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Visionary Perspective of AI is the Next Big Military Intelligence Strategic Advantage – GlobeNewswire

Dublin, Dec. 14, 2021 (GLOBE NEWSWIRE) -- The "Global Military Intelligence Analytics Growth Opportunities" report has been added to ResearchAndMarkets.com's offering.

Military intelligence (MILINT) AI is a growing phenomenon that generates conceptual transformation in future battlefield concepts of operations (ConOps), gathered by demand for AI-analytics-based sensors paradigm. It increases intelligence resources in defense budgets, and becomes a strategic national asset that reflects deeply international superpower relations.

With its strategic implications on armed forces around the globe, intelligence warfare will take place across a multi-domain battlespace with further integration of air, maritime, land, and cyber-based intelligence analytics domains.

New APIs are also driving these developments in MILINT requirements, such as NLP, data mining, real-time analysis, and automatic target recognition (ATR) based on AI. These systems will both need to be integrated into current IT and distribution systems, as well as analytics APIs that need to manage large amounts of data for operational use and demands.

This study covers the quantitative and qualitative discussion of the key aspects of the trends in the military intelligence market, including drivers and restrains, market commercial ecosystem, and technological overview, including leading APIs and main projects.

Key Topics Covered:

1. Strategic Imperatives

2. Growth Opportunity Analysis - Military Intelligence Analytics

3. Overview

4. Forecast Assumptions

5. Strategic Scope

6. MILINT Analytics Impact on ConOps

7. External Challenges - Drivers and Restraints: Total Big Data Analytics Market

8. Application Diversity

9. Market Overview and Analysis

10. Mergers & Acquisitions - Military Intelligence Analytics

11. Growth Opportunities and Companies to Action - Military Intelligence Analytics

For more information about this report visit https://www.researchandmarkets.com/r/wed0am

About ResearchAndMarkets.comResearchAndMarkets.com is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends.

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Gold weathers hawkish Fed – MINING.COM – MINING.com

The gold-futures speculators dont command much capital compared to investors vast pools, but they punch way above their weights on gold-price impact. Thats mostly due to the extreme leverage inherent in gold-futures trading. Specs now only need $7,500 cash in their trading accounts for each contract that controls 100 troy ounces of gold. Thats worth $180,000 at $1,800 gold, making for maximum leverage of 24.0x!

24x is huge absolutely, despite not being notably high relative to gold futures history. Specs capital firepower is greatly amplified when running near margin limits. Every speculation dollar used to buy or sell gold futures at 24x leverage affects gold prices 24x more than an investment dollar used to buy or sell gold outright! Specs outsized gold influence is even greater since golds futures price is the world reference one.

So leveraged gold-futures trading bullying gold prices around really affects investors psychology. These consummate momentum players are far more likely to migrate capital into gold when its being driven higher by gold-futures buying. The opposite is also true, gold-futures selling leaves investors apathetic at best and more likely to pull capital back out of gold. The futures-trading tail wags the far-larger investment dog!

Thats the whole story behind golds grinding consolidation since last summer. Periodic bouts of big-to-extreme gold-futures selling flared, briefly hammering gold lower. Those were all driven by specs fears of Fed tightening. The crazy leverage they run necessitates an ultra-myopic focus compressing trading time horizons into only hours or days. At 24x, a mere 4.2% adverse move in gold wipes out 100% of capital risked!

To understand why golds contrary reaction to this weeks uber-hawkish FOMC is super-bullish, you have to remember golds causal chain getting here. This chart superimposes golds price action over the last few years on speculators positioning in gold-futures long and short contracts. That low-resolution data is disclosed weekly in the Commodity Futures Trading Commissions famous Commitments of Traders reports.

Speculators and investors alike have a debilitating immediacy bias, weighting recent price action so heavily they soon forget essential longer-term context. This what-have-you-done-for-me-lately shortsighted focus on the present is why gold has been so out of favor recently. It sure shouldnt be after a pair of mighty bull uplegs peaked in early March 2020 and early August 2020 at huge 42.7% and 40.0% absolute gains!

The latter left gold extremely overbought and ripe for a healthy correction to rebalance sentiment. That unfolded into early March 2021, bottoming at an 18.5% loss. That cleared the decks for gold to resume powering higher again in its next bull upleg. That soon got underway and proved solid, with gold rallying 13.5% by early June. All systems were go for that to grow much larger, but it was derailed by a hawkish Fed.

The FOMC meets eight times per year to adjust monetary policy, about every six weeks. Gold-futures speculators hang on Fed officials every word, looking for clues about whats likely coming. The fortunes of the US dollar are heavily dependent on traders outlooks for Fed easing and tightening. Since gold is a competing world currency, it tends to move in lockstep opposition motivating futures speculators to trade in-line.

Golds recent woes were spawned by mid-Junes FOMC meeting. Neither that FOMC statement nor the Fed chair in his subsequent press conference hinted at slowing the Feds colossal QE money printing or hiking rates, there was no official hawkishness. But quarterly at every other meeting the FOMC releases a supplementary Summary of Economic Projections document, which includes the infamous dot plots.

Those are unofficial individual projections from top Fed officials for federal-funds-rate levels in coming years. The Fed chair himself warned about the dots in his press conference that very day. Theyre not a Committee forecast, theyre not a plan. the dots are not a great forecaster of future rate moves dots to be taken with a big grain of salt. Jerome Powell warned traders to ignore the almost-always-wrong dot plot.

