Here is a short video showing the zoom control on Viewer for AXIS Cams iOS app. In this video we are using an AXIS Q6044-E which has full PTZ mechanical controls.
In the lead iOS app “Viewer for AXIS Camera Companion” one of the lesser known but very useful features is Guard Tour.
Guard Tour displays each camera in the “site” for a five seconds then flicks on to the next camera.
When using Guard Tour we recommend that you leave your iPad on never sleep (auto lock) mode.
Once in never sleep mode then place the app into Guard Tour you can use the iPad as a simple display for shop monitoring. (Note: When the iPad is in never sleep mode it uses a lot of batteries so its best if you leave it plugged into a mains supply)
Should you want to project to a big screen then Apple TV is a great way of doing that. (We wrote about how to set up an EyeSpyFX app to work with Apple TV projection here)
To get to the Guard Tour feature first go to Grid View then hit the Guard Tour button.
The Guard Tour option in “Viewer for AXIS Camera Companion” is a basic Guard Tour feature. It is not adjustable, it is fixed to display cameras at 5 second intervals. If you require more advanced Guard Tour options for setting up a Public View Monitor then the app “PVM for AXIS” is a great choice.
In most Security Cam applications the timeline feature is horizontal with older events to the left and more recent to the right. This suits PC based applications.
In the mobile world timelines are vertical, think of Facebook and Twitter. New events are at the top older events are toward the bottom.
As the demand for mobile access to security cam systems increases we predict that the orientation of timelines will do a 90 degree flip and go vertical.
In our latest app “Timeline” we feature a vertical timeline. Timeline is the world’s first mobileVMS. No server or PC is required; everything runs on the mobile. Because there is no server or PC there was never any reason to build a traditional horizontal timeline, so we went vertical. Come and see this innovative app at IFSEC stand B110. We have a live demo running throughout the show.
Enterprise strength Mobile Apps for Security Camera Systems
EyeSpyFX will be exhibiting many of our lead titles such as:
- Viewer for AXIS Camera Companion
- Viewer for AXIS Camera Station
- IP Utility for AXIS
- Stanley eVideo – VSaaS
- Viewer for Sony Cams
Timeline – changing the idea of a VMS
We will also be showcasing our latest software innovation at IFSEC14. “Timeline” is an Alpha Prototype Mobile app that enables users to view live and recorded video and reporting details from the A1001 Access Control Device. The app maximises the potential of Edge technology.
Cameras and doors are discovered by the app and appropriate User Interfaces are presented to suit the capabilities of each device. By recognising the capabilities of each device and utilising edge storage the app removes the need for a centralised server and VMS.
In a general sense a VMS architecture resembles an “axle and spokes” where the VMS is the axle and the cameras and peripheral devices are the spokes. To a certain extent the VMS sets up the ‘centre’ as the place where all computing takes place and casts the cameras as relatively dumb entities. This may have been so in the past but in many cases now the cameras at the edge have a great deal of computing power built in. Far from being ‘dumb’ many Network Cameras now have onboard the computing power of a small laptop computer of ten years ago. It is entirely feasible to set up a compelling security camera system where there is no centralised VMS.
The components of the Timeline Edge based solution are:
• EyeSpyFX Timeline app
• AXIS ACAP capable cameras
• A1001 Access Control
• A NAS box or other Edge storage
• A VPN software located on the router
• Router and Switch
Timeline follows a new emerging architectural model in line with the development of the Internet of Things where computing functions are placed at the Edge; like NEST. This new model of distributed computing is much more scalable than the axle and spoke method typical of a VMS. If the power is all centralised then adding more cameras requires ever more computing resource to be built. Eventually this will grow huge, fall over, overheat or run out of power. If however, computing resource is distributed to each camera around the edge then in theory an endless amount of cameras can be added to a system that is not burdened by a “centre”.
Timeline is ideal for a small factory or shop where two doors are controlled and up to ten cameras are present. There is no need for a NVR or Server, everything is managed from the Mobile App.
We were setting up our demo unit for IFSEC when we noticed our NETGEAR router has a USB port. We bought a 64GB USB pen drive and set it up as Edge storage for Video Motion Detection on our Viewer for AXIS Cams app. We thought that was pretty cool, it is clear that edge storage is getting easier and more powerful every day. Find out more about the latest update for Viewer for AXIS Cams here or call in for a chat at IFSEC stand B110.
An update for our leading App Viewer for AXIS Cams went live on the App Store on Saturday 8th June.
The new version features App Injection for AXIS Video Motion Detection ACAP. AXIS VMD can be installed on AXIS Cameras that support ACAP. VMD makes it possible to detect motion and automatically make a recording. The mobile app injects VMD into the camera in a seamless way saving time-consuming installation via the web and installing Active X on Internet Explorer. The motion detection area can be set up on the app by positioning a polygon over the area where movement is to be detected.
The app also features Timelapse ACAP also set up via App Injection.
Edge storage is also available as an in app purchase. Edge storage can take the form of an SD card mounted in the camera or a NAS box or a USB memory stick mounted on the router.
These new features make Viewer for AXIS Cams is the most sophisticated app for AXIS cams available on the market today.
The Internet of Things (IoT) is a hugely hyped concept. The hype is fueled by multi million dollar acquisitions such as the Google purchase of NEST. So far, much of the IoT action has been in the domestic consumer space.
