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Don't waste your patience by moving to other stocks
Very strong buying and selling from small hidden investors, the beginning of getting rich
Detecting & Locating Rogue Access Points
https://www.inpixon.com/blog/detecting-locating-rogue-access-points
As technology evolves, so do security risks. One of the most common issues facing organizations today is the prevalence of rogue access points. Unlike physical threats, these intrusive devices can easily go unnoticed and cause serious harm to organizations. It has never been more important to understand what rogue access points are and how to protect your organization from the security threats they pose.
What is a Rogue Access Point?
A rogue access point (AP) is a wireless access point (WAP) installed on a secure network without the authorization or knowledge of the local network system administrator. Unauthorized wireless devices may be hidden within, or attached to, a computer system, or they can be attached directly to a network port or device, such as a switch or a router.
Rogue access points are increasingly common, but their use is not just limited to bad actors. Rogue APs can also often be created by unwitting employees. Rogue APs pose a security threat because anyone with access to the premises can install an inexpensive WAP that can potentially allow unauthorized parties to gain access to a private network.
What security threats do Rogue APs present?
Rogue access points are one of the most common wireless security threats. They are used in many attacks including DoS and data theft. Many are, unfortunately, unwittingly deployed by well-meaning employees.
Rogue access points can also be utilized by neighboring companies to use your network for free access. As they are typically inexpensive and meant for consumer use, these WAPs often do not broadcast their presence over the wire and can only be detected over-the-air using radio frequency (RF) scanning. They are typically installed in default mode, so authentication and encryption are usually not enabled, which automatically creates a security hazard.
Because wireless LAN signals can traverse building walls, an open access point connected to the corporate network provides the perfect target for malicious attackers. Any client that connects to a rogue access point must be considered a rogue client because it is bypassing the authorized security procedures put in place by the IT department.
In simple terms, rogue access points expose a network to unauthorized connections that are difficult to detect and can have serious security ramifications for organizations.
One of the biggest adjacent security threats is the presence of eavesdropping devices, which can be used to steal sensitive information such as passwords or personally identifiable information. Companies should be proactive in protecting information, especially when considering the cost of a privacy breach, both financially and in terms of reputation. Some key areas that should be protected in a corporate environment include campus headquarters, C-suite and executive offices, boardrooms, call centers, and data centers.
How does rogue access point detection work?
Rogue access point detection works through sensors and radio frequency. Wireless radios automatically scan the RF spectrum for access points transmitting on the same spectrum. The RF scans can discover third-party transmitters in addition to other radios.
Inpixon Aware gives you both visibility into your facilities and a robust wireless intrusion detection solution in a single, live security dashboard, so you can make key decisions around security, risk mitigation and public safety at scale. You can detect rogue access points within your facility and visualize them within a single near real-time security dashboard.
How can you protect your organization from rogue access points?
The first step is to educate your employees. By making sure they understand the threats associated with setting up wireless access points without the awareness or authorization of the network administrator, you can prevent the occurrence of many accidental rogue access points.
Furthermore, known employee devices can be registered and whitelisted as authorized devices in an indoor intelligence platform’s rogue sensor detection and wireless intrusion detection systems, which must become an important component of organizational BYOD policies.
Once you have addressed concerns about accidental employee-installed rogue access points, you can use an indoor security solution like Inpixon Aware to identify and locate rogue access points. By scanning and analyzing your indoor space’s transmitting environment, Inpixon Aware enables the visualization of your RF environment in the context of an indoor map.
How secure are your indoor environments? Book a consultation today to find out what steps you can take to keep your organization and its data safe.
This blog post contains forward looking statements which are subject to risks and uncertainties. Please click here to learn more.
Don't worry it will go back up it's just adoring
How the Inpixon CO2 Sensor is Unique
https://www.inpixon.com/blog/how-sg112a-co2-sensor-is-unique?
High levels of CO2 can displace oxygen and nitrogen, potentially causing health problems. Fortunately, using sensors to capture indoor CO2 measurements holds promise for mass monitoring of indoor aerosol transmission risks for COVID-19 and other respiratory diseases.
By utilizing CO2 sensing technology, such as incorporating Inpixon’s C02 sensor module as part of a solution to identify stale air and trigger on-demand ventilation to supply cleaner air, organizations can reduce the risk of transmission within their premises. This proactive approach allows organizations to take advantage of location technologies to enhance the health and safety of their employees, and ultimately their families and communities.
What is a CO2 Sensor?
The Inpixon CO2 sensor is a compact, dual channel non-dispersive infrared (NDIR) sensor module with digital interfaces for measuring CO2 in ambient air.
With an autonomous self-calibration function, the sensor offers dependable performance by eliminating sensor signal drifts caused by environmental changes and component ageing.
The sensor has multiple digital interfaces for customers to seamlessly integrate with other hardware systems. The sensor module is individually pre-calibrated, doesn’t require calibrations in the field, and can measure CO2 concentrations up to 5,000 ppm.
For reference, the amount of carbon dioxide in a building is usually related to how much fresh air is being brought into that building. In general, the higher the CO2 level in the building, the lower the amount of fresh air exchange. Therefore, examining levels of CO2 in indoor air can reveal important insights such as if HVAC systems are operating within OSHA guidelines. CO2 levels are usually measured in percent (%) of air or parts per million (ppm). High CO2 levels, generally over 1,000 ppm, indicate a potential problem with air circulation and fresh air in a room or building.
What are the features of the Inpixon CO2 sensor?
Inpixon C02 sensor features automatic calibration and provides a range of gas readings, rather than simply above or below-threshold readings. These sensors can be included in environment control units, building automation systems, or ventilation-on-demand solutions that can help ensure a clean air supply within commercial and public buildings.
Additional features of Inpixon’s C02 sensor module which make it unique include:
It’s small size – among the smallest in the market
Low power
High accuracy and excellent long-term stability
Absolute measurement with dual-channel self-calibration NDIR technology
Pre-calibrated and ready-to-use
Digital outputs for high level of CO2 warning
What are the applications of the Inpixon CO2 sensor?