That day merely a third of top Fed officials forecast maybe two quarter-point rate hikes way out into year-end 2023! In market terms that may as well have been an eternity away. But the US Dollar Index surged dramatically on that initial intimation of distant-future rate hikes, unleashing extreme gold-futures selling. Over three trading days starting with the FOMC, gold plunged a brutal 5.2% on a huge 1.9% USDX rally.

CoT reporting weeks for specs gold-futures positioning end on Tuesdays. The CoT week straddling that fateful mid-June FOMC meeting saw these traders liquidate an enormous 24.0k long contracts while short selling another 4.9k! Anything over 20k on either the long or short side in any single CoT week is huge. Together that serious puking added up to the equivalent of 89.7 metric tons of gold selling, too much to digest.

The gold-futures specs were solely to blame for that mid-summer gold plunge, investors were actually buyers. As discussed in my gold-investment-apathy essay last week, the best high-resolution proxy for global gold investment demand is the daily holdings changes in the dominant GLD SPDR Gold Shares and IAU iShares Gold Trust gold exchange-traded funds. They actually enjoyed a nice build in that span.

During those same three trading days after mid-Junes hawkish-dots surprise, GLD+IAU holdings climbed 0.6% or 9.2t. Rising holdings reveal gold buying, stock-market capital migrating into the yellow metal. But golds sharp plunge back below its critical 200-day-moving-average upleg support unleashed major psychological damage that has festered since. That single event broke the back of mounting gold bullishness.

But gold-futures speculators capital is very finite, so major buying or selling quickly exhausts itself. Gold started recovering in July, regaining its 200dma. Yet Fed-hawkishness-driven gold-futures selling soon flared again in early August, on the granddaddy of all market-moving economic reports. The latest US monthly jobs proved better than expected, leaving traders more convinced the Fed would have to soon tighten.

The USDX surged 0.8% over a couple trading days starting on that Jobs Friday, unleashing gold-futures selling intense enough to bludgeon gold 4.1% lower. That included a rare Sunday-evening gold-futures shorting attack. During the CoT week straddling that second summer gold plunge, specs short-sold an epic 35.7k contracts or the equivalent of 110.9t of gold! That was the third-largest CoT week of shorting ever.

But as extreme gold-futures selling is never sustainable, gold quickly recovered and regained all its jobs-report losses by early September. Then another upside surprise in more economic data shook loose yet more gold-futures selling. Mid-month US retail sales beat expectations, likely on rising prices since that data isnt adjusted for inflation. That left traders more convinced the Fed would have to soon start tightening.

Specs again freaked out, spewing enough gold-futures selling to hammer gold 2.2% lower that day as the USDX surged 0.4%. Investors werent shaken, as GLD+IAU holdings enjoyed a slight 0.1% or 1.5t build that day. In the CoT week straddling that third summer gold selloff, specs dumped 21.6k total contracts on both sides of the trade. That added up to the equivalent of 67.2t of gold jettisoned in that short span.

The FOMC was meeting again the following week in late September, and was widely expected to lay out a timeline for starting to slow its colossal money printing from its fourth quantitative-easing campaign. In that very FOMC statement itself, the upcoming QE4 taper was pre-announced. Leveraged gold-futures speculators feared another ugly taper tantrum like back in June 2013 when the QE3 taper was announced.

That original QE taper hadnt been telegraphed in advance, so it shocked traders at the time. In seven trading days starting with that FOMC meeting, gold collapsed a brutal 12.3%! In a couple essays in mid- and late-September 2021, I argued that golds QE4 taper tantrum had largely already happened. Those bouts of extreme gold-futures selling last summer in anticipation of Fed tightening mostly exhausted its potential.

Over the next week or so after that late-September FOMC meeting, gold still swooned a bit further with a 2.8% loss on a 1.3% USDX surge. Specs had dumped another 22.5k gold-futures longs and shorts in that FOMC-straddling CoT week, the equivalent of 70.0t of gold. Investors were starting to worry a little, with GLD+IAU holdings slipping 0.7% or 10.2t in that span. That was still a small fraction of futures selling.

Yet again inherently-limited gold-futures selling soon petered out, so gold rebounded in October. At its next meeting in early November, the FOMC officially launched its QE4 taper. The massive $120b per month of QE4 money printing would be reduced by $15b each month until it was finished. At that pace, QE4s bond monetizations would finally end by June. That tapering would add on another $420b to QE4s size.

By the time the dust settled, QE4 would have ballooned to an inconceivably-colossal $5.1t! As of that QE4-taper day, fully 19/20ths of QE4 had happened in just 20.3 months since March 2020s pandemic-lockdown stock panic. Fed officials had feared its negative wealth effect would spawn a full-blown depression, so they started printing money like there was no tomorrow. The Feds balance sheet skyrocketed 106.2%!

The goofy gold-futures speculators should never have assumed QE4 tapering is bearish for gold. Merely slowing the pace of money printing leaves that vast deluge of $5.1t of freshly-conjured US dollars still in the economy. This quickly-doubled money supply competing for and bidding up the prices on far-slower-growing goods and services is the sole reason inflation is raging out of control. Tapering leaves QE4 intact.

