For analysts and

For analysts and
Cloudview
Cloudview evaluation guide
(for reviewers and analysts)
Cloudview
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Contents
Cloudview background................................................................................................................................3
Technology perspective..............................................................................................................................4
5 important differences.................................................................................................................4
Key selling points of the Cloudview solution..........................................................................................5
Evaluating the Cloudview Visual Network Adapter................................................................................6
Connecting the hardware..............................................................................................................6
Connecting to the Cloudview Visual Network System............................................................8
Evaluating Cloudview...................................................................................................................................9
Default settings...............................................................................................................................9
Managing cameras........................................................................................................................9
Managing schedules....................................................................................................................11
Cloudview deployment scenarios...........................................................................................................13
Visual verification.........................................................................................................................13
Migration to IP surveillance........................................................................................................13
Remote CCTV monitoring...........................................................................................................14
Frequently asked questions.....................................................................................................................15
Appendix 1: Wireless connectivity..........................................................................................................16
Appendix 2: Technical data......................................................................................................................19
Cloudview VNA..............................................................................................................................19
Cloudview platform......................................................................................................................19
Data security..................................................................................................................................19
Data integrity & availability.........................................................................................................19
Appendix 3. Useful materials for publication........................................................................................20
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Cloudview Background
Vendors of network video surveillance systems have spent the last decade, and more, trying to convince
customers to abandon old-style analogue technology in favour of digital, IP-based alternatives. Despite
those not inconsiderable efforts, however, many remain stubbornly attached to analogue CCTV with IP
systems accounting for little more than a fifth (20%) of all installations.
That, though, could soon change, a recent RNCOS report1 predicting that, against a background of demand
for more sophisticated solutions, IP-based surveillance products could gain the upper hand for new
installations by the end of 2014. However, given the sluggish rate of “churn” in the CCTV industry, it could
take decades before the millions of installed analogue cameras get a digital makeover. A fact not lost on
surveillance vendors, many of whom offer hardware adapters to enable customers to switch to digital at
their own pace.
Known as digital video encoders, these products simply convert analogue video to digital format for use
with IP-based surveillance systems. Unfortunately that’s all they do - customers still have to buy into a new
digital infrastructure (digital recorders, storage, monitoring/management consoles etc.), so the only saving
comes from being able to re-purpose existing analogue cameras. Added to which, digital encoders do
nothing to address the need for a different mind-set and considerable technical expertise, when switching
from analogue to digital surveillance.
Cloudview addresses all these issues, making it possible to switch analogue CCTV cameras onto the
benefits of digital technology without having to invest in a complex and costly supporting infrastructure.
Something it achieves using a combination of simple plug-and-play hardware (the Cloudview Visual Network
Adapter), and another trend highlighted in the RNCOS report - a move away from local recording, monitoring
and management to cloud-based Video Surveillance as a Service (VSaaS).
Widely seen as the next big thing, Cloudview leads the way in cloud-based video surveillance with a scalable,
user-friendly and affordable platform, accessible through a browser from anywhere in the world. The
monitoring and recording software is hosted with recordings similarly stored in the cloud so the only extra
required is the Cloudview Visual Network Adapter (VNA) to allow existing analogue CCTV cameras
to be used.
The investment required is minimal, plus there’s no need for special network skills or a different mind-set
to install, or use, Cloudview. Indeed it’s no harder than analogue CCTV - as outlined in this evaluation guide,
which also explains the many advantages and benefits of the Cloudview solution along with some of our
plans for the future.
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Global CCTV Market Forecast to 2014 - RNCOS (Aug 2012)
- http://www.rncos.com/Report/IM374.htm
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Technology perspective
The biggest trap you can fall into when evaluating the hardware component
of Cloudview – the Cloudview Visual Network Adapter (VNA) - is to think of
it as just another IP video encoder.
It’s an easy mistake, as video encoders are designed to connect analogue
CCTV cameras to an IP-based network which, at a simplistic level, is also
what the Cloudview VNA does. But that’s it with a video encoder, whereas
a Cloudview VNA can do a lot more besides.
5 important differences
A digital
encoder does only one thing – digitises analogue video for use with IP surveillance systems.
Cloud
view
The Cloudview VNA similarly digitises analogue video, but it is also a self-contained computer, linked
to a cloud-based management and storage platform.
Digitalview
encoders, typically, require a fixed Ethernet connection.