The Inpixon CO2 sensor module for indoor air quality measurement is an important indicator of SARS-CoV-2 and other pathogen transmission risk.
Some of the other applications include:
Indoor air quality (IAQ) controls: Set alarms and notifications based on CO2 levels in specified locations without the need for handheld devices or worker presence during testing
Automatic air ventilation systems: Increase or decrease air flow to specific areas based on CO2 values without the need for human intervention
HVAC (heating, ventilation, air conditioning): CO2 levels present danger to occupants and highly accurate sensor data guarantees safe air
Smart farms and agriculture: CO2 levels are used in air quality estimates and sensor data allows for smart applications to reduce farm worker’s load
Environment monitoring/management systems: Systems rely on a multitude of sensors with CO2 values playing an important role in monitoring and managing overall environmental conditions
Having a gas sensor with CO2 values would allow systems to automatically adjust air flow when higher concentrations of CO2 are detected. Additionally, systems could shut down to save power when CO2 values are low.
Exposure to CO2 can produce a variety of negative health effects including headaches, dizziness, restlessness, difficulty breathing, and more. To ensure the health and safety of your employees, it’s crucial to implement and have healthy precautions and tools in place.
A little patience and you will see the miracle
This PPS stays between 1.00 and 1.25...Thats pathetic ..been like this pretty much for over a year
3 Key Benefits of Indoor Maps for Workplaces
https://www.inpixon.com/blog/benefits-of-indoor-maps-for-workplaces
Since prehistoric times, the human race has used maps to help navigate themselves through their surroundings. From paintings on cave walls to papyrus paper, humans have used the tools available to create artistic visual documentation of their space, and the world around them.
The Roman Empires used maps for military and administrative needs and in the Middle Ages, Muslim scholars defined maps even further to be more granular in calculation and measurement of units. During the Early Modern Period, the need for more information in creating accurate visual representations of surrounding landscapes, and discovery of more land drove the need to create new survey instruments for cartographers. With the emergence of modern technology, a new generation of mapmakers and users emerged.
Here we are now in the 21st century and our dependence on maps has grown to the extent we cannot navigate without them. We've gone from paper maps to digitized maps on devices that depend on GPS. This is all great for the outside world, but what's taking place inside corporate buildings, giant tech campuses, higher education universities, hospitals, mega manufacturers and large military bases? Thanks to indoor mapping and advances in indoor positioning systems, enterprise-scale indoor intelligence is now possible, providing unprecedented visibility into these complex facilities.
Here are 3 benefits for organizations to consider with indoor maps:
Workplace Health & Safety
According to the Occupational Safety and Health Administration (OSHA), employers are required to implement preventative measures to ensure workers are not exposed to conditions which could be harmful to their health and safety while working. Failure to ensure a safe workplace can lead to liability issues, including fines and penalties, and in serious cases, criminal prosecution.
For organizations planning their return-to-work measures, indoor maps and indoor positioning can provide the peace of mind you need to bring back your workforce safely by using the following features:
Using digital contact tracing to quickly identify potential transmission of COVID and notify others with risk of exposure, helping isolate infections before they spread.
Create seating plans that comply with physical distancing protocols, or using hot desking technology to alternate teams back into the office.
Identify surface areas that may require cleaning as a result of exposure or high traffic. This can help organizations cut costs in having maintenance teams focus on certain areas of your building, and not clean the entire building each time.
Intelligent Navigation
Maps alone can be a useful navigation tool, but they become even more powerful with blue dot technology and indoor navigation.
When you combine dynamic layer-based indoor maps with the power of IPS technology to provide your users with a blue dot navigation experience, you’re enabling them to see their live location on a map and find their way through your space quickly and efficiently. Intelligent indoor navigation also enables people to search for, and navigate to, specific points of interest.
Beyond helping to create a smoother experience, this ultimately helps reduce stress and anxiety for people who are in your space for the first time. When your users have a clear path and can locate and navigate to their destinations on time, that improved experience will be associated with your organization as a whole. Similarly, this technology can also support intelligent wayfinding applications like route accessibility, making your space more navigable for those with different abilities.
Workplace Optimization & Building Utilization
When it comes to real estate investments, your operations team needs to understand how people are interacting with your space. Using indoor intelligence technologies and indoor analytics data visualizations like heatmaps and dendrograms, organizations can assess how people move through buildings and where they linger most. This is especially important when you are considering whether to downsize or increase existing space. By equipping your operations teams with the comprehensive data that they need to make meaningful improvements to space utilization and allocate resources more effectively.
Indoor intelligence technology can support workplace optimization and improve building utilization in three key areas:
Give operations teams insight into which areas are over- and under-utilized. This gives organizations the information they need to adjust physical space usage when they grow or downsize.
Empower facilities management teams to use Internet of Things (IoT) sensors and automation to control lighting and HVAC systems. This can create significant cost savings in utility bills when energy usage is minimized in under-occupied spaces.
Optimize room booking, usage, and energy expenditures. By integrating map-enabled applications with your calendar and room-booking systems, organizations can use maps to visualize meeting rooms and track usage. Using occupancy sensors, facilities and operations teams can track how and when these rooms are being utilized and adjust cleaning and energy usage efficiently.
In the midst of the COVID-19 pandemic, the nature of workplaces and corporate campuses is in flux, and the only certainty is uncertainty. However, with challenges come unparalleled opportunities. We are here to help you identify your organization’s opportunities to create a safe and comfortable return-to-work for your teams. Contact our team of experts today to find out how Inpixon can help.
Cleanspark and Kopin among tech stocks to added to Russel Microcap Index; Digital Turbine and Cohu among deleted
https://seekingalpha.com/news
Jun. 14, 2021 6:28 PM ETAPPS, CLSK...Boxlight Corporation (BOXL)By: Manshi Mamtora, CFA
At 2021 Russell indexes annual reconstitution, following technology stocks will be added to and deleted from the Russell Microcap Index.