That monetary deluge can only be unwound by quantitative tightening, the Fed selling the bonds it bought in QE4 to destroy the trillions of dollars of money wished into existence. QT isnt even on the table, since it would crash these lofty QE-levitated US stock markets. Maybe gold-futures specs started to realize this after early Novembers FOMC meeting, or maybe their selling firepower had simply been exhausted.

Whatever the reason, huge gold-futures buying erupted in the CoT week straddling that formal QE4-taper launch. Relieved that gold didnt plunge on that news, specs flooded back into longs adding a gargantuan 34.2k contracts. That along with slight short covering added up to the equivalent of 110.8t of gold buying! That helped propel gold 8.2% higher by mid-November, despite Fed officials talking tougher on tightening.

Unfortunately specs positioning in gold-futures longs grew overextended, so a rebalancing selloff soon erupted after Biden renominated Jerome Powell for another Fed-chair term. With investors still missing in action, big gold-futures selling hammered the yellow metal lower. Investors dont return until gold-futures buying drives gold high enough for long enough to convince them upside momentum is back, which hadnt happened.

Between mid-June and this week, all golds significant volatility was fully explainable by gold-futures selling and buying! Huge gold-futures selling had flared on distant-future rate hikes, better-than-expected US economic data, and the QE4-taper pre-announcement. But that reversed to extreme gold-futures buying when the FOMC actually kicked off the QE4 taper. Yet how would gold weather soaring rate-hike odds?

Theres no doubt gold-futures specs were worried heading into this weeks uber-hawkish FOMC meeting. Would some surprise in the FOMC statement, dot plot, or Powells post-meeting press conference spark another bout of heavy gold-futures selling? Fears of that left gold relatively-low technically, on the verge of a breakdown this week if more selling erupted. I argued the contrarian side in our weekly newsletter Tuesday.

On FOMC eve this week I pointed out that federal-funds futures were already pricing in plenty of rate hikes next year, so hawkish dots shouldnt be a surprise. Markets were expecting the first quarter-point hike in May 2022, with better-than-even odds for the second by mid-June. Thus hawkish dots should prove another big sell-the-rumor-buy-the-news event for gold like late Septembers QE4-taper pre-announcement.

This Wednesday the FOMC indeed doubled the pace of its QE4 taper as expected, ramping that to a $30b-per-month reduction in money printing starting in January. That meant QE4 will be finished a few months earlier in March, paving the way for rate hikes sooner. And the accompanying dot plot was every-bit-as-hawkish as feared. The previous late-September one barely had one rate hike in 2022 and another in 2023.

But the raging-if-not-runaway inflation unleashed by this profligate Feds insane QE4 money printing has finally galvanized Fed officials into thinking about acting. So in this weeks new dot plot, their individual projections revealed fully three rate hikes in 2022 then another three following that in 2023! That was one of the most-dramatic pulling forwards of and intensifying a coming rate-hike cycle that has ever been witnessed.

So with a new rate-hike cycle looming larger and faster than almost anyone imagined just a few months ago, gold-futures speculators had every excuse to run for the hills. But they didnt in the wake of one of the most-hawkish FOMC meetings on record! Whether they expected such a huge jump in coming rate hikes or their selling firepower had already dwindled too much, they stood their ground so gold rallied a bit.

The contrast between golds reaction to the mid-June and mid-December FOMC meetings was stunning. Last summer gold plunged 5.2% in several trading days on the dots showing two potential rate hikes way out into year-end 2023. This week gold rallied in the wake of new dots revealing three imminent rate hikes starting next spring with another three following in 2023! Golds resiliency in this test is super-bullish.

That implies speculators are mostly done dumping gold futures regardless of what the Fed does. And that sure makes sense. QE4 is now running $4,922b over 26.9 months, of which $4,506b came during the 21.4 months since March 2020s stock panic. QE tapering leaves that vast monetary excess baked into the system, continuing to bid up prices. Gold has been the ultimate monetary-inflation hedge for millennia.

Its hard to imagine a more-bullish environment for gold than with a rapidly-more-than-doubled money supply. Gold was averaging about $1,575 in early 2020 before the stock panic, and all the Feds crazy money printing since should eventually fuel gold more than doubling in proportion. That would take it up near $3,150, way higher than todays piddling $1,800. And Fed-rate-hike cycles are no threat to gold either.

The last one ran from December 2015 to December 2018, when the Fed hiked its FFR nine times for 225 basis points total. Eight of those hikes were grouped together in streaks of three and five done at consecutive FOMC meetings, like Fed officials are implying in 2022. During the exact span of that rate-hike cycle, gold rallied 17.0%. During the 11 previous rate-hike cycles since 1971, gold averaged strong 26.9% gains!

So theres nothing inherently bearish for gold about the Fed raising its federal-funds-rate target. And with QE4 now scheduled to top $5.0t by March when this taper ends, gold should power dramatically higher in coming years on this radically-unprecedented monetary excess. Far more money will remain available to chase and bid up prices on relatively-much-less goods, services, and commodities including gold itself!

Gold successfully weathering this weeks uber-hawkish FOMC meeting showing a major rate-hike cycle looming dead-ahead off the bow is momentous. Gold-futures speculators finally seem to fully expect and accept big Fed tightening coming in 2022 and 2023. Thus they should be less excitable on Fed-hawkish news and economic data going forward. So the secular gold bull their selling delayed should be resuming.

