As a kid growing up, I watched the Discovery Channel all the time. When I found out that Daily Planet’s Future Tech was interested in covering Guardly’s latest innovation — our Indoor Positioning System (IPS) — it was an exciting moment.

The episode featured the Show Host, Lucas Cochran, setting up Guardly on his mobile phone and running a number of emergency scenarios that took advantage of Guardly IPS on campus at OCAD University, one of our university customers. I walked Lucas through the basic setup process on camera, before he set off to test out our technology.

Daily Planet Future Tech

Josh Sookman interviewed on DailyPlanet Future Tech for its Indoor Positioning System technology.

Watch the quick 3 minute clip on Guardly IPS on the Daily Planet Future Tech website.

Filming the episode was an adventure, but made all-the-better since the people involved with the production were super-friendly, easy to work with and helpful. Thanks for the great times Heather and Lucas.

Also, a big thanks to the Media & Communications team at MaRS for making the introduction to the Daily Planet Future Tech team. One of the benefits to being a MaRS Client!

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With the shift from analog to digital and few managed systems to many, security operations teams are facing new challenges when it comes to managing vast amounts of real-time and archived information, and making sense of it all when important decisions need to be made quickly. Meet big data.

Historically, top systems integrators (SIs) dominated large-scale integration projects that combined multiple safety and security products. These SIs became masters of electronic data interchange between complex systems and could rollout very large integrated systems in just a few years and with a very sizeable cheque, of course.

Times are changing. Having spent 3 days on the show floor at the 2013 ISC West Conference, it was clear that integrations and convergence of safety and security technologies were a key theme and I predict that we’ll see that trend grow sharply over the next 3-5 years.

For security operations management, there is a big shift to using integrated commercial-off-the-shelf (COTS) systems that are lower-cost, faster-to-implement and typically offer more flexibility in terms of vendor support and swapping. Two such examples are (1) physical security information management (PSIM) systems, truly offered by only a handful of companies today, which act as hubs to integrate a variety of systems from access control to video cameras to personal alarms triggered by mobile safety apps; and (2) groups/clusters of vendors who have pre-existing integrations that can be enabled for new end users in just hours (not months or years) and provide the ability for both systems to access/interact with the other system’s data – often by use of an Application Programming Interface (API) provided by both vendors – without the need for additional custom work to be performed.

This all makes sense. When assessing a threat and managing an incident, events occur in real-time and data from a number of systems can all be important. If there is an active shooter on a campus for example, it would be helpful to pull up the closest camera, send/receive text and images from people nearby, control access and lockdown procedures and manage dispatched officers all from one central console. When this data can be visualized, consumed and acted-upon jointly, there is less chance of making a mistake when seconds count; lives might even be saved.

PSIM systems today are emerging as the gold standard for providing security dispatchers with the highest level of situational awareness. Frost & Sullivan, a market research firm, expects the market for PSIM systems to grow at a rate of 35% between now and 2021, at which time those vendors should be enjoying a $2.8 billion market for those services.[1]

The lower-cost price points of non-PSIM COTS systems are also enabling smaller and medium-sized security operations teams to enjoy the benefits of an integrated system within their budget constraints. Increasingly, these end user buyers will look to vendors whose systems play nice with others they already use so as to further leverage existing investments and ensure interoperability of key data between those systems. Keep your eyes peeled for many more integration announcements to come throughout the balance of 2013, with a massive surge around the 2013 ASIS Annual Conference that runs annually each Fall.

This article was also syndicated by Security Magazine in their eNewsletter today.


[1] Frost & Sullivan. June 2012. “Global Physical Security Information Management Market: A Global Trend Changing the Way Security is Considered”.

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Improves situational awareness for command center operators by providing key personal and location information within seconds and real-time interaction capabilities during incidents

guardly-ppm-2000-integrationToronto, ON and Edmonton, AB—April 10, 2013—Guardly and PPM 2000 today announced an integration between Guardly Command™ and Perspective by PPM 2000™ that provides command center operators with more actionable data in the first few seconds of an emergency event and real-time communication tools that enhance information gathering from emergency callers by operators. This improved situational awareness allows operators to make key decisions faster and more effectively, better manage resources and assets, and ultimately improve business resiliency and risk mitigation for our customers.