Cloud
A Wi-Fi or 3G dongle2 can be plugged into the USB port on the Cloudview VNA to enable it to connect
wirelessly to the Internet.
A digital
encoder continually digitises and streams CCTV video, requiring constant bandwidth.
Cloud
view
The Cloudview VNA can be configured to only forward data when motion or other trigger events are
detected, minimising bandwidth without compromising quality.
A digital encoder is a proprietary device designed to integrate analogue CCTV cameras into a specific IP
surveillance solution and supporting monitoring/recording infrastructure.
Cloudview
The Cloudview VNA integrates analogue CCTV cameras into a cloud-based IP surveillance system.
No additional infrastructure is required- just a PC, tablet or smartphone with Internet access.
Local surveillance hardware and their recordings can be tampered with, stolen or destroyed altogether,
for example, in a fire.
Cloudview
Cloudview is hosted in secure remote datacentres with recordings, optionally, digitally watermarked
to prevent tampering. Recordings stored in the Cloudview inbox can be retained for up to 90 days,
or 6 years when held in folders. Regular backups are taken and footage can be downloaded, or
archived, to secure cloud-based storage as required.
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2
1
See Appendix 1
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Key selling points of the Cloudview solution
The world’s first corporate-grade cloud surveillance solution, Cloudview, is designed to deliver the benefits of
IP and cloud-based technology without the associated costs or complexity. The key differences and selling
points of Cloudview are:
Cloudview
Can be quickly and affordably added to any existing analogue CCTV system without impacting
existing recording/monitoring arrangements
Cloudview
Scalable from one to thousands of cameras
Cloudview
No up-front investment in IP infrastructure required
Cloudview
Installs in minutes with minimal technical knowledge required
Cloudview
Support for wired, WiFi and 3G/4G wireless connectivity
Cloudview
Minimal bandwidth and storage overheads
Cloudview
Easily integrated with external alarm sensors and device actuators
Cloudview
Corporate grade security to protect both data transfers and stored footage
Cloudview
Monitoring of camera availability and alerting when cameras go offline
Cloudview
Edge recording to SD Card if network connection lost
Cloudview
Easy to use Cloud-based management and monitoring platform
Cloudview
Built-in motion detection technology independent of cameras used
Cloudview
Email and SMS alerting
Cloudview
Integration with leading ARC (Alarm Receiving Centre) platforms
Cloudview
Automatic remote updates
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Evaluating the Cloudview Visual Network Adapter
Your Cloudview evaluation kit, for reviewers and analysts, comprises a Visual Network Adapter, an analogue
CCTV camera and the cabling needed to put them to work. For testing purposes you will also need a cabled
Ethernet network with Internet access (wireless networking is supported but requires additional hardware
and setup - see Appendix 1.), a small screwdriver and a computer or tablet with Internet access.
Connecting the hardware
1. Plug the Cloudview VNA into your local network using the patch lead supplied (you can use another
lead of your own if this isn’t long enough). The Ethernet port is at the rear of the VNA on the
left hand side.
Note that Internet access is required so the network you use will need connectivity to an Internet
router – a private lab network is not sufficient. Most home or business networks with a broadband
Internet connection can be used with, in most cases, no need for any changes to the firewall setup.
2. Connect the analogue CCTV camera supplied to the Cloudview VNA and switch it on. A co-axial cable
is used here, which simply twists into the BNC connector marked “Video in” on the back of the VNA
box. On some cameras an adapter may be needed to suit the male BNC connector on the VNA.
Tip – For minimal disruption a BNC T-connector will enable an existing analogue CCTV camera to
be attached to the VNA but will continue to send video to a local recorder as well.
3. In a real installation, the camera would usually get its power from a custom 12 volt supply provided
by the installer, but the one we have provided for testing comes with a separate power adapter.
The Cloudview VNA can, similarly, get its power from the 12 volt supply used in analogue CCTV
installations but for review purposes we have replicated this using a 12 volt adapter, pre-wired, to
plug into the cable block on the back of the Cloudview VNA.
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There are two green cable blocks on the back of the
Cloudview VNA. The one on the left contains connectors
for external devices such as door sensors, PIR
detectors and so on.
The block on the right is for 12 Volt DC power –
plug the mains adapter in here.
Note that there is no on/off switch – the Cloudview VNA should power up immediately. It will obtain
an IP address from the local DHCP server on your network and use the default gateway to connect to
the Cloudview server over the Internet. It will then automatically associate itself with the Cloudview
user account which we have provided for this evaluation.