Additions include: Boxlight (NASDAQ:BOXL), Emagin (NYSE:EMAN), Cleanspark (NASDAQ:CLSK), Inpixon (NASDAQ:INPX), Kopin (NASDAQ:KOPN), Phunware (NASDAQ:PHUN), Sigma Labs (NASDAQ:SGLB), Super League Gaming (NASDAQ:SLGG), Widepoint (NYSE:WYY), Zedge (NYSE:ZDGE)
Deletions include: Calix (NYSE:CALX), Cohu (NASDAQ:COHU), Digital Turbine (NASDAQ:APPS), Domo (NASDAQ:DOMO), Par Technology (NYSE:PAR), Sitime (NASDAQ:SITM), Techtarget (NASDAQ:TTGT), Ultra Clean (NASDAQ:UCTT)
The changes are effective on June 28 after market opens.
Withdrawing the shares of small investors who are afraid
Inpixon Launches Active Tag for Long-Range, Real-Time Location System (RTLS) Asset Tracking
https://finance.yahoo.com/news/inpixon-launches-active-tag-long
Thu, June 10, 2021, 2:30 PM
PALO ALTO, Calif. and BERLIN, June 10, 2021 /PRNewswire/ -- Inpixon (Nasdaq: INPX), the Indoor Intelligence™ company, today announced the launch of the Inpixon Asset Tag, a compact, active radio frequency (RF) tag for long-range, real-time location system (RTLS) asset tracking. The new tag, complete with IP65-rated housing, will come pre-configured and ready to use with Inpixon's 2.4 GHz chirp technology including nanoLOC, swarm bee, nanoANQ PCB anchor circuit board and the nanoLES location engine.
The long-range Inpixon Asset Tag is suitable for indoor and/or outdoor use and is designed to track hospital equipment, tools, vehicles, robots, dangerous or sensitive materials, mobile storage compartments, maintenance yard equipment, and other high-value assets that need to be tracked or located quickly and definitively.
The long-range Inpixon Asset Tag is suitable for indoor and/or outdoor use and is designed to track hospital equipment, tools, vehicles, robots, dangerous or sensitive materials, mobile storage compartments, maintenance yard equipment, and other high-value assets that need to be tracked or located quickly and definitively.
Suitable for indoor and/or outdoor use, the Inpixon Asset Tag is designed to track hospital equipment, tools, vehicles, robots, dangerous or sensitive materials, mobile storage compartments, maintenance yard equipment, and other high-value assets that need to be tracked or located quickly and definitively. Efficient asset management can deter theft, aid in loss recovery, identify workflow bottlenecks, ease inventory management, and increase asset utilization and worker productivity.
The Inpixon Asset Tag utilizes chirp radio-frequency technology and delivers a unique performance profile combining high accuracy, long operational range and interference resilience. The tag can achieve up to 300 meters in range with one-meter location precision. Additionally, the tag includes an integrated 3D accelerometer to sense movement, and its data transmission rate is configurable. This allows the tag to report its position more frequently when in motion, and less frequently, to conserve battery life, when not in motion. The tag's settings can be reconfigured wirelessly as the customer's needs or use cases change.
"The Inpixon Asset Tag launch continues our steady stream of innovative RTLS product releases and complements our full-stack Indoor Intelligence solution," said Adam Benson, CTO of Inpixon. "Market research firm MarketsandMarkets notes, 'The evolution of industrial internet of things (IIoT) has increased the demand for enterprise asset management (EAM) systems,' and that the market is expected to reach USD 5.5 billion by 2026. We believe our expanded RTLS solution portfolio, which has been designed to support large-scale, enterprise deployments and to track thousands of assets simultaneously, is well positioned to meet that increased demand."
About Inpixon
Inpixon® (Nasdaq: INPX) is the innovator of Indoor Intelligence™, delivering actionable insights for people, places and things. Combining the power of mapping, positioning and analytics, Inpixon helps to create smarter, safer, and more secure environments. The company's Indoor Intelligence and mobile app solutions are leveraged by a multitude of industries to optimize operations, increase productivity, and enhance safety. Inpixon customers can take advantage of industry leading location awareness, RTLS, workplace and hybrid event solutions, analytics, sensor fusion and the IoT to create exceptional experiences and to do good with indoor data. For the latest insights, follow Inpixon on LinkedIn, and Twitter, and visit inpixon.com.
Safe Harbor Statement
All statements in this release that are not based on historical fact are "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995 and the provisions of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. While management has based any forward-looking statements included in this release on its current expectations, the information on which such expectations were based may change. These forward-looking statements rely on a number of assumptions concerning future events and are subject to a number of risks, uncertainties and other factors, many of which are outside of the control of Inpixon and its subsidiaries, which could cause actual results to materially differ from such statements. Such risks, uncertainties, and other factors include, but are not limited to, the fluctuation of economic conditions, the impact of COVID-19 on Inpixon's results of operations and global supply chain constraints, Inpixon's ability to integrate the products and business from recent acquisitions into its existing business, the performance of management and employees, the regulatory landscape as it relates to privacy regulations and their applicability to Inpixon's technology, Inpixon's ability to maintain compliance with Nasdaq's minimum bid price requirement and other continued listing requirements, the ability to obtain financing, competition, general economic conditions and other factors that are detailed in Inpixon's periodic and current reports available for review at sec.gov. Furthermore, Inpixon operates in a highly competitive and rapidly changing environment where new and unanticipated risks may arise. Accordingly, investors should not place any reliance on forward-looking statements as a prediction of actual results. Inpixon disclaims any intention to, and undertakes no obligation to, update or revise forward-looking statements.
Why the Hybrid Workplace is the Future of Work
https://www.inpixon.com/blog/hybrid-workplace-future-of-work?
According to a study done by Robert Half, over 49% of employees prefer a hybrid working option. With many offices re-opening their corporate campuses the conversation has shifted to how organizations can combine remote working policies with an in-person component, while keeping productivity up and culture flourishing.
While every organization’s approach will need to be different to meet the unique needs of their employees and business, a hybrid model is a simple and flexible solution to the growing desire for remote work. In a world emerging on the other side of this pandemic, hybrid workplaces may be the future of work as we know it.
What is a hybrid workplace?