Fundamentally-superior mid-tier and junior gold stocks remain the biggest beneficiaries of much-higher gold prices ahead. They rallied sharply with gold into mid-November, but were dragged back down to their stop losses on this latest bout of heavy gold-futures selling. Our stoppings averaged out to neutral, fully recovering our capital. So weve been aggressively redeploying buying back in low in our weekly newsletter.

The bottom line is gold weathered this weeks uber-hawkish FOMC meeting with flying colors. Not only did the Fed double its QE4-tapering pace, but top Fed officials dramatically pulled forward and intensified their rate-hike outlook. A major new hiking cycle now looms dead-ahead, likely to start within months. Yet instead of wilting on this hawkish revelation, gold-futures speculators finally accepted it and resumed buying.

QE tapering isnt bearish for gold, as it leaves in place the many trillions of dollars of QE money printed. Those directly drive price inflation, competing for far-slower-growing goods and services and bidding up their prices. Gold has also rallied strongly on average through the past dozen Fed-rate-hike cycles since 1971. This next one shouldnt prove any different, especially in such a super-bullish environment for gold.

(By Adam Hamilton)

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Roku update that broke AirPlay & HomeKit has yet to be fixed weeks later – General Discussion Discussions on AppleInsider Forums – AppleInsider

Because my Roku device cost me $30 giving me access to all of the features I want (stream Netflix, Hulu, Disney, AppleTV, and let me use AirPlay), while an Apple TV 4K starts at $179 for a bunch of features that Ill probably never use.

I have a Roku-based smart TV, and once a year I dutifully connect it to the internet to check for firmware updates, then promptly disconnect it again. My Apple TV box which in addition to more privacy/security offers a vastly superior interface, ARC/eARC support, CEC support, Apple Arcade, and access to all streaming services (including all the smaller services), HomeKit, and AirPlay serves as the smarts rather than my would-be data-mining television for any streaming service I can think of, along with the media assets on the computers in the house.

In terms of TV service, the Apple TV box has been the smartest thing Ive ever bought next to my dual-HomePod sound bar. Being a cheapskate has a lot of hidden costs, beyond the occasional publicly known problems like Rokus previous fights with YouTube and Disney and this latest lack of support for AirPlay/HomeKit.

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Roku update that broke AirPlay & HomeKit has yet to be fixed weeks later - General Discussion Discussions on AppleInsider Forums - AppleInsider

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Chess Federation to embark on membership drive – Searchlight Newspaper

Posted on December 17, 2021

TOP THREE - from left: Glendon Swift, Chinedu Benjamin Enemchukwu (winner) Michael Stephens

FOLLOWING LAST Saturdays successful hosting of the first-ever National Chess Championships, head of the SVG Chess Federation, Israel Bruce, disclosed that his organisation will be embarking on a membership drive. We will be going on a membership drive We are also looking to get the sport into the schools, Bruce advised.

According to Bruce, Chess triggers the mind It also demands persons with a certain IQ (Intelligence Quotient) and no better place to have it than in the nations schools Bruce emphasised that given the nature of Chess, it would assist these students in their studies and can aid them to be successful in exams. He said that apart from the schools, the membership drive will be extended to the wider community, inclusive of novices and those who would have played Chess in the past, but have discontinued.

Referring to National Championships which was held at the Gate 3 Restaurant of the former ET Joshua Airport, Bruce said that it was not only a landmark event, but will help keep the sport in the minds of the Vincentian public.

And, if to preempt the successful recruitment drive, Bruce was elated that a six-year-old male, who was present at last Saturdays event, has already shown a good understanding of Chess.

Saturdays championships saw six players competing.

After the round -robin format, it was Chinedu Benjamin Enemchukwu who defeated his five challengers.

Thus, Enemchukwu became the maiden winner of the Tyrone Jack Memorial National Chess Championship. Glendon Swift finished second and placing third was Michael Stephens.

The other competitors were Israel Bruce, Oris Robinson and Vanburn Harry.

Bruce said that he was pleased with the championships, despite the relatively small number of participants.

He revealed that some potential players expressed reluctance of having to sit face to face with someone, amidst the threats of the Covid-19 virus.

Bruce was gracious to those who participated and thankful to all the donors who ensured that the championships came to fruition.

St Vincent and the Grenadines is a provisional member of the World Chess Federation (FIDE), a status that was earned on October 27, this year.

Optimism is rife that full membership will be gained by the end of 2021, or early in 2022.

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The internet runs on free open-source software. Who pays to fix it? – MIT Technology Review

To support MIT Technology Review's journalism, please consider becoming a subscriber.

For something so important, you might expect that the worlds biggest tech firms and governments would have contracted hundreds of highly paid experts to quickly patch the flaw.

The truth is different: Log4J, which has long been a critical piece of core internet infrastructure, was founded as a volunteer project and is still run largely for free, even though many million- and billion-dollar companies rely on it and profit from it every single day. Yazici and his team are trying to fix it for next to nothing.

This strange situation is routine in the world of open-source software, programs that allow anyone to inspect, modify, and use their code. Its a decades-old idea that has become critical to the functioning of the internet. When it goes right, open-source is a collaborative triumph. When it goes wrong, its a far-reaching danger.