“Guardly personalizes and mobilizes person-led inbound alerts, and the integration to Perspective DispatchLog gives command center operators the unique ability to directly interact and communicate with them while simultaneously actioning resources,” says PPM Co-CEO, Brian McIlravey, CPP. “Since Guardly data is automatically fed into Perspective, a dispatcher knows exactly who they are talking to, where they are and what the situation is about, and everyone involved in the incident response is provided with real-time situational understanding of the event. It’s a ground breaking approach to incident management.”

The integration between PPM and Guardly represents one of the first commercial off-the-shelf (COTS) integrations directly linking a leading incident management system with mobile safety apps designed for enterprise-wide distribution and scale. When configured for a customer, Guardly-initiated alerts trigger pre-categorized alerts in Perspective DispatchLog for easy discovery, review and action. Over the course of the incident, all data captured in the Guardly system such as real-time outdoor/GPS and indoor location updates, instant message communications and private notes recorded by operators, will be synchronized with Perspective for future incident investigation and analysis.

“Working with the PPM team has been like working with an extension of the Guardly family – they are smart, passionate about building great technology and very easy to work with,” says Josh Sookman, Guardly Founder & CEO. “We’ve built a solution that is truly synergistic for our customers in a relatively short period of time, and we’re just getting started.”

About Guardly:

Guardly provides mobile safety apps and cloud infrastructure for enterprise and public safety. Guardly Command™ is a real-time platform for emergency incident monitoring, management, communication and response, and helps security operations teams make faster and more effective decisions during emergencies. Guardly mobile safety applications available on Android, iPhone, BlackBerry and Windows Phone act as personal emergency phones that broadcast real-time outdoor / indoor location, profile and identity, and support two-way communication with security operations, authorities and personal safety contacts. Guardly’s industry-leading Indoor Positioning System (IPS) provides security operators with building, floor and room-level location data within 5 seconds of triggering an alert from its safety apps. Guardly is committed to improving emergency response and communication. More information about Guardly is available at: https://www.guardly.com.

About PPM 2000 Inc.:

PPM 2000 helps organizations meet their risk, performance and intelligence objectives with Incident Management solutions that leverage technology and process for a powerful knowledge base. Perspective by PPM is an end-to-end software solution for responding to, reporting on and analyzing enterprise security events… from dispatches to activities, incidents to investigations. Users intelligently action and query their data to make informed decisions that reduce risk, optimize performance and illustrate the effectiveness of their security and investigative operations. Perspective is highly customizable and can be configured for a single location or implemented worldwide, dedicated to corporate security or expanded across multiple departments. With the ability to integrate to any application, Perspective is an essential part of an organization’s Physical Security Information Management (PSIM) initiatives. Since 1988, thousands of organizations have chosen PPM, and the company’s clients span all industries and the Fortune 1000. When you think ‘Incident Management’—think PPM. Additional information about PPM 2000 is available at http://www.ppm2000.com.

Press release originally posted on PRWeb.

 

Partnership represents key shift in the safety and security industry value chain for the distribution of enterprise mobile applications and services from manufacturers to end users

TORONTO – April 5, 2013 – Guardly today announced that it has selected Seevid to represent its enterprise mobile safety solutions to National Accounts, Security Dealers, Monitoring Stations and End Users. For Seevid, already a leading representative of cloud-based safety and security solutions, Guardly’s mobile-centric solutions continue to represent the firm’s commitment to mobile applications and services, and to Software as a Service (SaaS) business models in the safety and security industry.

“Security Dealers and Monitoring Stations are increasingly looking for higher proportions of sales revenue to come in the form of monthly recurring revenue (MRR),” says Don Coker, President at Seevid, Inc., “Guardly’s solutions fit the growing market demand for mobile-oriented security services, and the company’s SaaS business model is aligned with the changing needs of Security Dealers that we are seeing in the market landscape today.”