A hybrid workplace is one which accommodates both in-office work, as well as work from home or remote work policies. Employees want flexibility in how, when and where they work; the hybrid workplace experience can be leveraged for different reasons but is often a happy compromise for companies who require an in-person element, while acknowledging that not all employees need to be physically present to be productive.
Many large organizations, including Salesforce, Facebook, Google, and Amazon have already implemented this practice into their corporate culture. A recent survey of Slack’s employees showed that 72% desire a hybrid remote-office model.
Why should organizations make hybrid working an option?
Hybrid working allows for corporations to save money on real estate costs
By allowing employees to work in the environments they feel best, companies can downsize their offices. In addition to the real-estate costs, employers can expect to realize savings in utilities, maintenance, and other ancillary expenses. These are valuable savings that can be reinvested into other resources that allow employees to be more productive and collaborative on the days they do come in. This is especially meaningful for larger organizations with a significant real-estate footprint.
Hybrid work gives employees more control over their lives
There is no shortage of research demonstrating the positive impact remote work policies can have on work-life-balance. Given control over where and when they work, most employees will find that they can be more productive, in a shorter amount of time. Open-concept offices can also be distracting, and for many employees those distractions can be mitigated or avoided altogether when working from a home-office.
The hybrid workplace also gives those employees the opportunity to come into the office to recharge, reconnect and collaborate more closely on major projects and deadlines. Maintaining a strong company culture does not have to be compromised when employing a hybrid workplace model.
It allows employees to save time and money spent on commuting
According to the latest commuting costs data from the American Housing Survey, the median employee spends $2,226 commuting to the office and back every year. This figure can be significantly higher for those driving all the way to work and doesn’t factor in opportunity costs (or the cost of time). Having the option to only go into the office a couple days a week translates to meaningful time and financial savings. The average person can save about $4,000 per year by working remotely.
Facilitating the hybrid workplace with location-aware employee apps
With employees spending less time in the office, a successful hybrid workplace depends on the experience companies provide their employees, wherever they’re working from. Many innovative digital-first workplaces are making it easy to collaborate, learn, and engage through technology like the Inpixon's smart campus app. This location-aware mobile workplace experience solution is a hub for coordinating people and places for hybrid working. The app enables employees to access features such as:
Campus Info
Hot desking and office hoteling
Room booking
Indoor Navigation and indoor maps
Culinary
Wellness
Find-a-colleague
Occupancy reporting
Real-time notifications
Amenities
News and events
And more!
The main goal of any employee app is to offer consistent content and a great user experience.
The app should serve as the primary mode of communication across all campuses, and should help facilitate interactions between teams. By shifting communication styles, organizations are less likely to have issues arise from remote workers not being aware of certain conversations or decisions that have been made in-person. Having an employee app equips employees with the right tools necessary to work better, regardless of where they are.
Figuring out how to accommodate and take care of employees is challenging. Inpixon’s app helps connect the hybrid workplace and distributed workforce of the future. This allows for smarter, real-time, always-on communications, while creating a safer work environment that respects worker autonomy.
cta-one-workplace
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This blog post contains forward looking statements which are subject to risks and uncertainties. Please click here to learn more.
Inpixon Wins Multi-Year Contract for Smart Office App for International Banking Organization
https://www.inpixon.com/company/news/inpixon-wins-multi-year-contract-smart-office-app-international-banking-organization?
Supports European-based Financial Company's Hybrid Return-to-Work Initiative for Employees in More Than 75 Locations with Desk Booking Capabilities Covering More Than 30,000 Workspaces
PALO ALTO, Calif., June 8, 2021 /PRNewswire/ -- Inpixon (Nasdaq: INPX), the Indoor Intelligence™ company, today announced that its smart office app, acquired in the recent The CXApp acquisition, has been selected by a major European-based commercial and retail banking firm with more than 50,000 employees for implementation across more than 75 locations. The seven-figure contract includes both up-front professional services fees and annual subscription licenses covering a two-year period.
The location-aware app will be custom-branded and configured to fit the customer’s requirements for a smart, innovative and connected workplace with safety, productivity and engagement goals at its core. The app will deliver an enhanced work experience for employees regardless of their location, be it working from the office or remote, and will offer desk booking for more than 30,000 desks plus conference room booking, hoteling, indoor navigation, news and event feeds, and employee notifications. The app will integrate Microsoft Active Directory, single sign-on (SSO), surveys, polls and more for a frictionless workplace experience.
“Companies are looking for innovative solutions that promote productivity and deliver superior user experiences while ensuring safety as they support employees returning to work," commented Nadir Ali, CEO of Inpixon. "We are pleased that our award winning mobile app solution, which integrates a wide array of work functions into a single app, was selected by this major retail and commercial bank. We are seeing strong demand for our workplace experience platform and look forward to announcing additional contract awards.”
About Inpixon
Inpixon® (Nasdaq: INPX) is the innovator of Indoor Intelligence™, delivering actionable insights for people, places and things. Combining the power of mapping, positioning and analytics, Inpixon helps to create smarter, safer, and more secure environments. The company’s Indoor Intelligence and mobile app solutions are leveraged by a multitude of industries to optimize operations, increase productivity, and enhance safety. Inpixon customers can take advantage of industry leading location awareness, RTLS, workplace and hybrid event solutions, analytics, sensor fusion and the IoT to create exceptional experiences and to do good with indoor data. For the latest insights, follow Inpixon on LinkedIn, Twitter, and visit inpixon.com.
Safe Harbor Statement
All statements in this release that are not based on historical fact are "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995 and the provisions of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. While management has based any forward-looking statements included in this release on its current expectations, the information on which such expectations were based may change. These forward-looking statements rely on a number of assumptions concerning future events and are subject to a number of risks, uncertainties and other factors, many of which are outside of the control of Inpixon and its subsidiaries, which could cause actual results to materially differ from such statements. Such risks, uncertainties, and other factors include, but are not limited to, the fluctuation of economic conditions, the impact of COVID-19 on Inpixon's results of operations, Inpixon’s ability to integrate the products and business from recent acquisitions into its existing business, the performance of management and employees, the regulatory landscape as it relates to privacy regulations and their applicability to Inpixon’s technology, Inpixon's ability to maintain compliance with Nasdaq’s minimum bid price requirement and other continued listing requirements, the ability to obtain financing, competition, general economic conditions and other factors that are detailed in Inpixon's periodic and current reports available for review at sec.gov. Furthermore, Inpixon operates in a highly competitive and rapidly changing environment where new and unanticipated risks may arise. Accordingly, investors should not place any reliance on forward-looking statements as a prediction of actual results. Inpixon disclaims any intention to, and undertakes no obligation to, update or revise forward-looking statements.