Open-source runs the internet and, by extension, the economy, says Filippo Valsorda, a developer who works on open-source projects at Google. And yet, he explains, it is extremely common even for core infrastructure projects to have a small team of maintainers, or even a single maintainer that is not paid to work on that project.

The team is working around the clock, Yazici told me by email when I first reached out to him. And my 6 a.m. to 4 a.m. (no, there is no typo in time) shift has just ended.

In the middle of his long days, Yazici took time topoint a finger at critics, tweetingthat Log4j maintainers have been working sleeplessly on mitigation measures; fixes, docs, CVE, replies to inquiries, etc. Yet nothing is stopping people to bash us, for work we arent paid for, for a feature we all dislike yet needed to keep due to backward compatibility concerns.

Before the Log4J vulnerability made this obscure but ubiquitous software into headline news, project lead Ralph Goers had a grand total of three minor sponsors backing his work. Goers, who works on Log4J on top of a full-time job, is in charge of fixing the flawed code and extinguishing the fire thats causing millions of dollars in damage. Its an enormous workload for a spare-time pursuit.

The underfunding of open-source software is a systemic risk to the United States, to critical infrastructure, to banking, to finance, says Chris Wysopal, chief technology officer at the security firm Veracode. The open-source ecosystem is up there in importance to critical infrastructure with Linux, Windows, and the fundamental internet protocols. These are the top systemic risks to the internet.

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The internet runs on free open-source software. Who pays to fix it? - MIT Technology Review

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Zimperium and Intertrust Partner to Provide End-to-end Security for IoT devices in Zero-trust Environments – PRNewswire

DALLAS and SAN FRANCISCO, Dec. 16, 2021 /PRNewswire/ -- Zimperium, the global leader in mobile security, andIntertrust, the pioneer in trusted computing and digital rights management (DRM) technology, today announced a partnership to provide end-to-end security and data management for IoT devices, apps and media services operating in Zero Trust environments. Under the terms of the partnership, Intertrust will offer Zimperium's Mobile Application Protection Suite (MAPS) to its Intertrust Platform and Intertrust ExpressPlaycustomers.

"The Zimperium-Intertrust partnership completes our offering of the world's best end-to-end secure data operations and rights management solution, with bulletproof endpoint technology," said Talal Shamoon, Intertrust's Chief Executive Officer. "We're proud to partner with the world leader in this space and look forward to delivering robust end to end solutions to our customers"

Intertrust Platform is a breakthrough product that provides trusted interoperable data operations for business ecosystems. It also connects to authenticated IoT devices and apps, creating a circle of trust between clouds and devices. ExpressPlay Media Security Suite offers a number of innovative content protection services including ExpressPlay DRM, a cloud-based multi-DRM service. Zimperium's revolutionary security technology creates a protected processing environment on devices and sensors that lowers the risk of malicious tampering and signals when an attack is taking place. The combination gives enterprises and media service providers alike access to trusted data ecosystems and a high level of assurance that devices and apps in the Zero Trust environments they work with are highly resistant to hacks that can cause major disruptions or inappropriate access to data.

"Devices and apps in the field can be a weak point for attackers to steal data or disrupt vital data-based services," said Shridhar Mittal, Zimperium's Chief Executive Officer. "As the only platform that protects mobile apps across the entire DevSecOps lifecycle, from in-development to on-device, MAPS gives Intertrust's customers the confidence that their edge devices and apps are protected."

Intertrust provides software and services to major corporations globally and is offering MAPS to its current and future customers immediately.

About ZimperiumZimperium provides the only mobile security platform purpose-built for enterprise environments. With machine learning-based protection and a single platform that secures everything from applications to endpoints, Zimperium is the only solution to provide on-device mobile threat defense to protect growing and evolving mobile environments. Zimperium is headquartered in Dallas, Texas and backed by Warburg Pincus, SoftBank, Samsung, Sierra Ventures and Telstra. For more information, follow Zimperium on Twitter and LinkedIn, or visitwww.Zimperium.com.

About IntertrustIntertrust provides trusted computing products and services to leading global corporationsfrom mobile, consumer electronics and IoT manufacturers, to service providers and enterprise software platform companies. These products include the world's leading digital rights management (DRM) and technologies to enable private data exchanges for various verticals including energy, entertainment, retail/marketing, automotive, fintech, and IoT. Founded in 1990, Intertrust is headquartered in Silicon Valley with regional offices in London, Tokyo, Mumbai, Bangalore, Beijing, Seoul, and Tallinn. The company has a legacy of invention, and its fundamental contributions in the areas of computer security and digital trust are globally recognized. Intertrust holds hundreds of patents that are key to Internet security, trust, and privacy management components of operating systems, trusted mobile code and networked operating environments, web services, and cloud computing. Additional information is available atintertrust.com, or follow us onTwitterorLinkedIn.

Contacts:

ZimperiumMike Reillyfama PR for Zimperium[emailprotected]

IntertrustJordan SladeMSR Communications[emailprotected]

SOURCE Intertrust

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Zimperium and Intertrust Partner to Provide End-to-end Security for IoT devices in Zero-trust Environments - PRNewswire

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Coles, Westpac, AMP and Department of Defence caught up in ‘significant’ data breach of Finite Recruitment – ABC News

The personal details of job applicants and staff at a range of major Australian companies and government agencies have potentially been exposed in a "significant"data breach and extortion attempt against Australian recruitment company Finite.