Guardly provides mobile safety applications and infrastructure for enterprise customers. Guardly’s mobile safety apps, distributed to individuals within an organization or company, act as personal emergency phones that broadcast real-time outdoor / indoor location, profile and identity, and support two-way communication with private security, authorities and personal safety contacts. Guardly’s industry-leading Indoor Positioning System (IPS) reports building, floor and room-level location data to dispatchers within 5 seconds of triggering an alert from its safety apps.

For security operations teams, Guardly’s cloud-based incident management system provides an interface to emergency alerts triggered by Guardly safety apps, providing enhanced situational awareness and enabling dispatchers to monitor, manage and respond to emergencies faster and more efficiently. Seevid will focus on providing Guardly enterprise solutions to corporations, schools, hospitals, airports, transit systems and cities.

“Our partnership with Seevid adds more than 30 years of industry-specific sales expertise to our team and will help Guardly build a strong presence in key markets,” says Josh Sookman, Guardly Founder & CEO. “Guardly will continue to expand its sales network in strategically important regions to better serve and support new customers.”

Seevid will represent Guardly solutions in the states of California, Nevada, Arizona, Washington, Montana, Idaho, Oregon, Alaska and Hawaii.

About Guardly
Guardly (https://www.guardly.com) provides mobile safety apps and cloud infrastructure for enterprise and public safety. Guardly Command™ is a real-time platform for emergency incident monitoring, management, communication and response, and helps law enforcement teams and administrators make faster and more informed decisions during the development of emergency incidents. Guardly mobile apps available on Android, iPhone, BlackBerry and Windows Phone act as personal emergency phones that provide instant two-way communication with private security, authorities and safety groups. Guardly is based in Toronto and is committed to improving emergency response and communication.

About Seevid, Inc.
Seevid, Inc. is a leading Manufacturer’s Representative of software, hardware, and system solution suppliers to the marketplace. Working through a network of authorized Dealers and Distributors, Seevid provides complete pre-sale and post-sale technical assistance, order entry service, and sales support. Seevid specializes in IP-based systems, Communication Systems, CCTV, Thermal Imaging Access Control, Fiber Optics Transmission and Perimeter Systems. For more information, please visit www.seevid.com.

Press release originally posted on PRWeb.

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Your security operations team has a lot to think about – physical safety of individuals, developing more efficient processes and procedures for day-to-day activities, continuing education and creating content – such as an emergency medical plan – to teach/inform the people you work everyday to protect, and determining what other safety measures can be put in place to safeguard the people and places that you and your team oversee.

All your hard work will hopefully reduce the number of preventable incidents, but medical events are often unpredictable and unpreventable, and can require immediate emergency medical assistance. This article will dig a bit deeper into the anatomy of an emergency medical response as it may occur within an enterprise setting and discuss effective ways to plan, communicate and respond when these incidents occur.

Build an Effective Emergency Medical Response Plan

Depending on whether you are safeguarding individuals in a corporation, members of the public or students at a school – and depending on your jurisdiction – there may be local law that requires a medical emergency response plan to be in place. For example, this law was just instituted for all elementary and secondary schools in Massachusetts in Spring 2012 and explains that each plan shall include:

(1) a method for establishing a rapid communication system linking all parts of the school campus, including outdoor facilities and practice fields, to the emergency medical services system and protocols to clarify when the emergency medical services system and other emergency contact people shall be called;

(2) a determination of emergency medical service response time to any location on campus;

(3) a list of relevant contacts and telephone numbers with a protocol indicating when each person shall be called, including names of professionals to help with post-emergency support;

(4) a method to efficiently direct emergency medical services personnel to any location on campus, including to the location of available rescue equipment;

(5) safety precautions to prevent injuries in classrooms and on the facilities; 

(6) a method of providing access to training in cardiopulmonary resuscitation and first aid for teachers, athletic coaches, trainers and other school staff, which may include training high school students in cardiopulmonary resuscitation; and

(7) in the event the school possesses an automated external defibrillator, the location of the device, whether or not its location is either fixed or portable and those personnel who are trained in its use.

Source: Massachusetts Legislature.

An essential part of planning for emergency medical response is the procurement and implementation of technology that can help individuals quickly reach security operations and local emergency assistance. Historically, this has been achieved with emergency call boxes and landlines, but increasingly mobile safety apps are being implemented because of their ability to perform many functions automatically – such as sending the location, identity and medical information of an individual to local responders in one-click.