Just watch until the end of the week with 1.80 or more
He'll cut the shirt and pants
I advise you to leave your arrogance and ignorance, that at the bottom it will go up, the ascent of my rock will rise
well great news they are gaining some traction here....what price can they end up demanding for all those shares...employees are getting in on the ground floor....1.02
There more got be another big shakedown before the uptrend.
Just watch that at the bottom of the bottom he will rise and rip the shirt and then tear the pants, don't be afraid and let him do what he wants
just that statement alone makes me think the opposite
Methinks is Methinks is Methinks!
Welcome, Bosalman333.
Like your style.
Methinks that you have something up your sleeve.
The arrow is ready to launch First target 1.80 Second target 2.9 Third target 9
are you methinks? lol. you sure showed up fast and of course with no back up
link? if you did find this please tell us where? its your first post ever and you post a cryptic message with no back up
I have not been able to find that news/info anywhere have you?
You are right, I believe.
The share count should increase but with the point of purchase being launched, this company might just be ready to explode with some important news hitting the airwaves, soon.
IMO
isnt the share count going to increase now with all the warrants being exercised over the future...and I dont like the part where they say they can change the warrant prices...it is about 50 million shares worth which will increase the share count to like 160,000,000 to 170,000,000. its got to affect the share price unless some great news is released...what is your taken this? am I wrong?
Sounds like INPX are going to start selling globally.
With a "purchase point" buying the products will become much easier and quicker for smaller enterprises.
Another tweet -
3 Ways to Turn Location Data Into Actionable Insights
https://www.inpixon.com/blog/ways-turn-location-data-into-actionable-insights?
In order for organizations to act strategically, innovate, and stand out in the market for all of the right reasons, they must make smart, effective decisions based on a solid foundation of valuable data. Without access to quantitative data indicating what’s working and what isn’t, decision making is done blindly and without direction. Furthermore, raw data must be transformed into actionable insights. It is not sufficient to have a set of spreadsheets that none of your key stakeholders or decision-makers understand - it must be transformed into meaningful information that enlightens and empowers.
This is especially true of location data, which is not particularly meaningful or helpful in the form of coordinates in a spreadsheet. Using visual analytics dashboards can help you better understand your organization’s complex data, and an indoor data platform can go beyond simple charts and graphs to give your data the geospatial context of a map. Location insights also add a new dimension to cost information, contributing to painting a more complete cost transparency picture for the organization as a whole.
Here are three ways to leverage location data to support your organizational strategy and enable your organization to make more data-driven decisions to improve the bottom line.
Physical Space Occupancy and Expenditure
Across all industries, physical space is one of the largest costs for most organizations. By understanding people movement through offices and corporate campuses, you can determine if you have the optimal amount of space for your employees. In looking at the situation and movement of employees throughout your workplace, you can determine if you have more space than you need, and are incurring unnecessary leasing expenses. Having true transparency on physical space usage gives useful insight into one of your highest expenditures, but without the visual context of a map, it’s easy to miss these potential indicators of inefficiency.
Facility Usage and Energy Efficiency
By moving beyond reactive understanding to actively moderating the distribution of people within offices and buildings, you can proactively optimize space usage for building energy efficiency. By using machine learning and intelligent employee mobile applications, to redistribute and reallocate employees from sparsely occupied floors, facilities teams can reduce HVAC controls on those vacant floors, which can lead to huge cost savings on energy.
Consumer Behavior Insights
Understanding the movement of people throughout large retail venues has long been known to be valuable. From handheld clickers to people-counting cameras, there have long been attempts to understand how to get people into stores. However, the visibility and actionability of the data has not always kept pace with the retail industry’s intelligence needs. This type of data drives key insights in two distinct areas. The first empowers tenant management teams to set rental rates based on real data around location value. The second is to understand consumer journeys more fully. Indoor location analytics can tell us peak visit times, dwell times, behavioral patterns for anonymized visitors. By understanding where people congregate, how frequently the return, and their top paths taken, retailers can use location data to understand how their promotions and activities do, or don’t, drive traffic to stores.
Location-aware indoor data and map-enabled data visualizations enable organizations to use both location and business data together to answer questions, make accurate predictions, and uncover insights often overlooked in tables and charts alone. With an intelligent indoor data platform, organizations are empowered, at all levels, to achieve greater cost transparency and improve their bottom lines.
first post ever...
would you mind telling me about that? ty
Safer, Smarter Workplaces
https://www.inpixon.com/case-studies/one-workplace-redefines-workplace-experiences-with-employee-app
How One Workplace is redefining the workplace experience
The Landscape
The world of work is constantly in flux. With every decade, the layouts, designs and expectations around our offices evolve as each generation that enters the workforce brings their own expectations and ideas to the table. Sometimes these changes are subtle, like the addition of snacks and espresso machines to the office kitchen. Other times, they are drastic and paradigm-altering. 2020 was one of those times. As everyone turned home into their new office, no one knew when we’d be returning to work. But One Workplace had an idea.
One Workplace is a family-owned company with offices across Northern California and Washington state. Opened 95 years ago as a bookstore, One Workplace has evolved into the largest West Coast commercial interiors provider with a unique approach that includes furniture, construction, technology and services divisions all under one roof to design and create integrated, high-functioning, beautiful workplaces.
Almost four years ago, One Workplace set out on a journey to re-imagine the workplace experience. The result was a new way of work founded on the belief that empowering greater individual ownership over their work experiences by providing a wide range of options would allow employees to work at their absolute best.
