Three protected witnesses accuse Spanish ex-marine of spying on Julian Assange – EL PAIS

Two of the witnesses confirm what EL PAS revealed before the legal investigation began that in December 2017, the owner of UC Global S. L. ordered workers to change the surveillance cameras in the embassy and replace them with others that could capture audio. From that moment on, they recorded and monitored conversations between the WikiLeaks founder and his lawyers, as well as all of his visitors.

During the meetings with the lawyers, Assange prepared his legal defense against the extradition order from the United States. The Australian cyberactivist is wanted in the US for allegedly committing 18 crimes for leaking classified information on secret military operations in Afghanistan and Iraq via the whistle-blowing website WikiLeaks. He faces a total of 175 years in prison.

Under Moraless express orders, the security team photographed the passports of all of Assanges visitors

According to the evidence provided by the witnesses videos, audio tapes and dozens of emails, some of which were published in advance by this newspaper the spying operation was intensive. Under Moraless express orders, the security team photographed the passports of all of Assanges visitors, took apart their cellphones, downloaded content from their iPads, took notes and put together reports on each meeting.

Morales outlined in writing the objectives and the high priority profiles that had to be under control at all times in particular visitors from North America and Russia, as seen in emails. The list of Assanges visitors did not include any Russian citizens, but did include a visitor from Serbia and another one from Belarus. All this has to be considered top secret to limit its distribution, the owner of UC Global S. L. wrote to one of his trusted workers. The Ecuadorian diplomats who worked in the London embassy were also spied on, according to the evidence provided by the witnesses.

The three witness statements all spoke of the phrases Morales used with his most-trusted workers in reference to the alleged collaboration with the US secret service: We are playing in the first division, I have gone to the dark side, Those in control are the American friends, The American client, The American friends are asking me to confirm, The North American will get us a lot of contracts around the world, and US intelligence. The obsession over any Russian visit or sign of a link between Assange and Russia was also reflected in the photographs that were taken of the passport visas of some visitors.

Morales traveled to the US once or twice a month allegedly to hand over the material to the Americans

The recordings from the cameras installed in the embassy were extracted from the hard drive every 15 days, along with other recordings from microphones placed in fire extinguishers, and delivered personally to Morales at the headquarters of UC Global, located in Jerez de la Frontera in the south of Spain. They were always original recordings, not copies.

Morales traveled to the US once or twice a month allegedly to hand over the material to the Americans. A microphone was installed on the PVC plastic base of a fire extinguisher near the meeting room where Assange met with his lawyers. The cyberactivist had placed a device that created white noise in this room, and activated it when he thought he was being spied on. He placed another device in the womens bathroom, where he sometimes met with his lawyers.

UC Global S. L. was hired by Ecuadors Senain secret service to provide security services to the embassy when Ecuadorian president Rafael Correa was in power. But according to the three witnesses, Morales ordered the Australian to be spied on and created remote-operated computer servers that collected the illegally obtained information, which could be accessed from the United States.

The witnesses said that they were able to prove that the US was accessing the information. A study of the emails sent by Morales to several of his workers shows that the former marine traveled to Alexandria, a US city in Virginia with around 145,000 residents, on March 1 and 2, 2017. The IP addresses of these messages, to which this newspaper has had access, show that they were from the place that was processing the extradition order against Assange.

According to the witnesses, the material on Assange was handed over to the CIA by a member of the security service of magnate Sheldon Adelson, the owner of the casino and resort company Las Vegas Sands Corporation. Adelson is a friend of US President Donald Trump and one of the main donors to the Republican Party. Morales had reached an agreement with Adeleson to strengthen the security on his boat when he sailed in the Mediterranean. The main person responsible for Adelsons security is a prominent former CIA chief.

The witnesses said that they were able to prove that the US was accessing the information

Morales sent his workers an email on December 10, 2017, asking them to restrict Ecuadors access to the server, where the information was stored, so that they would not discover that the American client has access. The IP of this email shows that it was written from The Venetian, the leading hotel from Adelsons resort chain in Las Vegas.