In discussions with hundreds of security operations VPs, Directors, Managers and Dispatchers, I have discerned that the ability to locate the individual experiencing a medical emergency is paramount. Certain mobile safety technologies have advanced to the point where embedded indoor positioning systems can help a security operations team detect the indoor location of an individual requesting assistance – accurate to the building, floor and room indoors. This is critically important for medical emergencies where the caller losses consciousness, has the inability to speak verbally, or loses the ability to speak comprehensibly – in all these cases, security operations will still be able to direct responders to the correct location within a building.

For Emergency Medical Assistance, Communication is Key

When a medical emergency strikes, time is of the essence and the aim to reduce emergency response time is a priority. Once a connection has been established between the person requiring emergency medical assistance (the “caller”) and call taker, providing several options for communications can help ensure that the facts are transmitted quickly and reliably so that the call taker can take a decisive action as soon as possible. Voice has always been the standard for communications, however there are many circumstances where providing a text-based alternative can be valuable. For situations where a throat has seized or swelled, or other physical limitations prevent voice communication, a text-based instant-messaging alternative can prove extremely valuable for getting information to the call taker.

There should be technology in place that enables communication between the call taker and emergency responders – such as walkie-talkies or mobile phones; however, it is important that whichever technology is used, the voice-quality is intelligible and the signal remains in-tact at all times enroute to the individual experiencing the medical event.

The last main point here, is that the call taker is responsible for determining whether any further communication is required to other internal stakeholders or external EMS teams when coordinating the emergency medical response. If the medical emergency was caused by an event that has the potential to harm others, a duty of care exists to warm them using any means available, such as a mass notification system or other in-building systems that can warn others nearby of a potential danger.

Emergency Medical Response Best Practices

The following set of best practices is a good start for most organizations. By no means is this list meant to be exhaustive, but rather indicative of some of the elements to consider when building an emergency medical response system for your internal needs:

  • Set service reliability standards, then meet them for emergency service (i.e. respond to life threatening emergencies within 5 minutes 95% of the time)
  • Measure emergency response times accurately (i.e. measure in seconds, not minutes; from time call received to responders arriving on scene)
  • Use deployment methodologies that match supply and demand on both a temporal and geospatial basis
  • Realize that deployment methodology and response time service reliability are just as important as the medicine provided (after all, life-saving treatment is worthless if it is not provided in time)
  • Leverage technology innovations to enhance decision support tools for making resource deployment decisions in real-time
  • Recognize “generational differences” and how to overcome them to function as a team, as efficiently as possible
  • Recognize that leaders and managers need training in leading and managing
  • Run simulations periodically to ensure medical responders know procedures, how to navigate toward locations as efficiently as possible and how to handle situations

Some of the best practices listed here have come from a great presentation given by Jonathan Washko, President of Washko & Associates.

Remember: speak to your colleagues in similar roles, whether at events or conference, or have monthly or quarterly meetings so you can share information about how to manage medical emergencies. If you have any additional best practices to add, please share them in the comments below for benefit of all other readers.

Environmental Design, Education and Awareness

Many preventative actions can be taken to improve the probabilities of success when a medical event occurs within your jurisdiction.

The concept of environmental design is often applied to crime prevention (known as CPTED) and physical safety, but it can also play a role in designing spaces for improved medical response. In particular, environments can be “accessorized” or “enhanced” to be more accommodating to those experiencing severe medical events and to those responding to those emergencies. For example, buildings and campuses can enhance environmental design by:

  • Ensuring there are accurate and accessible floor plans so that medical responders can find the person experiencing the medical event that they need to help;
  • Improving ease of access for medical responders – such as providing a dynamically programmed or time-restricted access control key or card that can get them from an entrance/exit to the location of the medical emergency onsite to prevent locked doors from causing further delays;
  • Increasing the number of AED and medical kits in high-traffic locations; and
  • Adding more accessibility features for the physically disabled.

Beyond environmental improvements, enhancing education and awareness of how to monitor, report and manage a medical event – either your own or someone else’s – can drastically improve the probability of a successful outcome.