Having already embraced a flexible working environment, One Workplace employees were empowered to work however and wherever they would be most successful. This growth mindset and predisposition to innovation meant that when the pandemic struck, One Workplace was able to continue working effectively with minimal disruption. Furthermore, a few months in, they were able to start planning for a safe and successful reopening of their offices. Here’s how they pulled it off.
The Challenge
For One Workplace, and many of their customers, there were some primary concerns they needed to address in order to reopen their offices –– primarily how they could make their physical spaces safe for employees and enable them to keep working efficiently. The solution they built would need to address both needs simultaneously while improving the overall employee experience. Furthermore, with many clients facing similar challenges, One Workplace wanted to create an enterprise-level platform that could handle a variety of use cases, remain scalable and also centrally controllable. One they could test, model, and promote.
Finally, the solution would need to make One Workplace employees feel more comfortable in the workplace. The prospect of returning to offices is polarizing, exciting for some employees and anxiety-inducing for others. One Workplace aimed to prioritize employee comfort along with their safety and productivity.
Since One Workplace had already embraced a flexible working culture, they were able to transition with minimal disruption. Rather than a ‘return-to-work,' One Workplace began planning for a step forward: a collective movement toward something new, something aspirational, and something that would transform One Workplace and its customers - no matter how or where their teams contribute.
One Workplace set out to find a technology solution that would go beyond the status quo and make their workplaces smarter, safer, and more engaging with three operational goals guiding the way.
Project Goals
Deploy a mobile app to support hybrid, flexible working solutions including desk-booking.
Improve the employee experience and engagement levels.
Ensure the safety and comfort of employees returning to the office in the wake of the pandemic.
The Journey
One Workplace recognized early on that technology would be the driving force behind a successful return-to-work initiative. They spent a great deal of time early in the pandemic evaluating a wide range of solutions to meet both their and their clients’ needs.
The organization began by establishing a return-to-work team to lead the initiative and identify their key stakeholders. They aimed to make data-driven decisions shaped by scientific health information, government regulations, and the ever shifting and changing market needs.
One Workplace requirements are unique in that this effort needed to address three unique stakeholder groups. They identified that they needed to consider the individual needs of their people, the diverse requirements of their people, the diverse requirements of their business units, and the unique expectations of their customers. Serving these three stakeholder groups guided them in providing for the health, safety, and security of their team, and their ability to create a meaningful and productive work experience.
The Solution
In order to address the varying needs of each of these groups, the team worked with Inpixon to deploy a mobile app that would revolutionize the way their employees interacted with their workplaces. They set out to use a mobile app and location technology to create an employee experience so engaging that employees would want to be on-site – but so connected they didn’t have to be. The solution had to serve as the main touchpoint for all of an employee’s interactions with their work. As such, interoperability was key. The solution also needed to be aesthetically pleasing and simple to use to ensure employee adoption.
The result: a solution that made the work environment safer, while respecting worker autonomy. Using their Our Workplace app, employees can find safe places to work throughout their office while management can maintain appropriate building capacity and adhere to local social distancing regulations and restrictions.
One Workplace Employee App - Floorplan and CapacitiesFloorplan and Capacities
Using Inpixon’s advanced, layer-based indoor maps, users can view the floor plan of the office, and see both the real-time and projected capacity levels based on booking and indoor positioning system (IPS) data.
One Workplace Employee App - Desk BookingDesk Booking
Employees can book desks in advance or on their way in the door, allowing for space planning and social distancing compliance.
One Workplace Employee App - WayfindingWayfinding
Inpixon’s smart wayfinding solutions power turn-by-turn navigation throughout large complex corporate environments.
One Workplace Employee App - Office Info & PerksOffice Info & Perks
Localized office information and amenities are available within the mobile app, allowing users to have a better understanding of their environment and what’s available.
One Workplace Employee App - DiningDining
Users can view menus and order their meals from within their workplace application, making lunch breaks less rushed and a more enjoyable experience.
One Workplace Employee App - WellnessWellness
The employee application serves as a hub for all parts of the employee experience, including wellness information and services like yoga classes.
Measuring Success
When it comes to something as critical as the health, safety and engagement of an organization’s employees, it’s imperative that results are measured and success is defined. That’s why the application provides a host of metrics that monitor:
App download and adoption rates
App usage rates
The number of people reentering the office
In-app engagement metrics
Employee NPS scores
Employee engagement surveys
Employee turnover rates
General business performance KPIs
The Future
Today, more than ever before, users expect their spaces to be extremely functional, highly interactive, and hubs for collaboration. Technology has become as important to the employee experience as network connectivity and the furniture in an office, and the Our Workplace app applies the highest standards of collaboration, communication, installation and integration to ensure that One Workplace is exceeding their employees’ and customers’ expectations.
One Workplace understands that employee experience initiatives cannot be treated as ‘set it and forget it’ tasks. As the Wall Street Journal pointed out in March of 2021, “companies will have little choice but to accommodate workers' demands, as an inflexible workplace could drive employees away as the economy rebounds."
New ways of working are here to stay. By providing one mobile app to employees that enables them to do everything, One Workplace is simplifying employees’ lives and creating less headaches for organizational IT teams who need to manage permissions for multiple applications. And in the process, they’ve created a solution that helps them continue to adapt, no matter what tomorrow brings.
Point of purchase will be launched soon
What’s the difference between real-time and near real-time positioning and asset tracking?
https://www.inpixon.com/blog/real-time-vs-near-real-time-positioning-asset-tracking?
In many situations, organizations think they need real-time processing from positioning sensors. The truth is that in many scenarios, near-real time will suffice and can even meet needs more effectively. Whether it’s tracking equipment in a hospital, locating employees on a large corporate campus, or even tracking moving vehicles in manufacturing facilities, there are different use cases where real-time and near real-time thrive.
Real-time vs. near real-time
While the absolute definition is debated, the answer is quite simple: real-time is instant, whereas near real-time is delayed (whether that’s by a few milliseconds or a few hours).
