If Garmin can sell a GPS that can do voice too,
Showing posts with label Wireless. Show all posts
Showing posts with label Wireless. Show all posts
Tuesday, 15 February 2011
What damage could a Healthphone do?
alas not very successful,
what are the chances of a health monitoring device 'that can do voice' too?
I imagine a ruggedized device with long battery life,
large + bright touchscreen, a decent camera, accelerometer, GPS
and -most important- the equivalent of a Swiss Knife in connectivity: bluetooth, zigbee, ant, IR, Wi-Fi, NFC, barcode, RFID, ...
Should consider the device as a medical Toughbook, but vastly improved and much smaller.
I'm on the lookout!
Image -> Imprint Talk (have a look at their tripple flip design too)
Labels:
bluetooth,
healthcare,
mhealth,
mobile,
Wireless
Monday, 7 February 2011
WESC or Louis Vuitton in the wireless sensor industry
Recently I was looking at 2 mhealth business plans, in particular the parts about sensor design.
The sensors should be wearable to guarantee permanent monitoring.
What struck me was that both companies were looking at "patient acceptance" as a HUGE hurdle for sensor sales.
Looking at the design of their devices, I understood their problem better: "They are UGLY!!!".
The devices had that typical "designed by a medical professional from the former USSR" signature.
If you want to solve patient acceptance, let Louis Vuitton or WESC take care of your design.
The burden of being sick and the necessity to be monitored can be worsened by making you wear ugly or uncool devices, especially with children.
Parents want their sick kids to grow up like 'normal' children.
If you can give these children a sensor that is cool to wear, this coolness might even 'lighten' the situation a bit for that child.
All types of wearable, unobtrusive sensors will have a great future because of simplicity and ease of mind.
Nick Hunn already gave fine examples like doorknobs and toothbrushes for monitoring, but why don't we also use helmets, clothing, wigs, earphones, scarfs, seats, ...?
I'm convinced that if you trow in more designers, this will make the sickness easier to wear (ha!).
Fashionistas for healthcare!
Thursday, 3 February 2011
The Health Care Blog: Physician Executives Should Not Ignore How Smartphones Will Transform Healthcare
Physician executives who ignore smartphones and their healthcare applications will miss the most important disruptive technology trend in the next five years. Physician executives who understand how smartphones will transform the industry for providers, payers, patients, and employers will thrive in their careers.
A great round up of mobile solutions for healthcare, excellent research numbers and relevant quotes from different players in that field by Kent Bottles (@KentBottles).
Haven't read about the love that people feel about their device(s) or "second self". Now i'm even more convinced that upcoming baby boomers will embrace mhealth (broad definition).
Tying together the healthdata that will come through a giant firehose will indeed be very challenging. Companies that will specialize in health data integration and aggregation (slide 25 & 26: http://www.slideshare.net/BartCollet/mhealth-is-huge) will prosper.
Now i'll have a look at some examples/companies that Kent posted and i'm not familiar with ... yet.
Over & out!
Saturday, 30 January 2010
mHealth is HUGE (MoMoAMS #14 about Mobile Health)
Preparing for MoMoAMS #14, jan 25, 2010, I made a modest overview of the mHealth scene.
Thanks to the great comments i got on- and offline, i was able to create the actual presentation.
Bart Collet - mHealth is HUGE
View more presentations from Mobile Monday Amsterdam.
More info
You can look at all the presentations here: http://www.slideshare.net/event/mobile-monday-amsterdam-14-mhealth/slideshows
Pictures here:
Check out the MoMoAMS website, one of these they will broadcast all events: http://www.mobilemonday.nl/
An arm and a leg for
- The impressive organisational talents of the MoMoAMS team (in particular @mdbraber) and their expertise to produce a full circle 360° overview mHealth program.
- The insights of Nick
- The friendliness of Robert (sure we'll meet soon + frequent)
- A night in an Irish pub in the company of David (anytime! anyplace!)
- The relaxed coolness of Jeanna (don't want to play poker with you though ;) )
- The drive and optimism of Ivor (TOP presentation!)
- The style, 'gentlemenness' and creativity of Fabio (no one noticed Steve Jobs is a Fabio look-a-like!)
