear: we will find you and put you behind bars.”
The Prison Service could not give details about how many officers would be involved, but reports suggested £3m would be spent on the new task force.
John Podmore, former head of the service’s anti-corruption unit, said whilst there was an issue with contraband in prisons, targeting this money at drones was a “PR stunt”.
“I have seen no evidence that there is a real problem with drones,” he told BBC Radio 4’s Today programme. “I think the number of incidents last year was 33.
“There are some 10,000 mobile phones found every year in prisons. My question to the Prison Service would be, how many of those were found hanging from drones?”
Instead, Mr Podmore thought the service should be looking the wider issue of contraband smuggling, including the “main route [of] staff corruption”.
Mike Rolfe, national chair of the Prison Officers Association, said prisoners had told him that they had seen two or three drones a night delivering packages over the walls.
However, he said he agreed with Mr Podmore that the initiative was an attempt to distract people from “the real issue [of] jails in complete chaos, in a crisis and flooded with drugs, mobile phones and weapons”.
BBC home affairs correspondent Daniel Sandford says prison walls are now not much of a barrier for those wanting to smuggle contraband into jails.
There have been some recent successes in finding and punishing those who are behind the drone flights, says the Ministry of Justice.
In December, Dean Rawley-Bell, 21, was jailed for four years and eight monthsafter he used a drone in attempts to smuggle drugs and mobile phones into Manchester Prison.
Renelle Carlisle, 23, was sentenced to three years and four months in October after he was caught outside Risley Prison in Warrington with a drone in his bag, trying to smuggle drugs inside.
In July, 37-year-old Daniel Kelly was jailed for 14 months for trying to supply contraband to offenders in Elmley and Swaleside Prison in Sheppey, Wandsworth Prison in London and the Mount Prison in Hemel Hempstead.
Much has been written about the threat of Islamic State militants’ use of unmanned aerial vehicles, UAVs, commonly known as drones, over the embattled city of Mosul.
IS were quick to weaponise UAVs with small improvised explosive devices (IEDs). On 24 January they released a video showing up to 19 different aerial attacks by commercially purchased UAVs – the kind of drone you can buy in any shopping centre in the UK or abroad. Iraqi forces have followed suit by attaching modified 40mm grenades with shuttlecock stabilisers onto their larger UAVs to drop on IS positions. A crude inaccurate way of killing terrorists, its effectiveness is questionable.
Weaponised IS UAVs have mainly been used to target Iraqi military commanders and troops congregating in the open near the front line. It’s a low-end, low-altitude attack that can be thwarted by keeping in hard cover. But both sides use the UAV’s more effectively as a means of providing Intelligence Surveillance and Reconnaissance, known as ISR. Islamic State UAVs in the air, once identified, are the warning that something is about to happen – either mortar fire, which is typically one hastily fired inaccurate round – before coalition air superiority can locate and target the firing point. Or, more devastatingly, the launching of a Suicide Vehicle Borne Improvised Explosive Device, an SVBIED. Since the Battle for Mosul officially started on 16 October 2016, hundreds of SVBIEDs have been launched.
Photos courtesy of The Australian War Memorial
The Australian War Memorial’s purpose is to commemorate the sacrifice of those Australians who have died in war. Its mission is to assist Australians to remember, interpret and understand the Australian experience of war and its enduring impact on Australian society.However, due to the recent nature of the War in Afghanistan, the Memorial has a technology gap from this War. EPE and our partners Allen-Vanguard, Med-Eng and QinetiQ North America have been able to contribute equipment deployed in Afghanistan with Australian troops designed to protect troops from the danger of IEDs. The equipment donated includes a PCM (Portable Counter Measures), EOD9 bombsuit and Talon IV Robot.
Australian Security Magazine Editor’s Interview with Department 13’s CEO Jonathan Hunter re Drone Protocol Manipulation. Click here to read full article.
EPE Managing Director, Warwick Penrose has presented a donation to Dr Brendan Nelson, Director of the Australian War Memorial for the Afghanistan Exhibition.
The Australian War Memorial’s purpose is to commemorate the sacrifice of those Australians who have died in war. Its mission is to assist Australians to remember, interpret and understand the Australian experience of war and its enduring impact on Australian society.However, due to the recent nature of the War in Afghanistan, the Memorial has a technology gap from this War. EPE and our partners Allen-Vanguard, Med-Eng and QinetiQ North America have been able to contribute equipment deployed in Afghanistan with Australian troops designed to protect troops from the danger of IEDs. The equipment donated includes a PCM (Portable Counter Measures), EOD9 bombsuit and Talon IV Robot.
Australia’s mission has evolved over the past decade in the Middle East Area of Operations (MEAO). From counter-insurgency, through reconstruction, to mentoring, Australians have been working to create a democratic and stable Afghan nation. This mission aims to assist the people of Afghanistan, but also to promote the security of the region, diminish the influence of terrorist groups, and create a safer global environment.
Some experiences from Afghanistan are told in this exhibition. Over time, the display will change and evolve as more veterans share their stories and more displays from Afghanistan are gathered.
EPE would like to thank our partners Allen-Vanguard, Med-Eng and QinetiQ North America for their support to the ongoing commemoration of the contribution made by Australian troops in Afghanistan.
Video acknowledgement: WIN News. Brisbane based company (EPE) donates equipment to the Australian War Memorial
The MESMER technology was highlighted on January 19 in a segment on The Today Show in the USA.
“Drones can easily fly over large crowds of people, and most radars can’t detect them. On the eve of Donald Trump’s inauguration, security experts are concerned that terror groups like ISIS could arm drones with bombs. NBC’s Kerry Sanders reports for TODAY”.