Hackers have accessed and releasedsensitive data that includes resumes, offers of employment, contracts,timesheets and vaccine certificates, with the likely goal of extracting a ransom.

Finite has a long list of major Australian clients, including Coles, Westpac, AMPand the departments of Defence, Health and Home Affairs.

Conti the same hacking group responsible for the data breach affecting up to 80,000 South Australian government employees disclosed last weekhas so far released more than 12,000 files and is threatening to publish more.

A notice posted on the hacking group's website, designed to extract a ransom payment, claims more than 300 gigabytes of data has been stolen, including financials, contracts, customer databases, phone numbers, addresses, passports and a variety of other sensitive personal information.

Finite Recruitment said in a statement sent to the ABC that the data "relates to a one-off cyber incident that occurred back in October", adding that the incident was still being investigated and affected parties would be notified when the investigation concluded.

"We are aware that a small subset of Finite Group's data has been downloaded and published on the dark web," the statement said.

An Australian Cyber Security Centre profile of the hacking group notes that "leaked information is hosted on The Onion Router (TOR) network, enabling greater anonymity to Conti threat actors hosting illicitly obtained material".

However, the group appears to have more recently been posting leaked data on a regular website available to all internet users. The ABC was able to view and access leaked files using a standard web browser.

The data already released includes the personal details of Australians who have sought employment through the firm, including resumes, salary information, reference checks, criminal history checks and visa checks.

A long list of businesses, banks and government agencies were caught up in the leak by way of their ties with Finite, including Westpac, ME Bank, Coles, Adairs, AMP, Suez Australia, NBN Coand the departments of Defence, Home Affairs and Health.

Some of Finite Recruitment's clients contacted by the ABC said they were aware of the leak, while others had not been notified.

A federal health spokesperson saidthe department useda range of hire firms, including Finite Group APAC Pty Ltd, but didnot share "any sensitive or classified data" with those providers.

"The department has not received any correspondence from Finite Group APAC Pty Ltd regarding any security breach or data loss," aspokesperson said.

Coles which has a service agreement with Finite Recruitment and was listed in the leaked documents said it was conducting its own investigations into the breach.

"We have engaged directly with Finite to understand what steps they are taking to investigate the incident and to secure their systems, and to assess any impact to Coles contractors or team members," a Coles spokesperson said.

Australian National University which was also listed in the breach said in a statement that it had not been informed of this data breach, but added there was nothing to suggest its systems were currently under threat.

The ABC also contacted the departments of Defence and Home Affairs, but neither wasable to respond in time for publication. The ABC also reached out to Downer, IBM, AMP, Hostplusand the Australian Cyber Security Centre for comment.

Conti is a Russian-based criminal organisation behind ransomware technologies. In short, they're after money.

Canberra-based cyber security researcher Robert Potter saysConti is a highly professionalised hacking group which uses a variety of well-known tools to gain access to its target'snetworks before stealing data and seeking a ransom.

Ransomware attacks work by encrypting victims' data, rendering it inaccessible. Groups will then offer to sell the victim a decryption key to re-access that data.

If the victim doesn't give in to the attackers' demands, they can permanently lose access to the data.

Conti affiliates are also known to use a technique known as "double-extortion",which involves threatening to release the stolen data unless payment is made.

Mr Potter saidthe group was becoming more brazen and was quite open about who they havetargeted in recent times.

He saidConti was increasinglyideological, sometimes using Russian foreign policy talking points, suggesting this might be a tactic to appeal to the people who provide them protection.

"Conti are doing a roaring trade, they're not subtle," Mr Pottersaid.

Conti attacks have made headlines before for targeting high-profile organisations, demanding large amounts of money asransom in exchange for agreeing not to publish full data leaks.

ProDraft a cyber security and intelligence company that monitors incidents of potential cybercrime said,that since 2020, it hadseen data from 567 different companies shared on Conti's extortion site. ProDraft also says its teams have noticed a recent surge in Conti attacks.

"Conti has shown itself to be a particularly ruthless group, indiscriminately targeting hospitals, emergency service providersand police dispatchers," the report said.

Conti is also offered as a Ransomware-as-a-Service (RaaS). This allows affiliates to use the ransomware as they want, as long as a percentage of the ransom payment is shared with the Conti operators as commission.

Research carried out by ProDraft found that, since July 2021, Conti has received more than500 bitcoin in ransomware payments which, at the time of writing, was worth $32.8 million.

According to Mr Potter, Conti is sophisticated enough that they take an "almost actuarial approach"to determining ransom amounts, even targeting a dollar value close to what they think an organisation's insurance will cover.

Mr Potter saidmost Australian organisations hit by ransomware attacks did notpay up, which isthe right move.

However, he wasaware of at least one large ransom payment from an Australian-based organisation targeted by Conti.

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Coles, Westpac, AMP and Department of Defence caught up in 'significant' data breach of Finite Recruitment - ABC News

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What Is Quantum Computing? – Data Center Knowledge

In 1965, Intel co-founder Gordon Moore observed that the number of transistors per square inch on a microchip had doubled every year since their invention while the costs were cut in half a phenomenon that became known as Moores Law.