Education refers to what material is actually created to influence (change behavior) the way people prepare for and react to medical emergencies. This is the actual content that is produced for your target audience. Quality matters. Try to build content that is engaging. Content people will want to share with their colleagues and friends; this viral distribution will help you reach more people with less marketing effort.

Awareness refers to methods used to reach audiences – such as email blasts, posters, in-person information sessions, videos, presentations and other content posted on a website or intranet, social media, broadcasts on internal communities, or integrating this into company culture from the top-down.

Delivers the effectiveness of Wireline E911 public safety networks to private enterprises, enabling them to receive hyper-local, indoor location data for emergency calls from mobile devices

TORONTO – February 26, 2013 – Guardly today announced the launch of its Indoor Positioning System (IPS), the industry’s first mobile safety solution that offers integrated indoor location detection capabilities. Guardly IPS further enhances Guardly’s existing mobile safety solutions for the enterprise by transmitting the building, floor and specific room of a mobile emergency caller in under 5 seconds and tracking indoor location changes in real-time thereafter.

Guardly Indoor Positioning System for AndroidGuardly provides mobile safety apps and cloud infrastructure for enterprise and public safety. Guardly’s mobile safety apps act as personal emergency phones that broadcast real-time location, identity and support two-way communication with private security, authorities and personal safety groups. For enterprise security and police dispatch, Guardly provides a cloud-based incident management system rich with situational data to monitor, manage and respond to on-premise and remote worker emergencies.

Guardly Safe Campus™, a solution designed for schools, was shown to help reduce emergency response times by around 44% at a university in a customer-led study performed 6 months ago. “Our IPS technology is another step towards Guardly delivering on its corporate mission to reduce emergency response times for people needing immediate assistance, and for those responding to requests for assistance,” says Josh Sookman, Guardly Founder & CEO. “With Guardly IPS, all someone needs to do is launch our safety app and it will result in a personalized response to their exact indoor location. The implications of this innovation are truly game changing.”

When an emergency occurs on a school campus or within a corporate office, hospital or public venue today, most calls made to local security personnel or police come from mobile phones or fixed emergency call boxes. Traditional emergency calls from mobile phones handled by the enterprise lack any form of indoor or outdoor location data, making it difficult to initiate response efforts; this can be further exacerbated if the mobile caller is unable to speak. While calls from emergency call boxes may have associated location data, emergencies can shift in location over time resulting in difficulties maintaining communication and coordinating response efforts.

“When a police dispatcher is working an emergency call, one of the first pieces of information required is an accurate location. Having the indoor location of mobile callers immediately available to dispatchers serves to reduce response times, especially for any campus that has multi-story buildings,” said Rocco DelMonaco, Past VP University Safety at Georgetown University.

The US Federal Communications Commission (FCC) estimates that 70% of 911 calls today are from wireless phones and that percentage is growing.[i] In context of 911 public safety networks, as of September 11, 2012 the FCC enforces Wireless E911 Phase 2 requirements, which state that wireless network operators must provide the GPS location of callers within 300 meters, within 6 minutes of a request by a Public Safety Answering Point (PSAP). Guardly IPS delivers at least an order of magnitude improvement in mobile emergency caller location accuracy over current public safety standards, giving its customers more precise data to act on and share with first responders to ensure more immediate and personalized emergency responses.

Guardly IPS works seamlessly with the Guardly mobile safety applications for Android devices and enterprise solutions, such as Safe Campus™ and Building Safety solutions. Guardly IPS leverages existing infrastructure within buildings to lower the total cost of ownership and extend personal safety to regions such as underground garages and cellular dead zones that typically inhibit calls being made to emergency services.

About Guardly

Guardly (https://www.guardly.com) provides mobile safety apps and cloud infrastructure for enterprise and public safety. Guardly Command™ is a real-time platform for emergency incident monitoring, management, communication and response, and helps law enforcement teams and administrators make faster and more informed decisions during the development of emergency incidents. Guardly mobile apps available on Android, iPhone, BlackBerry and Windows Phone act as personal emergency phones that provide instant two-way communication with private security, authorities and safety groups. Guardly is based in Toronto and is committed to improving emergency response and communication.