- My first psychedelic mushroom experiment in the company of Jen, joining me in this experiment (need someone to take notes!!)
Other excellent blogposts
Online video of the presentations
MoMoAms Youtube channel: http://www.youtube.com/user/momoams
MobileMonday Impressions (compilation): http://www.mobilemonday.nl/news/impression-of-momo-14/
Labels:
bluetooth,
Health care,
healthcare,
mhealth,
mobile,
Wi-Fi,
WIFI,
Wireless
Wednesday, 16 December 2009
Overview of non-invasive mhealth solutions + trends
Non Invasive Health Monitoring with mHealth
Preparing for MoMoAMS #14, I made an overview of non-invasive mHealth devices and services.View more documents from Bart Collet.
Thanks for the feedback and the RT's of the community!
Special thanks to David Doherty (3GDoctor) for pointing me to several great companies in the EU.
Still have questions:
- Is mHealth going to be a succesful export product of developing countries?
- I have undoubtely overlooked companies and services, which are they?
- I certainly should have incorporated mobile medication checks and alerts, any pointers?
- If wearable solutions are the outcome, can i take them to the drycleaners?
- If devices evolve from medical ones to consumer goods, will the pricedrop be sufficient to overcome reimbursement problems?
- What policies are needed if everyone starts spreading and sharing information?
- How long it will take before specific medical ringtones are developed (or even mandatory)?
- Are hospitals and practioners ready to handle the amount of data coming their way (with current hard- and software)?
Love to hear from you!
Labels:
bluetooth,
Elderly care,
mhealth,
mobile,
monitoring,
technology,
Wi-Fi,
WIFI,
Wireless
Monday, 31 August 2009
Increase possibilities of independent living by technology
Ambient Assisted Living
CAALYX aims at increasing older people's autonomy and self-confidence by developing a wearable light device capable of measuring specific vital signs of the elderly, detecting falls, and communicating automatically in real time with his/her care provider in case of an emergency, wherever the elderly person happens to be, at home or outside.
TRAIL In TRAIL, we develop innovative research that explores the implications of these changes and how they can promote sustainable collaboration between public, private and voluntary service providers. We utilise academic, business and community partnerships focused on participative research and design, encompassing living lab and open innovation methodologies and practices.
PERSONA aims at advancing the paradigm of Ambient Intelligence through the harmonisation of Ambient Assisted Living (AAL) technologies and concepts for the development of sustainable and affordable solutions for the social inclusion and independent living of Senior Citizen, integrated in a common semantic framework.
Grand Care The GrandCare system supports standard protocols which means that the list of supported sensors will continue to grow. Depending on the situation, we will provide sensors based on wireless X10, powerline X10, Zwave, or Zigbee standards. You can always start small and add new sensors as the situation requires.
eNeighbor (Healthsense wi-fi) Healthsense Integrated Solutions offers completely integrated systems including: Wi-Fi Wireless Nurse Call, Remote Monitoring, Telehealth and campus-wide Wi-Fi communication. These systems are scalable, flexible, and based on proven open network communication standards.
Fall prevention
Artesis + VUB Accelerometer based gait analysis
myHalo is a step ahead for you and your caregivers and it brings the future home. This is the only system offering automatic 24/7 vital signs and activity monitoring, including advanced fall detection. That means, you don’t have to push a panic button, because the system already knows when you have fallen.
U.Va.'s School of Engineering Wireless body sensor networks that monitor gait, being developed by University of Virginia researchers, could offer a solution on both fronts.
GE Ecumen Quietcare Video shot at Ecumen's Lakeview Commons community in Maplewood, Minnesota, was shown at GE and Intel press conference announcing proactive health technology partnership between the two companies.
GeriatricAssistant (bug labs) This application is the combination of various geriatric assistance ideas(two to be exact). The first function of the application is a more modern “I’ve fallen and I can’t get up” device which actually attempts to detect when a fall has occurred using the Motion/Accelerometer module. If a fall is detected, a log is posted to a tumblr account complete with an image which pin-points the location of the fall based on the GPS coordinates retrieved from the GPS module. The second function of the application is used to help people with memory issues (Alzheimer's patients, etc.) by recording images throughout the day and allowing them to review those images in rapid succession before they go to bed, which has been proven to help increase their recollection of events.