More than 50 years of chip innovation have allowed transistors to get smaller and smaller until the point where its no longer physically possible to reduce the size of transistors any further. As a result, improvements in computing are slowing down and new ways to process information will need to be found if we want to continue to reap the benefits from a rapid growth in computing.

Enter Quantum computing a radical new technology that could have a profound affect all our lives. It has, for example, the potential to transform medicine and revolutionize the fields of Artificial Intelligence and cybersecurity.

But what exactly is quantum computing and how does it vary from the computers we use today? In short, it is fundamentally different. Todays computers operate using bits which are best thought of as tiny switches that can either be in the off position (zero) or in the on position (one). Ultimately all of todays digital data whether thats a website or app you visit or image you download comprise millions of bits made up of ones and zeroes.

However, instead of bits, a quantum computer uses whats known as a qubit. The power of these qubits is their ability to scale exponentially so that a two-qubit machine allows for four calculations simultaneously, a three-qubit machine allows for eight calculations, and a four-qubit machine performs 16 simultaneous calculations.

According to Wired magazine, the difference between a traditional supercomputer and a quantum computer can best be explained by comparing the approaches that they might take in getting out of a maze. For example, a traditional computer will try every route in turn, ruling out each one until it finds the right one, whereas a quantum computer will go down every route at the same time. It can hold uncertainty in its head, claims Wired.

Rather than having a clear position, unmeasured quantum states occur in a mixed 'superposition', similar to a coin spinning through the air before it lands in your hand.

While a single qubit cant do much, quantum mechanics has another phenomenon called entanglement, which allows qubits to be set up in a way so that their individual probabilities are affected by the other qubits in the system. For example, a quantum computer with two entangled qubits is a bit like tossing two coins at the same time and while theyre in the air every possible combination of heads and tails can be represented at once. The more qubits that are entangled together, the more combinations of information that can be simultaneously represented.

Building a quantum computer is not without its problems. Not only does it have to hold an object in a superposition state long enough to carry out various processes on them, but the technology is also extremely sensitive to noise and environmental effects. Quantum chips must be kept colder than outer space to create superpositionsand information only remains quantum for so long before it is lost.

Nevertheless, researchers have predicted that quantum computers could help tackle certain types of problems, especially those involving a daunting number of variables and potential outcomes, like simulations or optimization questions. For example, they could be used to improve the software of self-driving cars, predict financial markets or model chemical reactions. Some scientists even believe quantum simulations could help find a breakthrough in beating diseases like Alzheimers.

Cryptography will be one key application. Currently, encryption systems rely on breaking down large numbers into prime numbers, a process called factoring. Whereas this a slow process for classical computers, for quantum computers it can be carried out very easily. As a result, all of our data could be put at risk if a quantum computer fell into the wrong hands. However, one way data could be protected is with quantum encryption keys which could not be copied or hacked.

Theres no question that quantum computing could be a revolutionary technology. And while the prospect of a quantum notebook or mobile phone look a very long way off, its likely that quantum computers will be widespread in academic and industrial settings at least for certain applications - within the next three to five years.

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What Is Quantum Computing? - Data Center Knowledge

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Quantum computing now has an out-of-this-world problem: Cosmic rays – ZDNet

A new academic paper reveals a worrisome tendency for cosmic rays to disrupt quantum computer processors in a way that may be nearly impossible for current error correction techniques to reliably counteract.

One of the biggest obstacles faced by quantum computers is dealing with error correction. Traditionally, this has been most commonly handled by grouping together multiple qubits, the quantum equivalent of traditional computing's bits, into a sort of committee within quantum processing units. Rather than the system relying on a single qubit, which may or may not be correct, it instead relies on the consensus provided by an entire group of qubits. This strips away erroneous outliers and greatly reduces the error rate to a point where it's extremely unlikely that it will interfere with an ongoing processing job.

Unfortunately, in a very sci-fi-sounding turn of events, it appears that an unseen enemy from outer space may be threatening the viability of this error-correcting technology.

Cosmic rays are invisible, microscopic particle beams that constantly bombard the Earth from sources as far away as other galaxies. They typically collide harmlessly with the planet's atmosphere as well as objects within it. In fact, you'll likely be hit by several of them while reading this article. Luckily, for our peace of mind, they generally go completely unnoticed and do absolutely no harm before continuing on their cosmic journey. Unfortunately for quantum computing developers, it appears that quantum processors may be far, far more sensitive to these typically unnoticeable intruders than they realized.

In a paper published in Nature Physics and covered by Ars Technica, it's been revealed that one of these typically harmless rays could cause a major problem when it hits an operating quantum CPU. According to the findings of several researchers working at Google Quantum AI, a cosmic ray strike on an operating quantum computer core can result in the formation of a quasiparticle called a phonon.

These phonons have the capacity to disrupt operations by inverting the quantum state of not only a single qubit, but an entire entangled set of qubitsas they proliferate across the processor. This means a strike could distribute errors across an entire qubit set, essentially nullifying the protection provided by the committee-like error correction mentioned above.

In an experiment detailed within the paper, Google researchers tested a set of 26 qubits that were known to be amongst their most reliable. This set was then left in an idle state for 100 microseconds. While idling, reliable qubits should generally remain in their current state. To use a traditional, binary computing analogy, a 1 should remain a 1, a 0 should remain a 0.