Original press release is available on Marketwire.

###

Media Contact
Josh Sookman
Guardly Corp.
josh [dot] sookman [at] guardly [dot] com


[i] United States Federal Communications Commission. “Wireless 911 Services”. Accessed online at: http://www.fcc.gov/guides/wireless-911-services

 

Yesterday, at the Emerging Technology Forum held by the Association of Public-Safety Communications Officials (APCO), a session entitled Innovating New Tools and Apps for First Responders spoke to the importance of public safety apps and their potential to improve emergency response.

In fact, APCO published a position paper outlining its recognition of the “significant potential of apps to revolutionize the public safety communications landscape in a variety of ways.” The paper highlights the importance of public safety apps as essential components of emergency response alongside First Responder Network Authority (FirstNet) and Next Generation 9-1-1 (NG9-1-1) systems, which will enable the use of new mobile public safety applications.

The APCO paper highlighted three key examples of how public safety apps for first responders would improve public safety communications and response:

  • Apps on a dedicated public safety broadband network, and in conjunction with NG9-1-1 call centers, will significantly advance the ability of public safety users to communicate with each other and with the general public.
  • Mobile apps will also improve the efficiency of first responders, allowing them to complete tasks in the field that would otherwise require a trip back to central command.  Public safety specific apps will also provide first responders with access to content-rich information, which will improve incident response.
  • Apps will leverage the collective knowledge and experience of both the public at large and public safety professionals in ways never before possible, advancing the capabilities of the entire first responder community.

In addition to the benefits to public safety conceived by APCO, there is an abundance of potential for improving school safety, transit safety and safety for the general public in private communities, buildings and other areas.

APCO will consult on the development of Public Safety Apps

APCO President Terry Hall further mentioned, “APCO will collaborate with public safety practitioners and the app developer community to drive innovative, effective and secure apps for the benefit of public safety.” As a leading developer of mobile safety apps for private-sector public safety and incident management tools for dispatchers, we will monitor APCO’s efforts to develop these standards over the coming months and years.

Read APCO International’s Position on Public Safety App Development here.

For the last couple decades there have been many debates between building in-house technology and buying commercial, off-the-shelf (or customizable) products and services. Each industry and technology solution is unique. This post explores the potential benefits and shortcomings of both approaches as it pertains to mobile safety applications for university and college campuses.

Do you want a quick-win or a sustainable safety application?

When speaking with prospective buyers of our mobile infrastructure for public safety, we sometimes hear phrases like “we’ve been thinking about developing something similar in-house” or “we have a group of grad students working on safety applications like that right now.” Wait 12 months. Follow-up and ask to see the results. We’ve found that there seems to be a unique set of trends:

  1. Further research concludes that it is too expensive to build with in-house technology resources.
  2. Despite good intentions, sometimes there isn’t enough available in-house technology resources to plan, develop and maintain the applications over time.
  3. A diverse enough set of skills does not exist within the in-house technology team to build the cross platform mobile applications and server-side technologies to support this sort of solution.
  4. The grad project only achieved a portion of its objectives, or released an application with a minimized feature set.
  5. The grad project would be unsupported after release, leaving bug fixes, future updates or new platform updates up in the air.

Some of these conclusions bring up another key question – what level of service quality, speed and reliability are you looking for? When it comes to student safety, or more broadly public safety on campuses, students and their parents agree that safety infrastructure should be extremely reliable and rigorously tested. If most hardware for public safety is UL tested and certified, should campuses be protecting students with graduate mobile app science projects?

In building Guardly’s cross-platform mobile application suite, we built native applications for every major mobile device platform to ensure compliance with device operating system APIs and faster performance. We maintain each of these applications, testing and releasing updates for new operating system enhancements and new device types, as students, staff and faculty will eventually adopt these devices over time.

Safety Applications: Top 5 Factors to Consider

1. Initial technology development costs.
To build high performing systems properly, it comes at a cost. In technological research, development and testing alone, we have spent almost a million dollars on our mobile apps and public safety platform thus far, and that doesn’t include the costs of hosting and maintaining the back-end systems used to manage real-time communications between parties using our command and control service, called Guardly Command.

