digital innovation impact in life sciences july

Digital Innovation Five Digital Trends Impacting Life Sciences

Five digital innovation trends

are radically impacting

the Life Sciences industry,

today and into the future.

1. Internet of My Things

2. Connected Economy

3. Agile Platform

4. Enterprise Insight

5. Digital Health Care

3 The information contained in this document is proprietary. Copyright © 2015 Capgemini. All rights reserved.

1. Internet of My Things: Healthcare, personalized

We are now in the era of personalized healthcare defined by

meaningful and convenient individual health experiences,

enabled by a digital.


People are shopping for health insurance

online

Doctors and HCP’s are emailing patients

Clinics are screening patients to see how

they react to certain medications based on

their DNA

Referrals are initiated and tracked across

HCP’s hospitals and vendors

Wireless sensor measures pulmonary artery

pressure from within the heart

Request meds from your Smartwatch

Receive one simple invoice for care

Get a real-time text alert that your blood

pressure is too high

Access personal plan options from your

insurer on a device

Monitor patients outside the hospital

Today’s Current Practice Tomorrow's Innovation



49% of patients globally wear or would be willing to wear

technology that measures and tracks both fitness/lifestyle

and vital signs.

Embedded intelligence and analytics

will make systems alert and

responsive to surroundings.

Whether it’s an application to detect

user emotions or vitals using a smart

device, innovative machine based data

interpretation will continue to grow.



Next frontier for Internet of things: The Body


1

2

4

Consumer products

for health monitoring

Wearable,

external medical

devices

Internally embedded

medical devices

Stationary medical

devices

3


New intelligence is fusing the digital enterprise and the physical

world. It’s not just about technology, devices or machines; it’s

about delivering results.

2. Connected Economy: Hardware produces healthy outcomes


High-tech operating rooms allow tracking of

patient, staff and tools so everything is at

the right place at the right time

Wearables providing feedback on wellness

Remote monitoring tools (blood pressure

cuffs, glucometers) keep patients safe and

healthy in their homes

Connected supply chain, chain of custody

and UDI/RFID to prevent device diversions

and counterfeiting

Predictive maintenance and quality

Machine output or image collaboration

between HCP, specialist and patient

Bypass the lengthy check-in process by

receiving a wearable band pre-appointment,

use an app to navigate through a hospital

Be notified of you caregiver and wait time

before a clinician steps into the room

Sensors and mobile devices are inspiring new

and improved clinical trial working processes

Digital product safety standards, data integrity

& validation or testing process

Sensor integration for instrument calibration

and validation requirements

Surgical instruments equipped with sensors

supporting 4D visualization and modeling





76% of patients say the use of technology to manage their

health has the potential to improve their health and better

engage with their HCP.

The digital pill integrates tiny sensors

and works with a wearable device and

mobile app to provide full “adherence

transparency” for patients, healthcare

providers and payers.

Outcome of connected therapy

management is greater adherence,

more effective treatment and cost

savings.



Leading companies are reducing subject and study risk plus more efficiently managing

investigational product. Opportunities to reduce critical dosing errors, leverage forward

thinking IP analytics and automate IP management are in progress.

Outcomes include:

• Reduced dosing errors for temperature comprised products, incorrect product/box/vial or expired product

• Increased error detection and reduced risk of IP shortages and overages at sites

• Reduced paper/manual process resulting in efficiency and effectiveness gains.



The use of sensors and mobile devices are inspiring new and

improved clinical trial working processes.

Sensors and Bluetooth low energy

temperature monitors improve tracking

of patient kits to reduce temperature

comprised products.

Integration with supply chain systems

for inventory management.

Bar code scanning – right patient to

right product matching.

Mobile applications for:

• Drug tracking

• Medical safety monitoring

• Specimen and image testing

• CRF data collection

• Project management, reporting and

analytics.


49% of manufactures surveyed believe that 3D printing will be

used most likely for low volume, specialized products.


3DP is beginning to disrupt manufacturing--

from design and development to production.

Polyjet and FDM technologies offer

biocompatible materials, to take advantage

of 3D printing’s scalability and geometric

capabilities in patient care and advanced

experimental work.

Med Device companies are already adopting

3DP - from experimenting with this

technology to making final products, for

example:

• Choosing the right material for Injection Molds

• Sterilization of 3D printed medical devices

• Antimicrobial coating for FDM medical devices

• Orthopedics or dental implants



Asset Reliability

Documentation

Preventive Maintenance

Quality & Monitoring

Safety & Regulatory

Traceability

Asset &

Facility

Management powered by IoT

Leading companies are focused on

preventing failure on high income

generating assets and internally

embedded medical devices.

Appropriate maintenance

expenditures are directed towards

preventing ‘critical’ failures,

calibration and compliance.

IoT enables efficient management

of cost and optimization of drug or

medical device manufacturing

processes, linked to critical assets

and facilities.


Healthcare platforms fuse multiple screens, multiple methods and

captures data from disparate sources (e.g., wearables, mobile

devices, glucometers). Connectivity and provides patients and

caregivers a holistic and real time view of your health.