This can get confusing as having real-time is close to impossible when it comes to sensors and security. In a microsecond, a sensor can detect where an asset is located, then there will be a delay (of a few milliseconds) for the sensor to determine where the asset is at that point at time. To then have the sensor deliver that information to the system, which displays that information to the end user -- It takes time to get this information.
When would you need real-time vs. near real-time?
The different use cases between real-time and near real-time can include:
Collision avoidance: if you want to track vehicles that are moving at high speed, and you want to implement a system that helps these vehicles avoid crashing into each other, then you will have strict real-time requirements. We almost always recommend using two-way ranging because you only need the relative distance of the vehicles to each other, not the absolute distance. With ranging, it’s as close to real-time as you can get.
Personnel tracking: This can include employees in an office or other guests in the building. If someone is entering a part of the office they shouldn’t be entering, you still want this information to be available quickly (within a few seconds), but it’s not as strict as collision avoidance where you’re looking at milliseconds.
Asset tracking: This can include a situation such as a hospital when certain teams want to locate expensive equipment quickly. It may be sufficient to know where it was half an hour ago because it might not be moved that frequently.
What real-time tech can organizations use?
One option is using a locator tag, either fixed to an asset or portable tags that can be carried by personnel, for real-time location systems (RTLS). These are designed to work in conjunction with anchors to deliver accuracy of just centimeters to locate employees, visitors, or assets in near real-time to support a variety of safety and security use cases.
UWB Tags, Receivers and Two-Way Ranging
UWB is among the most precise as it offers higher accuracy and range with lower power consumption in comparison to most other RTLS technologies.
In our collision avoidance example above, two-way ranging is ideal because by implementing a receiving ultra-wideband (UWB) device, you would be able to measure the distance between each vehicle to get as close to the millisecond as possible.
Visualizing real-time location data with indoor maps
The role of indoor maps for being able to process real-time location data is an important one. In addition to serving as a wayfinding platform, indoor maps leverage business rules, localization and the IoT to enable users to visualize spatial data, creating real-time indoor location intelligence. With our indoor mapping platform, any system can be enhanced to display data in the context of an indoor map.
Near real-time sensors
Other sensor technologies (such as Wi-Fi, Bluetooth, and Cellular) are also capable of detecting devices in near real time, often with a delay of only a few seconds. These technologies, although often not as precise as UWB, have the added benefit of working passively and without the need for a ‘tag’ on the item or person being tracked.
Utilizing this technology can improve operations and keep your employees safe. With the many benefits involved, companies are continuing to include various indoor intelligence technology to meet their needs.
What is the Best Indoor Positioning Sensor for Your Organization's Needs
https://www.inpixon.com/blog/best-indoor-positioning-sensors-for-your-needs?
In the world of indoor IoT solutions, sensors can be used to power many kinds of location-based applications and use cases. These range from wireless device detection and indoor positioning to visitor analytics, asset tracking, and more. This means that sensors can help with:
Creating situational awareness
Improving security
Meeting industry compliance requirements
Understanding how visitors interact with your indoor space
Improving experiences within your building
Improving building operations
Compromises in IoT security can quickly escalate into serious threats. Organizations should be able to detect all devices that come onto the premises to prevent unauthorized devices before they have a chance to breach a secure zone. Sensor deployments can help with monitoring spaces by flagging known and unknown devices. Inpixon offers a variety of proprietary sensors designed to make your space smarter and safer:
Inpixon Pod
The Inpixon Pod is a Wi-Fi device detection and positioning sensor. It is a specialized Wi-Fi sensor that can expand coverage areas, increase the number of devices detected, and improve positional accuracy compared to using solely your existing Wi-Fi network.
Compact and lightweight, the Inpixon Pod sensor is easy to deploy in your indoor space and can build on existing access points for enhanced device detection and positioning of Wi-Fi devices, both on and off your network. The sensor and your access points (APs) work together to detect transmitting Wi-Fi devices and pinpoint their locations via sensor trilateration. Sensor and AP data is collected by Inpixon’s indoor intelligence platform to visualize the presence, location, and movements of Wi-Fi devices, as well as translate the location data into illuminating visitor analytics.
The Inpixon Pod allows organizations to locate more wireless devices by building on existing access points, analyze increasingly accurate and granular data points, and extend device detection into areas your access points don’t reach.
The data gathered from the Inpixon Pod can be analyzed and visualized to provide key metrics and reports on an analytics dashboard. These data points can provide insights into things such as visitor counts, visitor type, dwell time, AI forecasting, event, initiative performance, and more.
Inpixon Pod is usually deployed in retail and corporate campuses where a dense number of Wi-Fi consumers traffic and where minimizing deployment cost is more important than high accuracy positioning or number of RF technologies detected.
Advantages:
Dual band Wi-Fi sensing (both 2.4 GHz and 5 GHz)
Powered view PoE or USB power and can be configured with a wired connection or wireless backhaul
Disadvantages:
A position accuracy of under 10 meters, whereas other sensors are accurate to under 1 meter
Inpixon Sensor 4000
Deployed in indoor spaces, the Inpixon Sensor 4000 sensors continuously scan your radio frequency (RF) environment for signals from Wi-Fi, BLE/Bluetooth, and cellular devices. The sensors passively detect the transmitting devices and pinpoint their locations via multi-sensor trilateration. Sensor data can be collected by Inpixon’s Indoor Intelligence platform to visualize the presence, location, and movements of devices, as well as identify rogue or unauthorized devices in secure zones.
The Inpixon Sensor 4000 detects and locates many of the wireless devices found throughout indoor spaces to give you a clear picture of your transmitting RF environment. The devices can include things such as cell phones, laptops, tablets, wireless speakers, personal health and fitness devices, Wi-Fi access points, beacons, sensors, and more.
When used with our indoor security solution, Inpixon Aware, the Inpixon Sensor 4000 gives organizations visibility into their facilities and a robust wireless intrusion detection solution in a single, live security dashboard, so they can make key decisions around security, risk mitigation and public safety, at scale.
Inpixon Sensor 4000 is deployed mostly in government sites and corporate campuses where maximizing positional accuracy and the breadths of technologies detected are key to gaining situational awareness.