2. Product maintenance, support and ongoing fixed costs.
Once the technology is built, substantial resources need to be applied to supporting help and assistance requests, and maintenance costs of updating mobile apps to support new operating systems, devices and APIs.

Hosting, monitoring and maintaining a high performance solution requires a resource to be dedicated to ensuring the system is online and functional, and be available to handle support issues that may arise. Of course, there are also the costs of running your own servers, which include physical or virtual machines, power and bandwidth.

3. Quality of Technological Product/Service.
When it comes to public safety, the importance of testing and quality assurance to ensure reliability is paramount. When building mobile applications that will be used in life or death situations, the mobile app must work. Ensure that you either have the resources to thoroughly test each component of your mobile app, or that your vendor has had outside validation that its apps have been tested and work without fail.

4. Time to Market.
Depending on your goals and ambitions of launching a service, you should consider speaking with your in-house technical team to assess their timelines to market (from experience, take their estimate and multiply it by 2-3x). Sometimes internal projects can be delayed due to unforeseen technological, process, approval or other hurdles including reallocation of internal IT needs and priorities. Next, speak with the vendors who have solutions that may fit your needs and ask them a similar question; vendors who offer a cloud service can typically get your service up-and-running faster than vendors who require installation of technology on your internal IT network.

5. Future Product Features and Enhancements.
Do you like to be seen as innovative, or are you satisfied with the status-quo? Most science projects dazzle while they are shiny and fresh, but then fall apart quickly thereafter when immersed in real-world scenarios encountering scalability and other operational pressures. Vendors who commit to building a product and support many customers must overcome these hurdles; they also invest and innovate deeply in their niche to build product futures that align more closely with the needs of their customers. Guardly is a company dedicated to building the future of emergency response solutions. Our team is constantly learning from customers and partners, and we reinvest that knowledge into our products to keep them at the leading edge of public safety technology. We are dedicated to providing leading-class safety applications and we are here for the long run. Rather than laying a short-term project to rest in 12-24 months, consider a sustainable approach to your mobile safety strategy. Enjoy new feature roll-outs over-the-air that further enhance college and university safety for everyone on campus.

Other factors may come into play during your decision making process, but these are typically the most pressing. Thanks for taking a few moments to read through these top 5 factors to consider when assessing mobile safety applications for campuses; I hope you’ve found them useful when considering what’s right for your campus!

My heart and thoughts go out to the victims, and the families and friends of those who were brutally murdered in the horrific shootings that took place at the Sandy Hook elementary school on December 14, 2012.

It truly sickens me that the shooter (who I will purposely not name, to spare him that perceived glory) actually had the forethought, intent and capability to commit such heinous and vile acts to unarmed children, all under the age of 8 years, as well as all the heroes who perished trying to defend those innocent children.

What a coward. What a pathetic human being.

Our mission at Guardly is to save lives. Each day we aim to improve our products just a bit more, so that we can help prevent actions like this from transpiring, and transpiring again.

Many young, bright little lives were lost last Friday. The following list will give those who lost their lives one more place to rest in the [digital] world:

Name, Age, Title
Nancy Lanza, 52, perpetrator’s mother
Rachel D’Avino, 29, teacher
Dawn Lafferty Hochsprung, 47, principal
Anne Marie Murphy, 52, teacher
Lauren Rousseau, 30, teacher
Mary Sherlach, 56, school psychologist
Victoria Soto, 27, teacher
Charlotte Bacon, 6
Daniel Barden, 7
Olivia Engel, 6
Josephine Gay, 7
Dylan Hockley, 6
Madeline F. Hsu, 6
Catherine Violet Hubbard, 6
Chase Kowalski, 7
Jesse Lewis, 6
Ana Marquez-Greene, 6
James Mattioli, 6
Grace McDonnell, 6
Emilie Parker, 6
Jack Pinto, 6
Noah Pozner, 6
Caroline Previdi, 6
Jessica Rekos, 6
Avielle Richman, 6
Benjamin Wheeler, 6
Allison N. Wyatt, 6

List source: http://en.wikipedia.org/wiki/Sandy_Hook_Elementary_School_shooting

Mobile safety apps from Guardly help students and faculty communicate with campus security from anywhere on campus, improving campus safety and awareness within communities