They tell me that if the Ecuadorians are to access the remote system, we should take into account that it must be programed so that they only see what we want them to it must look as though they have access, the email read. These technical recommendations were sent to employees in Jerez de la Frontera in English.

English version by Melissa Kitson.

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Three protected witnesses accuse Spanish ex-marine of spying on Julian Assange - EL PAIS

Useful Innovation of Cloud Encryption Market with Growth, Size, Share, Trends and Key Region – Vital News 24

According to the prospects of the Industry research report on packaging for inCloud Encryption Market, this study is a systematic and detailed study of the worldwide Industry. In addition, the report on in Cloud Encryption Market also focuses on elements such as research and industry trends, analysis of the Industry share for in Cloud Encryption Market, associated with profiles. Important business, which basically contains the details related to the basic views. the Industry situation, the emerging and fast-growing sectors of the in Cloud Encryption Market Industry, the predominant regions, the constraints and the Industry drivers.

This research study focuses on the evaluation of the in Cloud Encryption Market Industry and its possible advances in different sectors and regions of the world. The main objective of this report is to estimate the recent Industry size and growth potential of the in Cloud Encryption Market industry in various sections, segments and applications.

The inCloud Encryption MarketIndustry analysis provides a comprehensive overview of the industrys key players, as well as their business profiles, business plans, breakthroughs, SWOT analysis and more, again.

GlobalCloud Encryption Market is valued at USD XX million in 2019 and is projected to reach USD XX million by the end of 2026, growing at a CAGR of XX% during the period 2019 to 2026.

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** List of companies mentioned may vary in the final report subject to Name Change / Merger etc.

Cipher Cloud Inc. (U.S.)

Can we add or profiled new company as per our need?Yes, we can add or profile new company as per client need in the report. Final confirmation to be provided by research team depending upon the difficulty of survey.** Data availability will be confirmed by research in case of privately held company. Upto 3 players can be added at no added cost.

Detail section covered in the market report Cloud Encryption Market:

Market Overview: The report begins with this section which provides an overview of the product and highlights of the product and application segments.

Competition by company: Here the competition in the market is analyzed Cloud Encryption Market, based on price, revenue, sales and market share by company, market rate, competitive situations Landscape with and latest trends, merger, expansion, acquisition and market shares of the best companies.

State of the market and prospects by region: In this section, the report discusses gross margin, sales, revenue, production, market share, CAGR and market size by region. Here, the market is deeply analyzed based on regions and countries such as North America, Europe, China, India, Japan and MEA.

Application or end user:This section of the research study shows how the various application segments of the end user contribute to the sector.

Market forecasts:Here, the report offers a complete forecast of the global market Cloud Encryption Market by product, application and region.

Results of the research and conclusions:This is one of the last sections of the report in which the results of the analysts and the conclusion of the research study are given.

Appendix: Here we have provided a disclaimer, our data sources, data triangulation, research programs, market breakdown and planning and our research approach.

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Useful Innovation of Cloud Encryption Market with Growth, Size, Share, Trends and Key Region - Vital News 24

D-Link Expands Family Of Cameras With 128-bit Encryption – SmartHouse

D-Link has expanded its family of mydlink cameras with the company announcing new devices featuring built-in Bluetooth for quick setup, remote monitoring and 128-bit encryption the latest industry standard.

Announced at CES 2020, the new cameras include the DCS-8630LH and DCS-8627LH Full HD Outdoor Wi-Fi Spotlight Cameras, the DCS-8526LH Full HD Pan/Tilt Pro Wi-Fi Camera, the DCS-8302LH Full HD Indoor/Outdoor Wi-Fi Camera and the DCS-8000LHV2 Mini Full HD Wi-Fi Camera.

Availability and pricing for Australia will be announced later this year.

Each of the new cameras features 128-bit wireless encryption, allowing users to create a 26 character HEX key for superior digital protection.

In addition, edge-based person detection has also been added, meaning these cameras wont miss a thing.

The IP65 waterproof DCS-8630LH and DCS-8627LH Full HD Outdoor Wi-Fi Spotlight Cameras sport a 400 lumen LED spotlight, with colour and infra-red night vision.