There are 3 LEDs on the front panel
Power Glows green when power is applied to the VNA
Status
Flashes green as the VNA boots up and connects to the local network
Glows steady green once connected to the LAN
Cloudview
Flashes green as the VNA connects to the Cloudview service
Glows steady green once connected to Cloudview
All 3 LEDs should glow green to show that the VNA is connected and ready for work.
Tip :
Videos showing how to get started with the Cloudview VNA in more detail are also available on the Cloudview YouTube channel
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Connecting to the Cloudview Visual Network System
To check that the camera is working, and to manage recording and alerting schedules, you should log on to
the Cloudview Visual Network System (VNS). An account has already been configured for your evaluation
and can be accessed as follows:1. Open a browser and go to www.cloudview.co
2. Click the Log In button and use the credentials supplied.
You should be taken straight to the Cloudview VNS Dashboard display for your account, which will look
something like this:
The Dashboard comprises a row of menu icons, underneath which you can see a list of recordings in your
Inbox next to a list of available sites, and cameras, and their current status (unless we have provided you with
several VNA units, you will only have one site and one camera). The Dashboard also displays a Google map
showing the location of the default site base on the address you supplied.
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Evaluating Cloudview
Your camera and VNA unit will start working as soon as it is connected and powered up. Everything else is
done via the Cloudview VNS Web interface, and we suggest you spend time familiarising yourself with the
various options available. Here are a few pointers to help…
Default settings
For ease of installation and management, the Cloudview VNA is pre-configured with default settings at the
factory. These are designed to optimise video quality while enabling recordings to be taken using minimal
bandwidth and storage space. Some settings can be changed by the installer/user, but the following are
currently set at the factory:
Image resolution
Video rate – Standard recording
Video rate – Live view
Pre-cache recording (captured video prior to trigger
event)
Post-cache recording (captured video after trigger event)
720 x 576 (PAL) 720 x 480 (NTSC)
5 frames per second
1 frame per second
1 second
2 seconds
Managing Cameras
Click on the Camera icon on the Dashboard and you will see a list of cameras associated with your
Cloudview account (usually just one for evaluation). Select a camera and you will activate links to take you
to the associated inbox and to access a real-time live view from the camera concerned, refreshed at 1 frame
per second.
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You can also turn the camera on
and off from here.
From the camera display you can
also fine tune some of the camera
settings as shown here.
Here’s what these options are all about:
1. Image encryption
By default, bank level encryption (256-bit AES) is used to prevent video clips being used for any other
purpose other than legitimate monitoring by the customer involved.
2. SD Edge Recording
If connectivity to Cloudview is lost, the VNA can continue to capture video, and store clips, on a local
memory card (up to 64GB) installed in the Micro SD slot on the front of the unit.
3. Image hashing
Recordings can be tamper-proofed by image hashing (digital watermarking) for enhanced legal veracity.
4. Redaction
For privacy, and legal reasons, customers may want to blank out (redact) areas in the field recorded by a
camera. These zones can be manually set by the operator.
5. Double Knock
The firmware in the VNA can be set to trigger recording when motion is detected. By default, the recording
trigger is set to detect motion across the entire field of view with a sensitivity level of 65%. However both
the detection area and sensitivity threshold can be changed.
External inputs attached to the VNA can also be used to trigger recordings, added to which you can opt
for a so-called “Double Knock” where motion detection, and an input from an external sensor, are both
required for a trigger to be raised. The default Double Knock gap between motion detection and external
sensor events is set to two seconds - more than that and they are assumed to be separate events and a
trigger will not be issued.
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Managing Schedules
Schedules are used to tell the VNA when to record and upload footage, who to alert when the attached
camera stops working, and who to tell when motion is detected or an external sensor is activated. They can
be configured on a camera-by-camera basis, with three types available:
1. Recording schedules
As the name implies, a recording schedule tells Cloudview when to retrieve routine recordings
from a camera and store them in your inbox. Some customers may, for example, only want to take
recordings when a trigger event occurs (e.g. a door opening, or motion being detected) in which case
they can select “All off” for this schedule. Others may wish to routinely capture video on specific days,
and at specific times, using the recording schedules.
2. Monitoring schedules
These schedules tell Cloudview when to monitor connectivity to a camera, and the email address or
mobile number to which alerts should be sent, should that connectivity be lost. For example, if the
network connection goes down, or power to a camera is switched off.