TORONTO – November 26, 2012 – A pioneer of mobile services for public safety, Guardly today announces a partnership to provide its Safe Campus™ solution as the safety module in Desire2Learn’s Campus Life™ mobile suite. Desire2Learn is a leader in providing innovative learning solutions for higher education, K-12, healthcare, government and corporate sectors. Campus Life™ is a mobile product that enables students to more easily access and interact with resources in their post-secondary communities. This partnership helps Desire2Learn further differentiate its Campus Life™ solution by adding a mobile layer of public safety infrastructure that enables students, faculty and staff to communicate with campus security at their fingertips.

“Desire2Learn has established a strong Partner Network that we’re working with to enable success in teaching and learning,” said Jeff McDowell, Vice President of Market Development at Desire2Learn. “Guardly is an important addition to our Network and Campus Life as it helps learners and instructors stay safe while on campus.”

Abigail Boyers, Assistant Director of Communications for the Clery Center for Security on Campus, encourages prospective students to look at annual security reports and assess whether the campus takes a holistic approach to its safety network.[i]

Mobile safety infrastructure that can accurately detect a caller’s location and provide two-way emergency communication for campus security is crucial given that most students contact campus security using mobile devices. The US Federal Communications Commission (FCC) estimates that 70% of 911 calls today are from wireless phones and that number is growing.[ii] On university and college campuses, many Departments of Public Safety report much higher rates of emergency calls originating from mobile phones, which unfortunately lack location data. These numbers make sense considering more than 96% of post-secondary students own mobile phones today;[iii] in fact, 69% own smartphones, and that number is projected to reach 90% by 2014.[iv] There is a strong need to augment existing fixed-location emergency communication infrastructure with its mobile equivalent to extend its key benefits – instant communication and location – for smartphone users contacting campus security in case of emergency.

In addition to real-time GPS location data, Safe Campus™ goes further to improve safety on campus. The solution provides more information to security dispatchers about who is calling (caller identification and profile information), the nature of the emergency, whether it is part of a larger trend (an interactive list of previous incidents), which other emergency contacts were notified, and enables communication by phone or two-way secure instant messaging for people who may need to communicate discretely. This situational intelligence helps dispatchers make faster, more intelligent decisions and save critical time when responding to emergencies.

“Desire2Learn is the most forward-thinking learning management system provider on the market,” said Josh Sookman, Guardly CEO. “The Campus Life™ mobile suite is a prime example of the company’s ability to understand and deliver on today’s student communication and lifestyle preferences, and is a natural fit with Guardly Safe Campus™.”

About Guardly
Guardly (https://www.guardly.com) provides mobile and cloud infrastructure for public safety. Focused on improving campus safety, Guardly Safe Campus™ is a real-time platform for emergency incident origination, management, communication and response. Guardly mobile apps available on Android, iPhone, BlackBerry and Windows Phone act as personal blue light phones that provide instant two-way communication with authorities and safety groups. Guardly Command™ helps law enforcement teams and administrators make faster and more informed decisions during the development of emergency incidents. Safe Campus™ technology has reduced incident response time by 44% in a 2012 customer study in higher education. Guardly is based in Toronto and has secured investments from Golden Venture Partners, Extreme Venture Partners and angel investors.

Campus Life™ is a trademark used herein with expressed consent by Desire2Learn Incorporated.

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[i] USA Today College. “Campus safety often a factor when choosing a school”. Accessed online at: http://www.usatodayeducate.com/staging/index.php/toolbox/campus-safety-often-a-factor-when-choosing-a-school

[ii]
United States Federal Communications Commission. “Wireless 911 Services”. Accessed online at: http://www.fcc.gov/guides/wireless-911-services

[iii]
Pew Internet & American Life Project. “College students and technology.” Accessed online at: http://pewinternet.org/reports/2011/college-students-and-technology/report.aspx

[iv] Ball State University Press Release. “Smartphone use by collegians dramatically increases as mobile Internet use soars”. Feb. 22, 2012. Accessed online at: http://www.bsu.edu/news/article/0,1370,-1019-65590,00.html