A Zigbee smart home hub has also been included inside the DCS-8630LH, making the device compatible with a range of smart assistants like Alexa and Google.

The DCS-8526LH Full HD Pan/Tilt Pro Wi-Fi Camera is auto motion tracking camera with a 360 horizontal view, 340 of pan and 105 of tilt.

The indoor/outdoor DCS-8302LH also features the same edge-based detection feature, with a splash-proof design and a built-in microphone and speaker with siren for real-time alerts.

Finally, the DCS-8000LHV2 Mini Full HD Wi-Fi Camera features a compact design (3.7 x 4.5 x 9.5 cm), capable of recording Full HD video at 30fps with a 138 FOV.

Follow this link:
D-Link Expands Family Of Cameras With 128-bit Encryption - SmartHouse

Hardware Encryption Market Analysis (2020 2026)| Expert Guide to Boost the Industry in Global Market Share| Esticast Research and Consulting …

Greater consistency and momentum always keeps up the Esticast Research and Consulting research reports trending and far more reachable to the client. The research report keeps the testimonials across the world based on classifications, conjectures, the technology that is showcased by makers, type, applications, and local. The report further presents the data on percentage volume and market share value by players, by product type, applications, regions, and also price variations.

About Hardware Encryption Market

Hardware Encryption Market was valued at $52.45 billion in 2016, and is projected to reach $1,085 billion by 2024, having a CAGR of 46.3% during the forecast period of 2017 to 2024. The technology which encrypts the data stored in a hard drive using appropriate and specific mathematical functions is called as hardware encryption. Hardware encryption restricts the unauthorized entities from accessing the important data. The hardware encryption market is majorly driven by reduced cost of encryption and increasing complexity & volume of data breaches.

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Market Overview

The new report titled Global Hardware Encryption Market is one of the vast depositories added in the directory of Esticast Research and Consulting. The market research report collects data on the basis of extensive research tools based on primary research as well as in-depth study of the qualitative and quantitative aspects made available by various industry experts, specialists, and professionals to offer a deeper insight into the market landscape.

The report prepared on the Hardware Encryption market offers a complete view of the market by a thorough understanding of the positive as well as a negative impact. The analysis is projected by using various analytics techniques and accessing the influence on the market by measurement. The accessing is monitored by technological advancements, diversified investment habits, in-depth study on a product by defining overview and specifications.

The report further shifts the focus on the global Hardware Encryption market through industry status, growth opportunities, forecasts, key participants, and key players.

Important facts about the Hardware Encryption market report

Competitive Landscape

Key players profiled in the report include:

Certes Networks Inc.IBM CorporationImation Corp.Kingston Technology Corporation Inc.Maxim Integrated Products Inc.Micron Technology Inc.NetApp Inc.Samsung Electronics Co. Ltd.SanDisk CorporationSeagate Technology LLCToshiba Corporation

The prominent industry players profiled in the report that are functional in the Hardware Encryption market are profiled on the basis of quality, product differentiation, product portfolio, and among others. The participants are shifting major focus towards research and product innovations coupled with technologies that ultimately enhances the efficiency and improvement in the shelf life of various products in the pipeline with proper services.

Inquire more or share questions if any before the purchasing this report: https://www.esticastresearch.com/report/hardware-encryption-market/#customization

Market Segmentation

Based on types, the global Hardware Encryption market is primarily split into

By UsageStorage DeviceNetwork

Based on application, the global Hardware Encryption market is primarily split into

Healthcare SectorMilitary & AerospaceAutomotive & TransportationBFSIIT & TelecomOthers (Retail, Education, Individual User)

Market Synopsis

The report produces data with the support of the existing tools based on SWOT analysis, Porters Five Forces analysis, secondary based data tools, and others. Based on the tools the report is designed such that it offers a deep-insight for the reader to make aware of the current market developments, drivers, stumbling blocks, market opportunities, and status of the global keyword market. The report of the global keyword market maintains momentum such as it covers both micro and macro-level analysis by the industry players with key segments. The report offers the data by proper integration of efficient tools and skilled employees at the workplace. The report covers the market forecast data and analysis until 2026. The report produced is based on a comprehensive analysis of both qualitative and quantitative.