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Note that a video clip cannot be added to the Cloudview inbox if connectivity is lost. However, if the camera
and VNA are both operational, video clips will be stored locally and we have installed a 4GB Micro-SD card
for the evaluation.
3. Alerting schedules
These schedules tell Cloudview when to monitor for trigger events (e.g. a door sensor activating,
or motion being detected) and the email address or mobile number to which alerts should be sent
should such an event occur. An associated video clip will also be added to the Cloudview inbox, and a
link to the clip included in the alert.
Tip – Schedules can be saved as templates to speed up the configuration process and avoid
mistakes on sites with lots of cameras.
Once you have suitable schedules you’re good to go – simply sit back and wait for recordings to appear in
your Cloudview inbox. We also suggest you try the following:
a. Check out the motion detection and alerting capabilities by walking in front of the camera, or
pointing it at a location where there might be occasional activity.
b. D
isconnect the camera from the VNA and wait for the alert telling you that it is no longer
sending video.
c. U
nplug the network cable then, later on, check the memory card to confirm that local recordings
have been stored while the camera was offline.
d. Connect to Cloudview from a tablet or smartphone and operate your surveillance system
on the move.
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Cloudview deployment scenarios
Cloudview is a flexible and affordable video surveillance as a service (VSaaS) solution. Designed to be easy
to install and manage, it can be put to a wide variety of uses. Here are just three common scenarios:
Visual verification
• Issue - false alarms are a common problem with intruder alarm systems. According to the Metropolitan
Police, over 90% of callouts are caused by either equipment, communication or user error. As a
consequence, after three consecutive false alarms the police will downgrade their response level
and only respond when contacted by a key holder.
To restore full police cover requires the addition of extra confirmation technology. Either sequential
verification (where multiple detectors have to be triggered); audio verification (where staff at the
monitoring centre “listen” in to confirm an alarm); and video verification (where cameras are
targeted on the monitored area).
The Cloudview advantage
Video verification is fast becoming the preferred industry standard for alarm confirmation, but
installing a complete CCTV solution just for this can be both complex and expensive. With Cloudview,
however, all that is needed is a camera, the Cloudview VNA and a network connection. The VNA can
be linked to existing alarm sensors and used to take video clips of whatever is causing those sensors
to be triggered. It can even capture video before the sensor is triggered. Moreover, footage is stored
on secure servers in the cloud, accessible both to customers and staff at alarm-receiving centres
(ARCs), eliminating the need for complicated and expensive on-site monitoring and
recording equipment.
Migration to IP Surveillance
• Issue - although recognised as technologically superior, digital IP systems have not replaced analogue
CCTV anywhere near as quickly as once predicted. Partly because upgrading will typically require the
existing analogue infrastructure to be ripped out and replaced, and partly because analogue CCTV is still
widely seen as easier to install and manage.
The Cloudview Advantage
With Cloudview there’s no need to rip out the existing analogue CCTV infrastructure - it can be
migrated to digital at the customer’s own pace. That’s because the Cloudview VNA can connect
existing analogue cameras to the digital world while still allowing them to feed into the on-site
analogue monitoring/recording systems.
More than that, Cloudview can be added to individual cameras as required, plus it monitors and
manages cameras from the cloud, stores recordings in the cloud and provides access to those
recordings, monitoring and management tools through a browser. So, no need for costly on-site
video recorders or custom monitoring rooms. Just a PC, or two, connected to the Internet.
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Remote CCTV monitoring
• Issue - despite its popularity, one thing that analogue CCTV can’t do - at least, not easily - is give
operators remote access to CCTV recordings. Unfortunately remote access and management is fast
becoming a common requirement with alarm monitoring companies and end-users alike.
The Cloudview Advantage
Remote access is a lot simpler with a digital IP surveillance system, but upgrading to IP means costly
new cameras and monitoring/recording infrastructure. Moreover, providing remote access requires
complicated VPN (Virtual Private Network) tunnels to be configured in order to keep data secure.
Cloudview, by contrast, can be added to any existing CCTV or IP surveillance system at minimal cost.
It also stores video in the cloud using 256-bit AES encryption to scramble the data, eliminating the
need for complicated VPN tunnels and making Cloudview recordings securely accessible over the
Internet to any authorised user or operator equipped with just a PC, tablet or smartphone.
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Frequently asked questions
What WiFi dongles can be plugged into the USB port on the VNA?
At launch, the only WiFi dongle supported is the Edimax Ew-7811UN, a tiny 150Mbps 802.11n USB
adapter that can be purchased in the UK for around £8.