3. Agile Platform: Combining ecosystems and redefining healthcare


New platform players emerging – Welltok,

Tic Trac, Social Wealth, genieMD, Pathway

Genomics

Platform and portal integration with EHR

and clinical trial investigation portals

Healthcare IT innovation is allowing

providers to deliver a variety of services

faster, for less and in an agile way

Smart platforms that will influence daily

choices that impact personalized health

Platforms helping to identify asthma

triggers

Mobile phone connected to in-store

pharmacy kiosk prick test for immediate

results

Incident reporting being captures

immediately on a device

Internal and external collaborative

research networks





41% of health executives strongly agree that the next generation

of platforms will be led by industry players and leaders, not tech

leaders.

Kaiser Permanente invested $4B

(roughly $444 per member) in

building its health connect platform.

The platform provides clinicians and

over 9 million members real-time

access to medical health records,

mobile apps, self-managed services,

in-home monitoring , virtual

consultations along with storage of

biometric consumer device data.


A data explosion, accompanied by advances in processing power,

health analytics, third party data and cognitive technology, is

redefining software intelligence. Medical devices and wearables

can now recognize, “think” and respond accordingly.

4. Enterprise Insight: Big data, smarter systems, improved healthcare


Software is helping oncologists determine

the right therapy for cancer patients

Intelligent systems at hospitals securely

connect data from multiple systems and

devices

Nurses spending ore time interaction with

patients

Activity tracking and recommendations for

corporate wellness

Take a picture of your rash and health

analytics will help triage the issue

Utilize a machine to performs a diagnosis

and detects you’re running a fever

Access your medical records to enable

more personalized protocols

Use an app to improve treatment for post –

surgical and chronically ill patients

Find a potential list of clinical trials for which

the patient may be eligible & digitally offer

the option of a clinical trial for treatment





40% of health executives say their organizations data volume has

grown more than 50% in one year.

IBM has put $1B toward the Watson

Group, now taking on vertical industry

challenges and use cases.

There is an emphasis on healthcare,

focused on helping HCP’s deliver

better, more personalized care in

situations that may not be well defined

or clear.


As the digital revolution ramps up, doctors and healthcare workers

are utilizing machines to be more efficient, collaborate, provide

better care and take on increasingly more complex tasks.

5. Digital Health Care Providers: Intersection of humans & healthcare


Phone apps are helping doctors and patients

calculate the risk of heart surgery

Mental health patients in the UK are using

social media and crowdsourcing to

anonymously interact

A software based Alzheimer’s diagnostic test

can detect impairments on the hippocampus

area of the brain by evaluating eye movement

Wireless sensor that measures pulmonary

artery pressure from within the heart

Bioplastics and HAI technology used in

orthopedic devices & implantable medical

devices

Developed a personalized caregiving team

using social media with peers facing similar

conditions

Ingestible or implantable devices collect

newfound levels of data that can better

inform a doctor’s care plan

Surgeons using wearable devices have

real-time access to data from monitoring

equipment, so they can make more

informed decisions about the patient during

the procedure

Nanotechnology for targeted drug delivery,

rapid diagnostics, bespoke implants and

“lab on chip” devices




45% of health executives strongly agree that within 3 years,

companies will need to focus as much on training machines as on

training people.

Doctors are experimenting with

wearing Google Glass in an

operating room to display and

monitor a patients vital signs while

performing surgical procedures.

Augmented devices provide doctors

with additional degrees of freedom,

portability and contextual

information.

Hospitals are exploring improved

training opportunities by using

cameras to stream and record live

surgeries, as seen through the eyes

– and smart glasses – of a surgeon.



Nanotechnology is becoming a reality in medical device innovation.


Nanotech advances are continually being

experimented with, such as thin-film growth for

medical device applications and 3-D printing at

small scales.

Companies are examining the deposition of

ceramic thin films on medical devices using

pulsed laser deposition, chemical vapor

deposition, and atomic layer deposition.

Advances that could be commercialized in the

relatively near future include:

• Nanotech in contact lenses for virtual reality

• Nanosensors that detect heart attacks before they

happen

• Nanoparticles used for delivering cancer-killing

therapies

• Nanotech-enabled breathalyzer for diabetics


Paul Gulbin background

• Leader within the NA Manufacturing & Life Sciences digital

practice at Capgemini helping the world's largest and most

innovative companies win in digital.

• Focuses on digital strategy, digital marketing, customer

engagement solutions as well as enterprise digital engagement,

including:

• Experience design

• Rapid digitization

• Data engineering

• Agile

• Plays a strategic role in defining and accelerating the highest

priority mobile and social initiatives for key clients and defines

digital platform and ecosystem solutions.

• Subject matter expert on digital architecture, digital customer

profile management, identity and access management,

permissions based marketing, Cloud and CRM.

• Executes complex digital transformation and large global

programs.

• [email protected]

The information contained in this presentation is proprietary.

© 2015 Capgemini. All rights reserved.

www.capgemini.com

About Capgemini

With more than 130,000 people in over 40 countries,

Capgemini is one of the world's foremost providers of

consulting, technology and outsourcing services. The Group

reported 2013 global revenues of EUR 10.1 billion (more

than $13 billion USD).

Together with its clients, Capgemini creates and delivers

business and technology solutions that fit their needs and

drive the results they want. A deeply multicultural

organization, Capgemini has developed its own way of

working, the Collaborative Business ExperienceTM, and

draws on Rightshore ®, its worldwide delivery model.

Rightshore® is a trademark belonging to Capgemini

Please contact: Paul Gulbin +1 203.644.0028 / [email protected]

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digital innovation impact in life sciences july

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