The content of the study subjects includes a total of 8 chapters:

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Hardware Encryption Market Analysis (2020 2026)| Expert Guide to Boost the Industry in Global Market Share| Esticast Research and Consulting ...

An Open Source Effort to Encrypt the Internet of Things – WIRED

End-to-end encryption is a staple of secure messaging apps like WhatsApp and Signal. It ensures that no oneeven the app developercan access your data as it traverses the web. But what if you could bring some version of that protection to increasingly ubiquitousand notoriously insecureinternet-of-things devices?

The Swiss cryptography firm Teserakt is trying just that. Earlier this month, at the Real World Crypto conference in New York, it introduced E4, a sort of cryptographic implant that IoT manufacturers can integrate into their servers. Today most IoT data is encrypted at some point as it moves across the web, but it's challenging to keep that protection consistent for the whole ride. E4 would do most of that work behind the scenes, so that whether companies make home routers, industrial control sensors, or webcams, all the data transmitted between the devices and their manufacturers can be encrypted.

Tech companies already rely on web encryption to keep IoT data secure, so it's not like your big-name fitness tracker is transmitting your health data with no protection. But E4 aims to provide a more comprehensive, open-source approach that's tailored to the realities of IoT. Carmakers managing dozens of models and hundreds of thousands of vehicles, or an energy company that takes readings from a massive fleet of smart meters, could have more assurance that full encryption protections really extend to every digital layer that data will cross.

"What we have now is a whole lot of different devices in different industries sending and receiving data," says Jean-Philippe Aumasson, Teserakt's CEO. "That data might be software updates, telemetry data, user data, personal data. So it should be protected between the device that produces it and the device that receives it, but technically it's very hard when you don't have the tools. So we wanted to build something that was easy for manufacturers to integrate at the software level."

Being open source is also what gives the Signal Protocol, which underpins Signal and WhatsApp, so much credibility. It means experts can check under the hood for vulnerabilities and flaws. And it enables any developer to adopt the protocol in their product, rather than attempting the fraught and risky task of developing encryption protections from scratch.

"At the end of the day we know that's the right thing to do."

Jean-Philippe Aumasson, Teserakt

Aumasson says that the Signal Protocol itself doesn't literally translate to IoT, which makes sense. Messaging apps involve remote but still direct, human-to-human interaction, whereas populations of embedded devices send data back to a manufacturer or vice versa. IoT needs a scheme that accounts for these "many-to-one" and "one-to-many" data flows. And end-to-end encryption has different privacy goals when it is applied to IoT versus secure messaging. Encrypted chat apps essentially aim to lock the developer, internet service providers, nation state spies, and any other snoops out. But in the IoT context, manufacturers still have access to their customers' data; the goal instead is to protect the data from other entities and Teserakt itself.

It also only hardens IoT defenses against a specific type of problem. E4 looks to improve defenses for information in transit and offer protection against data interception and manipulation. But just like encrypted chat services can't protect your messages if bad actors have access to your smartphone itself, E4 doesn't protect against a company's servers being compromised or improve security on IoT devices themselves.

"I think it's a good idea, but developers would need to keep in mind that it covers only one part of data protection," says Jatin Kataria, principal scientist at the IoT security firm Red Balloon. "Whats the security architecture of the embedded device itself and the servers that are receiving this data? If those two endpoints are not that secure then end-to-end encryption will only get you so far."

Teserakt has been consulting with big tech companies in aerospace, health care, agriculture, and the automotive and energy sectors to develop E4 and plans to monetize the tool by charging companies to customize implementations for their specific infrastructure. The company has not yet open-sourced full server code for E4 alongside the protocol details and cryptography documentation it released, but says that final step will come as soon as the documentation is complete. Given the glacial pace of investment in IoT security overall, you probably shouldn't expect E4 to be protecting the whole industry anytime soon, anyway.