Support for other WiFi dongles will be added in the coming months.
Can I use WiFi instead of connecting the VNA to a cabled network?
In the majority of installations we would expect a cabled connection to be possible, and for WiFi to be
added as a fall-back in the event of a connection failure. Where a cabled connection is not possible,
however, WiFi can be used instead.
What 3G/4G dongles can be plugged into the USB port on the VNA?
We now support the following modems
1. Vodafone (Huawei Technologies Co Ltd) Model K3772 HSPA USB Stick, COM
2. Vodafone (Huawei Technologies Co Ltd) Model K4201 HSPA+ USB Stick, ETH
3. ZTE MF100, COM
How is the VNA updated?
Firmware updates are pushed out to the VNA over the Internet and can be managed by
the site administrator.
Can I connect PTZ cameras to the VNA?
You can connect the video signal from an analogue PTZ camera today. The ability to control the PTZ
camera via the web interface is a planned future enhancement.
Will digital IP Cameras be supported?
We are working on a firmware update to support digital cameras. This is due for release in the first
half of 2014.
What is the Micro SD slot used for?
Currently the Micro SD slot is used for Edge recording to a local flash memory card. More specifically,
to enable footage to be stored locally should connectivity to the Cloudview servers be lost.
In a future release we intend to extend this to allow simultaneous recording to local storage at high
frame rates for upload to Cloudview on demand.
Is the VNA weatherproof?
The VNA casing is not weatherproof. However, it has been made small enough to fit inside standard
weatherproof housings used to protect CCTV equipment. It can also be positioned remote from the
attached camera - inside a cabinet or building.
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Appendix 1: Wireless connectivity
In order to configure the VNA to work with WiFi or 3G mobile wireless services, you will need to put the
hardware into a special Admin mode.
Here’s what to do:
1. Disconnect all the cables attached to the VNA and plug the dongle you intend to use into the USB port
on the front.
Note that at present the only WiFi dongle supported is the
Edimax Ew-7811UN, a tiny 150Mbps 802.11n USB adapter
that can be purchased in the UK for around £8.
For 3G we currently support 3G Huawei K3772 USB mobile
broadband dongle (as available from Vodafone).
2. Connect the VNA to the power supply supplied and wait a few seconds until the Power LED is on
steady and the Status LED is flashing.
3. Insert a paperclip or other pointed tool into the reset hole located between the BNC video and
power connectors. Press and hold the paperclip in for 5 seconds and release – both the Status and
Cloudview LEDs should now be flashing.
4. Equip yourself with a desktop or notebook PC, with a cabled Ethernet port, and make sure that the
network interface is set to get an IP address automatically. Connect the PC to the VNA using a
network patch cable and wait a few seconds while it acquires a compatible IP address.
5. Open a Web browser on the PC and connect to the Cloudview Admin interface on the VNA by typing
its default IP address – 172.16.0.1 – into the address bar. You will be prompted for a user name and
password:
User name: admin
Password : default
The Cloudview VNA Admin Panel should now be displayed.
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Cloudview VNA Admin Panel
What you do next will depend on whether you are using a WiFi or 3G dongle.
6. If using a WiFi dongle, click on the WIFI ADMIN button on the menu bar and type in the information
needed to connect the dongle to your wireless network.
You will need to know the SSID or network name, the type of security to apply (WPA2 PSK is the
default here, but you can choose WPA-PSK or WEP encryption), and the key, or passphrase,
needed for authentication.
If using WiFi to provide backup connectivity for a wired connection you should also set the
Fallback Mode to WiFi.
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7. If using a 3G dongle click on the 3G ADMIN button on the menu bar and type in the information
needed to connect the dongle to the 3G wireless network.
The parameters required will depend on the mobile network provider. For a Vodafone 3G dongle on a
monthly contract, the APN (Access Point Name) should be set to wap.vodafone.co.uk with a
User Name of wap and a Password of wap.
If using 3G to provide backup connectivity for a wired connection
you should also set the Fallback Mode to 3G.
8. Make sure you save the settings and test for connectivity before continuing.
9. Note that from the VNA Admin panel you can also configure a static IP address rather than obtain an
IP address dynamically using DHCP. You can also change the Admin password on the device.