Modern conflicts frequently require small regular forces to prevent intrusions or attacks by irregular forces that move stealthily at night or over remote terrain. Regular forces must simultaneously protect their own very vulnerable bases and monitor a huge area of possible infiltration.
In December 2014, Army Contracting Command, acting for PM Ground Sensors and the MCOE, requested information from industry on a better UGS. The Army wants a system of buried detectors, a receiver, soldier-carried display, cabling and antennas. The improved UGS would last at least four months doing 50 daily detections on off-the-shelf batteries. And the new UGS should detect low-flying aircraft and tunnel diggers along with personnel and vehicles. In addition, the Army wants sensors that weigh less than 10 ounces and cost less than $500.
Vendors have been active in improving a variety of UGSs.
For example, EPE distributes in Australia and New Zealand the next-generation of EUGS, Pathfinder, developed by the U.S.’s Applied Research Associates. ARA sells EUGS and Pathfinder directly to U.S. and other customers.
A seismic UGS to detect humans, Pathfinder incorporates lessons learned in Afghanistan and Iraq to be “the most cutting-edge footstep detection sensor on the market,” says EPE Intelligence, Surveillance and Reconnaissance Manager Dean Dickson. “Pathfinder is the world leader in expendable, affordable and undetectable security and protection.” The primary user of Pathfinder to date has been the U.S. Army.
Pathfinder sensors capture movement, and their effectiveness thus depends on how well users understand threats. The more users know about how threats operate, the more Pathfinder will help determine intent.
Pathfinder deprives threats of surprise and manoeuvers by covertly detecting, identifying and monitoring activities, movements, route networks and key locations. Users can then choose when and where to interdict threats, apparently by accident so adversaries do not know they have been observed.
Dickson says Pathfinder has been successful in military operations, border security, fighting narcotics trafficking and terrorism, protecting infrastructure, controlling refugees, private security, searches and rescues.
Pathfinder success in remote areas is partly due to radio communication that transmits information over ground up to 15 kilometers and in the air over 25km, packaging data to be undetectable to frequency-spectrum analyzers and similar equipment. And open architecture facilitates easy integration with ISR tools for slew-to-cue, fly-to-cue and cue-to-target functions.
The newest Pathfinder incorporates a number of improvements: miniature and extra-large variants; extended battery life, up to eight months for the mini and 24 months for the extra-large; machine-learning algorithms; better signal processing for better detection and fewer false alarms; and a micro-receiver for mobile, dismounted operations. This new micro-receiver can display all information on any Android or iOS device, including the Android Tactical Assault Kit and iPhone Tactical Assault Kit.
Users can scan Pathfinder sensors when emplaced to populate data such as GPS location and later access data such as sensor status, performance, detection, and distance to threats.
Dickson stresses that Pathfinder’s radio communication enables long-range transmission, even in non-line-of-sight and beyond-line-of-sight urban, rural and other conditions, without gateways or relays. Pathfinder is also quick and thus safe to emplace. And the device is both low cost and expendable, yet has an extended battery life.
ARA hopes to add more capabilities in the coming year. Programmable detection radii would allow users to push a button to tailor detection radii for mission requirements. ARA wants to improve machine-learning algorithms to make Pathfinder smarter. And it is working on algorithms to detect not just people, but vehicles such as all-terrain vehicles.
Digital Barriers offers the Remote Detection and Classification sensor. RDC is a battery-powered, wireless sensor for detecting both intrusions by people at distances from 20 and 70 meters and intrusions by vehicles up to 100 meters, and classifying the intrusion as one or the other. Marketing Director Maria Clutterbuck says RDC has high detection rates and low false-alarm rates, proven in many different environments for different applications.
Weighing less than half a kilogram, RDC is also, “highly portable, and quick to deploy and set up,” Clutterbuck notes. For communication, its self-forming, self-healing mesh network is field-proven over many years of operation and extremely reliable. It has a long battery life, four to six months on a single D cell, requires low power for radio communications and is designed to be very robust.
Distinctively, RDC uses an internal antenna that performs as well as an external antenna but is more robust and covert when deployed. “Nodes can be deployed just below ground level for complete concealment,” Clutterbuck says. And communication over an internal, rather than external, antenna eliminates vulnerability to wind, which can reduce detection and increase false alarms.
RDC’s sensor node also has a unique screw-thread design that secures the node in the ground, which reduces susceptibility to wind movements. And it makes unauthorized removal difficult. “A special tool is required to deploy and remove it,” Clutterbuck explains.
Read full article here: http://battle-updates.com/virtual-sentries-by-henry-canaday/#more-8097
EPE is excited for Major Andrew Bone from HQ Forces Command – Army. Andrew is the winner of the Tactical Electronics longboard which was custom designed by Kota Longboards in Denver Colorado. Tactical Electronics had the longboard handcrafted to giveaway in Australia at Land Forces 2016 which was held in Adelaide.
EPE and Department 13 demonstrated Mesmer™ counter-drone solution to potential defence, security and law enforcement customers from a range of federal and state government agencies. The demonstrations held at ADFA as part of the Counter Non Traditional Threats Conference hosted by the UNSW Capability Systems Centre, were attended by over 200 people.
The Mesmer Counter Drone Demonstration showcased a non-kinetic mitigation of Unmanned Aerial Systems. MESMER™ can detect, identify and mitigate either hostile or nuisance drones across a range of national security, defence or commercial applications. The solution utilises patented protocol manipulation technology to take over the drone when it flies into a defined air space. Once the operator has control of the drone the threat can be mitigated in a way that is not dangerous to personnel or infrastructure in the area
Mesmer is one of the only C-UAS technologies that focuses on protocol manipulation to mitigate the threat. Department 13 CEO Jonathan Hunter said the technique uses signal features and metadata to select and apply strategies including “taking control” of the UAS, flying it, and landing it safely in a location of choice.