Link:
An Open Source Effort to Encrypt the Internet of Things - WIRED

Global IoT Security Solution for Encryption Market 2020 Industry Growth, Competitive Analysis, Future Prospects and Forecast 2025 Dagoretti News -…

The research report on Global IoT Security Solution for Encryption Market offers the regional as well as global market information which is estimated to collect lucrative valuation over the forecast period. The Global IoT Security Solution for Encryption Market report also comprises the registered growth of Global IoT Security Solution for Encryption Market over the anticipated timeline and also covers a significant analysis of this space. Additionally, the Global IoT Security Solution for Encryption Market report focuses on the number of different crucial aspects to the remuneration recently which are held by the industry. Moreover, the Global IoT Security Solution for Encryption Market report analyzes the market segmentation as well as the huge number of lucrative opportunities offered across the industry.

Request a sample of this report @ https://www.orbismarketreports.com/sample-request/61552

According to the Global IoT Security Solution for Encryption Market report, the multi-featured product offerings may have a high positive influence on the Global IoT Security Solution for Encryption Market and it contributes to the market growth substantially during the prediction period. The Global IoT Security Solution for Encryption Market research report also covers many other significant market trends and crucial market drivers which will impact on the market growth over the forecast period.

This study covers following key players:Cisco SystemsIntel CorporationIBM CorporationSymantec CorporationTrend MicroDigicertInfineon TechnologiesARM HoldingsGemalto NVKaspersky LabCheckPoint Software TechnologiesSophos PlcAdvantechVerizon Enterprise SolutionsTrustwaveINSIDE Secure SAPTC Inc.AT&T Inc.

The Global IoT Security Solution for Encryption Market report includes substantial information related to the market driving forces which are highly influencing the vendor portfolio of the Global IoT Security Solution for Encryption Market and its impact on the market share in terms of revenue of this industry. Likewise, the Global IoT Security Solution for Encryption Market report analyzes all the current market trends by classifying them in a group of challenges as well as opportunities that the Global IoT Security Solution for Encryption Market will present into the coming years.

In addition, the shift in customer focus towards alternate products may restrict the demand for the Global IoT Security Solution for Encryption Market among consumers. Hence, such factors are responsible for hindering the growth of the Global IoT Security Solution for Encryption Market. Furthermore, the Global IoT Security Solution for Encryption Market is highly concentrated as the few leading players present in the market. However, major players in this market are continually concentrating on innovative or multi-featured solutions which will offer huge benefits for their business.

The Global IoT Security Solution for Encryption Market research report focuses on the manufacturers data such as price, gross profit, shipment, business distribution, revenue, interview record, etc., such information will help the users to know about the major players of competitor better. In addition, the Global IoT Security Solution for Encryption Market report also focuses on the countries and regions of the globe, which presents a regional status of the market including volume and value, market size, and price structure.

Market segment by Type, the product can be split intoSoftware PlatformsService

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Additionally, the Global IoT Security Solution for Encryption Market report will assist the client to recognize fresh and lucrative growth opportunities and build unique growth strategies through a complete analysis of the Global IoT Security Solution for Encryption Market and its competitive landscape and product offering information provided by the various companies. The Global IoT Security Solution for Encryption Market research report is prepared to offer the global as well as local market landscape and the number of guidelines related to the contemporary market size, market trends, share, registered growth, driving factors, and the number of dominant competitors of the Global IoT Security Solution for Encryption Market.

The Global IoT Security Solution for Encryption Market report covers all the significant information about market manufacturers, traders, distributors, and dealers. However, this information helps clients to know the product scope, market driving force, market overview, market risk, technological advancements, market opportunities, challenges, research findings, and key competitors. In addition, the Global IoT Security Solution for Encryption Market report will offer an in-depth analysis of the upstream raw material as well as downstream demand of the Global IoT Security Solution for Encryption Market.

Market segment by Application, split intoHealthcareInformation Technology (IT)TelecomBankingFinancial Services, And Insurance (BFSI)AutomotiveOthers

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Some TOC Points:

1 Report Overview2 Global Growth Trends3 Market Share by Key Players4 Breakdown Data by Type and Application

Continued

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Global IoT Security Solution for Encryption Market 2020 Industry Growth, Competitive Analysis, Future Prospects and Forecast 2025 Dagoretti News -...