10. Once finished, re-boot the VNA to apply the changes, unplug and re-install in the desired location.
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Appendix 2: Technical data
Cloudview VNA
Processor
432MHZ ARM926EJ-S Core with video image co-processor
Memory
128MB DDR2 SDRAM + 256MB Flash
Video input
75Ohm Analogue video, w/BNC jack
Video resolution
720 x 576 (PAL) 720 x 480 (NTSC)
Recording format
JPEG (1 to 12 fps – factory configured)
Network Interface
10/100MB Ethernet - RJ-45 connector
Encryption
Secure Sockets Layer (SSL) with AES 256bit encryption employed to secure data transfer
Other Connectors
1 x USB 2.0 port (for WiFi and 3G/4G wireless dongles)
1 port input (contact closure) / 1 port output (0-3.3v)
Edge Storage
Micro SD card socket (supports w/SDHC memory cards
up to 64GB)
Power
9-14 v DC input, max consumption 2.5w
Casing
Impact modified acrylic - 80mm x 60 mm x 20 mm
Environmental
Operating temperatures 0 to 50 degrees Centigrade
Storage -30 to 85 degrees
Approvals
EN 55022, EN 55024
Cloudview platform
Cloudview is hosted on Amazon Web Services (AWS), a high performance, secure, global cloud infrastructure
platform. Industry recognised certifications include SOC 1 Type 2, ISO 27001, PCI DSS, FISMA Moderate,
HIPAA, and ITAR compliant controls.
AWS uses the same approach to security that enterprises have been using for many years, including physical
security, network separation, and server/storage isolation. The Cloudview VNS resides on a private sub net,
with only necessary components able to connect to the public-facing interface.
Data Security
As well as SSL encryption of data transfers, recordings held on the Cloudview servers are also AES-256
encrypted and stored across several large-scale Amazon data centres that use military grade perimeter
control beams, video surveillance, and professional security staff to remain physically secure with significant
protection against network security issues such as Distributed Denial of Service (DDoS), Man in the Middle
(MITM) attacks, and packet sniffing.
Data Integrity & Availability
Cloudview and Amazon keep redundant backups of all data over multiple locations to prevent data loss. The
highly durable Amazon S3 data storage infrastructure service is employed to redundantly store video data
across multiple data centres. The Amazon S3 service is designed to achieve 99.999999999% durability and
99.99% availability.
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Appendix 3. Useful materials for publication
About Cloudview (89 words)
Cloudview offers the world’s first corporate-grade surveillance solution, designed to deliver the
benefits of IP and cloud-based technology, without the associated costs or complexity. By connecting
cameras through a simple plug-and-play visual network adapter (VNA) to the Cloudview visual
network system (VNS), the Cloudview approach minimises the up-front investment traditionally
associated with surveillance installations. Quick to deploy and easy to use, Cloudview leads the way
with a scalable, flexible and affordable platform to control, manage and monitor surveillance systems,
easily accessible through a browser, from anywhere in the world.
What Cloudview can be used for (121 words)
To extend surveillance systems to cope with remote sites (e.g. wind/solar farms, storage yards,
community and sports venues, etc.).
To add remote monitoring and alerting to an existing CCTV system without the need for complex
VPN tunnelling, fixed IP addressing or additional infrastructure investment.
To protect video footage from tampering and/or potential loss from fire, terrorist attacks and
other threats.
To add visual verification to intruder alarm systems, helping to minimise false alarms without the
need for investment in a full CCTV solution.
To enable analogue CCTV customers to upgrade to IP technology at their own pace.
To minimise the cost of upgrading to IP surveillance by re-using existing analogue cameras
linked to the Cloudview VSaaS monitoring and management platform.
Comment from James Wickes, Cloudview founder and CEO (72 words)
“The analogue comfort blanket has served the surveillance market well but is starting to show its
age, and needs to be brought up to date. That, however, shouldn’t mean throwing the baby out with
the bathwater, which is why we have developed Cloudview, to deliver remote camera monitoring and
management in a format that can be added to existing analogue setups, as well as being simple to
install and, above all, affordable.”
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Call: +44 (0) 1256 698071
Email: cctv@cloudview.co
Web: cloudview.co
PR : sophie@hurrahpr.co.uk
Cloudview
Cloudview (UK) Limited
Pinewood, Chineham Business Park
Crockford Lane
Basingstoke
Hampshire
RG24 8AL
© Cloudview (UK) Limited 2013
All specifications subject to change. E&OE. All sales of Cloudview Services and Products are subject to the terms and conditions of use and
sales of Cloudview Limited and Cloudview (UK) Limited.
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