Advantages:
Meet government/industry compliance requirements while enhancing security
Track Wi-Fi, BLE/Bluetooth, and cellular devices without requiring network connectivity or an app
Can deliver more accurate, reliable, and faster indoor location results than single RF standard positioning or proximity solutions
Disadvantages:
Multi-spectrum cellular sensing increases sensor size, cost, and power consumption
Passive RF sensing trades high accuracy, active positioning (as in Inpixon Sensor Ultra) for a quiet RF environment and improved RF security
Inpixon Sensor Ultra
The Inpixon Sensor Ultra is an ultra-wideband (UWB) asset tracking and real-time location system (RTLS).
Discreetly deployed into indoor spaces, the Inpixon Sensor Ultra sensors employ UWB technology to detect your UWB-tagged assets and enable centimeter-level positioning accuracy. The sensors combine active UWB technology with passive BLE scanning to monitor a breadth of devices, tags, and beacons in your radio frequency (RF) environment. Sensor data is ingested by Inpixon’s indoor intelligence platform to visualize the presence, location, and movements of assets, personnel, and devices.
With focus on today’s IoT environment, Inpixon Sensor Ultra senses the most prominently seen and unseen indoor devices while reducing size, cost and power consumption when compared with cellular monitoring solutions. Achieve flexible deployment planning with the sensor’s compact design, support for multiple backhaul options (line and wireless), and support for both USB-based and power-over-ethernet (PoE) technologies.
Inpixon Sensor Ultra is targeted for automation, mining, and manufacturing facilities where high accuracy positioning is needed for asset and personnel management.
Advantages:
Compact and flexible design
Detect UWB asset and personnel tags down to centimeter-level accuracy
Passively scan for BLE/Bluetooth devices
Disadvantages:
Cellular signal not detected
By partnering with Inpixon, organizations can implement indoor location technology for a multitude of use cases. Our multi-technology approach gives companies options, depending on what types of devices they are looking to detect, as well as what level of accuracy is required. Our sensors are created with high grade components and are built to deliver unparalleled positional accuracy and reliable, secure, and quick indoor location results. Our sensors also come with flexible power and communications options and are intuitively designed to discreetly deploy into your indoor spaces.
Schedule a 20-minute meeting with our sales team to discover how our sensors can take your organization to the next level.
The Reservable Workplace: Desks, Spaces, and Things
https://www.inpixon.com/company/news/reservable-workplace-desks-spaces-things?
The article 'The Reservable Workplace: Desks, Spaces, and Things' by Leon Papkoff first appeared in the Mann Report.
"Hybrid workplaces and the distributed workforce are here to stay, that much we know for sure. Many will point to the pandemic and the sudden need it created for remote opportunities, which were important for safety, health, and continued operations. I would argue we were always on that path, just taking a slower walk, which turned brisk when COVID-19 reared its head."
Read the full article >
The Industries at Risk of Eavesdropping and Data Breaches
https://www.inpixon.com/blog/the-industries-at-risk-of-eavesdropping-data-breaches?utm_campaign
Across the board, the number of data breaches and security incidents continue to rise every year, but some industries are feeling the pressure more than others. While there are different types of breach, the US Department of Health and Human Services defines a data breach as “a security incident in which sensitive, protected or confidential data is copied, transmitted, viewed, stolen or used by an individual unauthorized to do so.”
With these numbers increasing, and many jurisdictions having passed their own laws around data breach notifications due to the wide-ranging impact on individuals and organizations, it has never been more important to take steps to secure organizational data and facilities.
What kind of information is at risk?
Personally identifiable information, including social insurance/security numbers
Trade secrets
Intellectual property
Bank details
Credit card information
US Data Breaches by the Numbers
Number of datat breaches in the United States by Business
© Statista 2020. All further information on this statistic can be found at Statista
Based on this data, three industries at great risk of data breaches are:
Businesses and Corporations
According to Verizon, in 2019, C-level executives were 12 times more likely to be the target of social incidents and nine times more likely to be the target of social breaches than in previous years. Beyond trade secrets and organizational information, many companies’ corporate campuses are targeted for the customer information that is available in call centers and data hubs, including credit card details and email addresses.
Medical and Healthcare Services
In the healthcare space, the number of patients affected by data breaches more than doubled from 2018 to 2019 in the United States, with one report stating that more than 27 million people have been affected.
Banking and Financial Institutions
The kind of information at risk in banks and financial institutions demands the utmost in security. With personally identifiable information, banking details and social security information on the line, breaches in this industry have the potential to be devastating to individuals, and severely damaging to the organizations that fail to protect this sensitive information.
According to IBM’s Cost of a Data Breach Report, while the global average cost of a data breach is an astounding $3.9 million, that number pales in comparison to the average total cost of a data breach in the United States, which clocked in at a whopping $8.19 million in 2019. It’s a risk that companies would be wise to mitigate to the best of their abilities, as that cost is not immediately identifiable. According to the same report, in 2019 the average time to identify a breach was 206 days, and it typically took a further 73 to days to contain it, and the reverberations will be felt for years to come.
With the stakes so high, it begs the question, how can organizations in these high risk industries afford not to take steps to secure their buildings and systems? While many data breaches occur offsite through remote hacking, there are many that take place because of data exfiltration via wireless rogue eavesdropping devices or rogue wireless access points within the facility. Implementing a wireless device detection system is a great initial step for organizations to protect their data.
We are here to help you create a smart and secure workspace. To learn more about how you can leverage Inpixon’s Indoor Intelligence solutions, contact our team to schedule a consultation today.
This blog post contains forward looking statements which are subject to risks and uncertainties.
Inpixon
@InpixonHQ
·
May 25
“Since smart devices are equipped with cameras, microphones, network, locational information and more – it’s no wonder that these billions of devices seem like potential attack targets to security teams.”
Watch the rest of the webinar on-demand here: https://hubs.li/H0NBF-R0
A couple of tweets-
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If this company, we have these capabilities in the Saudi Stock Exchange, it would be trading at $ 26 = 100 SR
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will be a government contract?
Pathetic... I think we lost the pandemic momo.... !!
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