Global Encryption Software Market is slated to grow rapidly in the coming years: Dell, Eset, Gemalto, IBM, Mcafee – Galus Australis

Encryption Software Market Industry Forecast To 2026

Encryption software is segmented on the basis of components (solution and services), applications, deployment types, organization sizes, verticals, and regions. The services segment is expected to grow at the highest CAGR during the forecast period and the solution segment is estimated to have the largest market size in 2017 in the market. Professional services have been widely adopted by organizations, as these services involve expert consulting, support and maintenance, and optimization and training for cybersecurity. However, the managed services segment is expected to grow at the highest CAGR during the forecast period, as managed security vendors provide extensive reporting capabilities for validating the regulatory compliance with internal security policies for the users.The disk encryption application is estimated to hold the largest market share in 2017. The importance of encrypting a disk is that, if the encrypted disk is lost or stolen, the encrypted state of the drive remains unchanged, and only an authorized user will be able to access its contents. The cloud encryption application is expected to grow at the fastest rate during the forecast period.

This Research report comes up with the size of the global Encryption Software Market for the base year 2020 and the forecast between 2020 and 2026.

Major Manufacturer Detail:Dell, Eset, Gemalto, IBM, Mcafee, Microsoft, Pkware, Sophos, Symantec, Thales E-Security, Trend Micro, Cryptomathic, Stormshield

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Types of Encryption Software covered are:On-premises, Cloud

Applications of Encryption Software covered are:Disk encryption, File/folder encryption, Database encryption, Communication encryption, Cloud encryption

The Global Encryption Software Market is studied on the basis of pricing, dynamics of demand and supply, total volume produced, and the revenue generated by the products. The manufacturing is studied with regards to various contributors such as manufacturing plant distribution, industry production, capacity, research and development. It also provides market evaluations including SWOT analysis, investments, return analysis, and growth trend analysis.

To get this report at a profitable rate, Click Herehttps://garnerinsights.com/Global-Encryption-Software-Market-Size-Status-and-Forecast-2019-2025#discount

Regional Analysis For Encryption SoftwareMarket

North America(the United States, Canada, and Mexico)Europe(Germany, France, UK, Russia, and Italy)Asia-Pacific(China, Japan, Korea, India, and Southeast Asia)South America(Brazil, Argentina, Colombia, etc.)The Middle East and Africa(Saudi Arabia, UAE, Egypt, Nigeria, and South Africa)

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In conclusion, the Encryption Software Market report is a reliable source for accessing the Market data that will exponentially accelerate your business. The report provides the principle locale, economic scenarios with the item value, benefit, supply, limit, generation, request, Market development rate, and figure and so on. Besides, the report presents a new task SWOT analysis, speculation attainability investigation, and venture return investigation.

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Global Encryption Software Market is slated to grow rapidly in the coming years: Dell, Eset, Gemalto, IBM, Mcafee - Galus Australis

D-Link Expands Family Of Cameras With 128-bit Encryption – ChannelNews

D-Link has expanded its family of mydlink cameras with the company announcing new devices featuring built-in Bluetooth for quick setup, remote monitoring and 128-bit encryption the latest industry standard.

Announced at CES 2020, the new cameras include the DCS-8630LH and DCS-8627LH Full HD Outdoor Wi-Fi Spotlight Cameras, the DCS-8526LH Full HD Pan/Tilt Pro Wi-Fi Camera, the DCS-8302LH Full HD Indoor/Outdoor Wi-Fi Camera and the DCS-8000LHV2 Mini Full HD Wi-Fi Camera.

Availability and pricing for Australia will be announced later this year.

Each of the new cameras features 128-bit wireless encryption, allowing users to create a 26 character HEX key for superior digital protection.

In addition, edge-based person detection has also been added, meaning these cameras wont miss a thing.

The IP65 waterproof DCS-8630LH and DCS-8627LH Full HD Outdoor Wi-Fi Spotlight Cameras sport a 400 lumen LED spotlight, with colour and infra-red night vision.

A Zigbee smart home hub has also been included inside the DCS-8630LH, making the device compatible with a range of smart assistants like Alexa and Google.