On average, the 26 qubits set in question displayed an error rate of about 4 qubits that erroneously flipped their state within the 100 microsecond test period. This is well within the built-in error correction's ability to compensate by relying on the remaining majority of 22 qubits. However, during confirmed quantum ray strikes, 24 of the 26 qubits were found to have erroneously flipped to the opposite state. This result is well beyond traditional error correction's ability to compensate for. Such an outcome would place the entire group in error and could throw the entire processing job's continuity into question.

Cosmic ray interference is nothing new. As Ars noted, they can also interact with traditional CPUs by messing with the electrical charges they rely on to complete their logic operations. However, the unique and still-developing structure of quantum processors makes them far more prone to such interference, with Google's research indicating that a cosmic ray-induced error happens as often as every 10 seconds. This means the hours-long processing jobs most quantum CPUs are being tasked with could include hundreds, if not thousands of errors littered throughout their results.

Making matters worse is the fact that the processor these researchers used for their testing was rather small. As processing demands increase, so too must the size of the quantum processor. But, the larger the processor, the more surface area there is to potentially suffer a cosmic ray collision. It appears the threat of forced errors is only going to become direr as quantum CPUs continue making their way towards practical applications.

Unfortunately, there is no practical way to reliably block these problematic, intergalactic travelers. They are moving at almost the speed of light, after all. However, as pointed out by Ars Technica, some clever workarounds have already been developed to help devices like astronomical imaging equipment cope with quantum ray interference. While the paper does not specifically explore the viability of these potential solutions, they do seem to indicate the problem of cosmic ray interference is a surmountable one.

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Quantum computing now has an out-of-this-world problem: Cosmic rays - ZDNet

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Lecturer in Computer Science, Quantum Computing job with ROYAL HOLLOWAY, UNIVERSITY OF LONDON | 275274 – Times Higher Education (THE)

Department of Computer Science

Location: EghamSalary: 44,283 to 52,430 per annum - including London AllowancePostType: Full TimeClosingDate: 23.59 hours GMT on Sunday 13 February 2022Reference: 1221-502

Permanent, Full Time (Multiple posts)

The Department of Computer Science at Royal Holloway is looking to appoint multiple academic members of staff to support its research and teaching.

We carry out outstanding research and deliver excellent teaching at both undergraduate and postgraduate level: we ranked 11thin the Research Excellence Framework (REF 2014) for the quality of our research output, and in teaching we are typically in the top 10 in the UK for graduate prospects (e.g., Guardian 2022).

Over the past seven years, we have undertaken an ambitious plan of expansion: eighteen new academic members of staff were appointed, new undergraduate and integrated-masters programmes were created, and multiple new postgraduate-taught programmes were launched. We have strong research groups in the broad areas of Intelligent Systems, Machine Learning, Algorithms and Complexity, and Programming Languages and Systems, as well as good connections with the Information Security Group. We are also involved in multiple inter/multidisciplinary activities, from electrical engineering to psychology and social sciences. Our research strength generates significant interest and collaborative opportunity from universities and third stream partners.

Recently, Royal Holloway launched a research catalyst Advanced Quantum Science and Technologies, with multiple connections to Computer Science, Physics, Mathematics, and the Information Security Group, and the Computer Science department is seeking to strengthen its research activities via increased engagement in the catalyst.

We are therefore recruiting academic members of staff with research expertise in Quantum Computing, to complement and extend the departments research profile. We welcome applicants with expertise in any area of quantum computing, including but not limited to quantum algorithms, quantum information theory, quantum simulation, and potential application areas such as quantum linear algebra and quantum machine learning. We also welcome exceptional candidates from all disciplines in Computer Science, who can contribute to the new catalysts.

The successful candidate will help us seek and seize opportunities for research funding and industrial engagement. They will hold a PhD or equivalent, and will have a proven research record with a solid background in the underlying theory. Experience in attracting funding, engaging with industry, or contributing to outreach activities would also be valuable.

The appointee will be expected to contribute across the full range of departmental activities, including undergraduate and postgraduate teaching and the supervision of mainstream projects over a wide range of topics. In particular, duties and responsibilities of this post include: conducting individual or collaborative research projects; producing high-quality outputs for publication in high-profile journals or conference proceedings; applying for research funding; delivering high-quality teaching to all levels of students; supervising research postgraduate students.

This is a full-time and permanent (tenured) post, available from April 2022or as soon as possible thereafter. The post is based in Egham, Surrey, within commuting distance from London, Europes most dynamic technology hub.

In return we offer a highly competitive rewards and benefits package including:

For further details of the Department seeroyalholloway.ac.uk/computerscienceor contact the Head of Department atMagnus.Wahlstrom@rhul.ac.uk. For further details on the Royal Holloway research catalysts seeintranet.royalholloway.ac.uk/staff/research/research-2021/research-catalysts.aspx

To view further details of this post and to apply please visithttps://jobs.royalholloway.ac.uk.For queries on the application process the Human Resources Department can be contacted by email at:recruitment@rhul.ac.uk

Please quote the reference:1221-502

Closing Date: Midnight, 13thFebruary 2022

Interview Date:W/C 7thMarch 2022

Furtherdetails: JobDescription PersonSpecification

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Lecturer in Computer Science, Quantum Computing job with ROYAL HOLLOWAY, UNIVERSITY OF LONDON | 275274 - Times Higher Education (THE)

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