CAALYX aims at increasing older people's autonomy and self-confidence by developing a wearable light device capable of measuring specific vital signs of the elderly, detecting falls, and communicating automatically in real time with his/her care provider in case of an emergency, wherever the elderly person happens to be, at home or outside.
TRAIL In TRAIL, we develop innovative research that explores the implications of these changes and how they can promote sustainable collaboration between public, private and voluntary service providers. We utilise academic, business and community partnerships focused on participative research and design, encompassing living lab and open innovation methodologies and practices.
PERSONA aims at advancing the paradigm of Ambient Intelligence through the harmonisation of Ambient Assisted Living (AAL) technologies and concepts for the development of sustainable and affordable solutions for the social inclusion and independent living of Senior Citizen, integrated in a common semantic framework.
Grand Care The GrandCare system supports standard protocols which means that the list of supported sensors will continue to grow. Depending on the situation, we will provide sensors based on wireless X10, powerline X10, Zwave, or Zigbee standards. You can always start small and add new sensors as the situation requires.
eNeighbor (Healthsense wi-fi) Healthsense Integrated Solutions offers completely integrated systems including: Wi-Fi Wireless Nurse Call, Remote Monitoring, Telehealth and campus-wide Wi-Fi communication. These systems are scalable, flexible, and based on proven open network communication standards.
Fall prevention
Artesis + VUB Accelerometer based gait analysis
myHalo is a step ahead for you and your caregivers and it brings the future home. This is the only system offering automatic 24/7 vital signs and activity monitoring, including advanced fall detection. That means, you don’t have to push a panic button, because the system already knows when you have fallen.
U.Va.'s School of Engineering Wireless body sensor networks that monitor gait, being developed by University of Virginia researchers, could offer a solution on both fronts.
GE Ecumen Quietcare Video shot at Ecumen's Lakeview Commons community in Maplewood, Minnesota, was shown at GE and Intel press conference announcing proactive health technology partnership between the two companies.
GeriatricAssistant (bug labs) This application is the combination of various geriatric assistance ideas(two to be exact). The first function of the application is a more modern “I’ve fallen and I can’t get up” device which actually attempts to detect when a fall has occurred using the Motion/Accelerometer module. If a fall is detected, a log is posted to a tumblr account complete with an image which pin-points the location of the fall based on the GPS coordinates retrieved from the GPS module. The second function of the application is used to help people with memory issues (Alzheimer's patients, etc.) by recording images throughout the day and allowing them to review those images in rapid succession before they go to bed, which has been proven to help increase their recollection of events.
Saturday, 1 November 2008
ROI of WIFI: Nintendo DS light in Healthcare?

Follow-up on a previous article about DECT versus WIFI in healthcare.
What are the main criteria for going for WIFI?
- Lower communication cost
- Wireless care registration
- Wireless flexibility needed
- Hardware flexibility needed
- Communication flexibility needed
If your telephony costs are skyhigh, WIFI can surely lower them. Especially in situations with subsidiaries and international communication. VOIP-solutions are evolving rapidly, your organization and your customers will benefit from that evolution.
Wireless care registration
I can't see any reason why you should not switch to VoWIFI if you have already chosen for wireless care registration. Alternatively one could also state that one should not choose for WIFI if you are not going to implement wireless care registration. I would go for wireless registration because of the improved customer service and because of the lower labor time and stress. Scrupulous vendors will subsequently not hesitate to argue that, if you do not choose for WIFI, your organization is not patient-centered or employee-friendly.
Wireless flexibility needed
Lot's of changes in your building, rooms with different functions, flexible workstations, ... lots of cabling continuously needs to get moved?
Hardware flexibility (connectivity) needed
Need to couple WIFI-enabled devices and streaming audio/video? Need the freedom of choice in choosing (different) WIFI-devices from different manufacturers (Nintendo anyone)? Need to trace devices/stock/people (cfr. RFid and such)? Need to couple devices with extensive features like camera, digital pens, bluetooth and iR? WIFI can offer these convenient possibilities and offer a tailor made solution.
Communication flexibility needed
More efficient handling of calls, more possibilities to route communication to email, SMS, web, ... Coupling webtechnology is native. More choice in software solutions. WIFI is not a propriety system like DECT.