The DCS-8526LH Full HD Pan/Tilt Pro Wi-Fi Camera is auto motion tracking camera with a 360 horizontal view, 340 of pan and 105 of tilt.

The indoor/outdoor DCS-8302LH also features the same edge-based detection feature, with a splash-proof design and a built-in microphone and speaker with siren for real-time alerts.

Finally, the DCS-8000LHV2 Mini Full HD Wi-Fi Camera features a compact design (3.7 x 4.5 x 9.5 cm), capable of recording Full HD video at 30fps with a 138 FOV.

Read more:
D-Link Expands Family Of Cameras With 128-bit Encryption - ChannelNews

How Artificial Intelligence Will Make Decisions In Tomorrows Wars – Forbes

A US-built drone piloted by artificial intelligence. (Photo by Cristina Young/U.S. Navy via Getty ... [+] Images)

Artificial intelligence isn't only a consumer and business-centric technology. Yes, companies use AI to automate various tasks, while consumers use AI to make their daily routines easier. But governmentsand in particular militariesalso have a massive interest in the speed and scale offered by AI. Nation states are already using artificial intelligence to monitor their own citizens, and as the UK's Ministry of Defence (MoD) revealed last week, they'll also be using AI to make decisions related to national security and warfare.

The MoD's Defence and Security Accelerator (DASA) has announced the initial injection of 4 million in funding for new projects and startups exploring how to use AI in the context of the British Navy. In particular, the DASA is looking to support AI- and machine learning-based technology that will "revolutionise the way warships make decisions and process thousands of strands of intelligence and data."

In this first wave of funding, the MoD will share 1 million between nine projects as part of DASAs Intelligent Ship The Next Generation competition. However, while the first developmental forays will be made in the context of the navy, the UK government intends any breakthroughs to form the basis of technology that will be used across the entire spectrum of British defensive and offensive capabilities.

"The astonishing pace at which global threats are evolving requires new approaches and fresh-thinking to the way we develop our ideas and technology," said UK Defence Minister James Heappey. "The funding will research pioneering projects into how A.I and automation can support our armed forces in their essential day-to-day work."

More specifically, the project will be looking at how four conceptsautomation, autonomy, machine learning, and AIcan be integrated into UK military systems and how they can be exploited to increase British responsiveness to potential and actual threats.

"This DASA competition has the potential to lead the transformation of our defence platforms, leading to a sea change in the relationships between AI and human teams," explains Julia Tagg, the technical lead at the MoD's Defence Science and Technology Laborator (Dstl). "This will ensure UK defence remains an effective, capable force for good in a rapidly changing technological landscape."

On the one hand, such an adaption is a necessary response to the ever-changing nature of inter-state conflict. Instead of open armed warfare between states and their manned armies, geopolitical rivalry is increasingly being fought out in terms of such phenomena as cyber-warfare, micro-aggressive standoffs, and trade wars. As Julia Tagg explains, this explosion of multiple smaller events requires defence forces to be much more aware of what's happening in the world around them.

"Crews are already facing information overload with thousands of sources of data, intelligence, and information," she says. "By harnessing automation, autonomy, machine learning and artificial intelligence with the real-life skill and experience of our men and women, we can revolutionise the way future fleets are put together and operate to keep the UK safe."

That said, the most interestingand worryingelement of the Intelligent Ship project is the focus on introducing AI-enabled "autonomy" to the UK's defence capabilities. As a number of reports from the likes ofthe Economist, MIT Technology Review and Foreign Affairs have argued, AI-powered systems potentially come with a number of serious weaknesses. Like any code-based system they're likely to contain bugs that can be attacked by enemies, while the existence of biases in data (as seen in the context of law and employment) indicate that algorithms may simply perpetuate the prejudices and mistakes of past human decision-making.

It's for such reasons that the increasing fondness of militaries for AI is concerning. Not only is the British government stepping up its investment in military AI, but the United States government earmarked $927 million for "Artificial Intelligence / Machine Learning investments to expand military advantage" in last year's budget. As for China, its government has reportedly invested "tens of billions of dollars" in AI capabilities, while Russia has recently outlined an ambitious general AI strategy for 2030. It's even developing 'robot soldiers,' according to some reports.

So besides being the future of everything else, AI is likely to be the future of warfare. It will increasingly process defence-related information, filter such data for the greatest threats, make defence decisions based on its programmed algorithms, and perhaps even direct combat robots. This will most likely make national militaries 'stronger' and more 'capable,' but it could come at the cost of innocent lives, and perhaps even the cost of escalation into open warfare. Because as the example of Stanislav Petrov in 1983 proves, automated defence systems can't always be trusted.

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How Artificial Intelligence Will Make Decisions In Tomorrows Wars - Forbes

The World Economic Forum Jumps On the Artificial Intelligence Bandwagon – Forbes

Sergey Tarasov - stock.adobe.com

Last Friday, the World Economic Forum (WEF) sent out a press announcement about an artificial intelligence (AI) toolkit for corporate boards. The release pointed to a section of their web site titled Empowering AI Leadership. For some reason, at this writing, there is no obvious link to the toolkit, but the press team was quick to provide the link. It is well laid out in linked we pages, and some well-produced pdfs are available for download. For purposes of this article, I have only looked at the overview and the ethics section, so here are my initial impressions.

As would be expected from an organization focused on a select few in the world, the AI toolkit is high level. Boards of directors have broad but shallow oversight over companies, so there is no need to focus on details. Still, it is wished that a bit more accuracy had been involved.

The description of AI is very nice. There are many definitions and, as Ive repeatedly pointed out, the meaning of AI and of machine learning (ML) continue to both be changing and to have different meanings to many. The problem in the setup is one that many people miss about ML. In the introductory module, the WEF claims The breakthrough came in recent years, when computer scientists adopted a practical way to build systems that can learn. They support that with a link to an article that gets it wrong. The breakthrough mentioned in the article, the level of accuracy in an ML system, is far more driven by a non-AI breakthrough than a specific ML model.

When we studied AI in the 1980s, deep learning was known and models existed. What we couldnt do is run them. Hardware and operating systems didnt support the needed algorithms and the data volumes that were required to train them. Cloud computing is the real AI breakthrough. The ability to link multiple processors and computers in an efficient and larger virtual machine is what has powered the last decades growth of AI.

I was also amused about with list of core AI techniques where deep learning and neural networks are listed at the same level as the learning methods used to train them. Im only amused, not upset, because boards dont need to know the difference to start, but its important to introduce them to the terms. I did glance at the glossary, and its a very nice set of high-level definitions of some of these so interested board members can get some clarification.

On a quick tangent, their definition of bias is well done, as only a few short sentences reference both the real world issue of bias and the danger of bias within an AI system.

Ethics are an important component (in theory) to the management of companies. The WEF points out at the beginning of that module that technology companies, professional associations, government agencies, NGOs and academic groups have already developed many AI codes of ethics and professional conduct. The statement reminds me of the saying that standards are so important that everyone wants one of their own. The module then goes on to discuss a few of the issue of the different standards.

Where I differ from the WEF should be no surprise. This section strongly minimized governmental regulation. Its all up to the brave and ethical company. As Zuckerbergs decision that Facebook will allow lies in political advertisements as long as it makes the firm and himself wealthier, it is clear that governments must be more active in setting guidelines on technical companies, both in at large and within the AI arena. Two years ago, I discussed how the FDA is looking at how to handle machine learning. Governments move slowly, but they move. Its clear that companies need to be more aware of the changing regulatory environment. Ethical companies should be involved in both helping governments set reasonable regulations, ones that protect consumers as well as companies, and should be preparing systems, in advance, to match where they think a proper regulatory environment will evolve.

The WEFs Davos meetings are, regardless of my own personal cynicism about them, where government and business leaders meet to discuss critical economic issues. Its great to see the WEF taking a strong look at AI and then presenting what looks like a very good, introductory, toolkit for boards of directors, but the need for strong ethical positions means that more is needed. It will be interesting to see how their positioning advances over the next couple of years. F

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The World Economic Forum Jumps On the Artificial Intelligence Bandwagon - Forbes