Hey, you left out "internet for customers"!
Internet for customers also offers extra headaches for security, QOS, bandwidth, configuration, invoicing and paperwork. And what about concurrent users in central parts of the building, will they encounter the bottle neck on the transmitters? There are too many hidden costs in this service. I suppose that customers/patients who really want to be online continuously already have a wireless subscription of some kind. I don't think this to be an completely pro-argument as this service has many contra's as well.
What about improved team-communication?
Sure, (unified-)messaging, limitless routing possibilities of data, availability of data, design (userfriendly visualizations) will enhance communication and productivity.
But beware of userfriendlyness of the tools and technicality of the applications. In the "ideal" situation the cellphone/PDA should handle: voice, messages, alarms and care registration (I even leave out other functionality). I haven't seen one solution yet that doesn't require employee training. Technicality might be a big cost, technicality might be the cause of faulty registration or interpretation. I would suggest taking some of your staff to a demo and let them respond voice-calls and handle alarms without training or instructions, let them think, observe how they do.
Doubts taken away:
- Quality of voice-calls is impeccable.
- Handover (going from one transmitter to another) is seamless
- Transmission is secure. I checked 3 manuals and all could provide strong security (reminder: stay away from basic WEP or easy WPA-PSK passphrases)
- I can't say I experienced interference. But I haven't really tested that item thoroughly. Otherwise I can't imagine that interference could be an issue, because WIFI solutions have been widespread in different offices.
- I still haven't got a 100% guarantee that no alarms (like fire) will be lost. But such doubt could be cleared within a SLA.
- Write down a description of current call- and care-handling in a IF -> THEN way, followed by the needed time to perform that handling.
- Write down the ideal handling of call- and care-handling. See what you can improve. Brainstorm with your staff. Write down the findings. Compare times.
- Now talk your findings over with two or three WIFI-companies. Check feasibility, ask for further improvement. Make final comparison of times for handling.
- Compare hardware costs.
- Compare calling costs.
Uncertain is how much you will actually save because of the future freedom in choosing the best possible solution for your organization.
Clarification: I do NOT want to cut labor time because I want to lay off staff. Cutting time is essential in allowing care-staff to spend more time on the patient/customer ... instead of loosing time with old-fashioned communication. Lowering labor time and stress in healthcare is a major issue. Also frustrating is the fact that it is nearly impossible to compare current and future employee absence caused by stress. You have to rely on your gut feeling here.
Hidden costs
- Employee training needed for working with devices.
- Employee time lost by devices that are not userfriendly.
- Power consumption of the devices (more transmitters + more devices + more battery charging)
- WIFI technology is newer, you need more specialized and trained experts. This will result in greater costs
I'm on a quest for a basic wall-mounted touchscreen with identification, browser, onscreen keyboard and WIFI. I already had contacts with Panasonic and Mobilevision but the cost of those devices might be too steep for use in elderly care (about 2.000,00 EUR/piece).
Onboard sound (speakers or headphone in) is a plus, power consumption and absence of moving parts (like ventilation) are very important features.
Such touchscreens could be easy-to-use care-registration and care-consulting devices in homes for the elderly and service-flats. They should be installed in every room, price is essential (read: low). In my humble opinion the screens of domotics, Blackberrys or even PDA's are way too small and do not offer a decent solution for interaction (FTR: SMS on a 12 button phone is not a decent way to interact!).
Maybe the cost could be lowered by a using a fingerprint protected USB-stick with a small operating system on it.
Might also write Nintendo for a more ruggedized version of the Nintendo DS Light for care registration in healthcare.
WIFI brands
http://www.ruckuswireless.com/
http://www.trapezenetworks.com/
http://www.merunetworks.com/
http://www.extricom.com/
thanks to Steven De Keyser and Lien Vleminckx from Ascom, staff at Witte Meren, Luc Thierens from Multicap, Christof Delsupehe from Avaya, Peter De Baets from Newtel, Evert Bopp - Wimaxxed, Naima Messoudi from CLB-Belgium, Stefaan Delagrange from Telecom-IT, Dirk François from Essec and Ivan Gerard from Eyepea
Labels:
DECT,
healthcare,
Nintendo,
Touchscreen,
Wi-Fi,
WIFI,
Wireless
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