One of the main ideas in IoT is the idea of Smart objects. In Security the tendency to build centralised server systems runs somewhat counter to the IoT idea of Smart objects. In Security, intelligence, analytics and computational features tend to reside in the server rather than in the objects: the cameras, sensors and controllers that connect to the system. This contrasts with the consumer IoT where there are fewer central systems. In the consumer IOT features reside in the smart devices themselves, perhaps supported by generalized metadata from a cloud service. The NEST thermostat for example is a Smart object of itself not an object that relies on a connection to a smart server .
There are signs that Security is moving to a more edge based IoT style architecture. The AXIS Camera Companion system is one example of this. If an Internet of Security is to prosper then objects need to be discoverable and configurable and need to be able to respond to queries about the features they possess. In higher end security cameras this level of program-ability is already in place.
At IFSEC we have seen for several years now the development of Mobile Clients for server based Security Camera systems. Of course, this is good ,but really it is simply adding a mobile layer to an old Architecture. This trend contrasts with the next wave of mobile apps on ever more powerful mobile devices that can connect directly to cameras and other smart security devices and present customized UI elements to suit the properties of each individual device. Increasingly it is clear that a central server is not required. Instead edge devices organised and managed by a powerful, easy to use mobile apps stands to become a prevalent architectural model. Could this be the future Internet of Security?
At IFSEC14 EyeSpyFX are pleased to demonstrate an alpha version of our own Internet of Security product called Timeline. Timeline is a mobile app system that manages and enables video from AXIS Cameras and combines it with Access events from the new A1001 Access control product from AXIS. Timeline needs no server, all its capability is drawn from the mobile app. Essentially, Timeline is a Mobile Video Management System (mobileVMS). Timeline is an example of the next generation of mobile apps for the security industry: ultra light weight, agile and extremely powerful with a focus on ease of ease of use. To find out more about this potentially disruptive next wave of app technology call in and talk to us at stand B110 at IFSEC 14.
We would like to invite to installers and system integrators to join out join our advance thinking test flight group and help us shape the future of mobile Security Camera Systems.
Security Camera Systems used to comprise of a Security Guard Viewing Station, a server and the cameras. It was all within the corporate LAN. Then came Mobile apps. When the mobile device is within the LAN access to the Security Camera System is simple. The difficulty arises when the user picks up the device and roams outside the LAN then the app cannot connect anymore and the user is left wondering why.
Open a Port
The reason the App won’t work when it is moved outside the area of the LAN is because remote access is not set up on the Security Camera System. To enable remote access the System Manager must set up port forwarding (http://portforward.com) to an externally addressable IP address. The external IP address port details can be saved in the Mobile App. This is fine and works very well up to a certain limit. If you need to open multiple ports to access more than one camera or more than one server system then opening ports seems more and more burdensome.
Try a VPN
A Virtual Private Network (VPN) (http://en.wikipedia.org/wiki/Virtual_private_network) extends a private network across the internet. It allows a computer to send and receive data across the internet as if it was connected directly to the private network and it benefits from the functionality, security and management features of the private network. A VPN is created by establishing a virtual point-to-point connection through the use of various virtual tunnelling protocols or traffic encryption.
From a user perspective, accessing the data on a VPN is exactly the same as if they were connected directly to the private network. VPNs allow employees to connected securely to the companies intranet from outside of the office in order to access data.
Security advantages of a VPN
Public WiFi offers no encryption security to its users and your signals are broadcast for anyone tech savvy to eavesdrop. If you are connected to a public network via a VPN then all of the data that was once easy to intercept is now encrypted and no one else can see it. Much like a firewall protects the data on your computer, a VPN protects your data when you are online.
Speed of performance maybe slower. A VPN encrypts all data that is transferred through it. Encryption is a processor task. The speed of the transfer may be affected if the processor in the VPN device is slow.
VPN and AXIS Camera Companion and a VPN on a NAS box
We decided to try out the VPN software on a NAS box device with a view to using it with AXIS Camera Companion and corresponding Mobile App. Read the full PDF here [FREE]
The easiest way to discover the IP address and MAC address of AXIS Cameras is by using this simple app: https://itunes.apple.com/us/app/ip-utility-for-axis-cameras/id875861065?mt=8
IP Utility for AXIS Cameras is designed for camera installation engineers. It searches a network and discovers AXIS IP Cameras. The app enables you to set a root password if one has not already been set. This feature will be displayed if the camera has not already been set up.
Discovered AXIS IP Cameras are displayed in a list showing the serial number of the camera and the IP address.
By highlighting a specific camera you can view the camera in a web browser if you know the user name and password.
- - Discover
- - Set root password
- - View cam
If you need to discover AXIS Cameras on a network then this app makes it easy and enables you to do so without needing to carry a laptop.
We are pleased to launch our Time- Lapse AXIS Camera application.
Use case: You have an AXIS Camera and would like to use it to make Time-lapse movies.
We made a feature on our iOS app “Viewer for AXIS Cams” to make Time- lapse movies. This feature uses a process called App Injection to load an AXIS Camera application (ACAP) onto an AXIS Cam. Once the Time-lapse ACAP is loaded you can start making time-lapse movies using “Viewer for AXIS Cams”.
A choice of two in app purchases are available: Two cam licence @ $2.99 and Unlimited Cams licence@ $49.99
The status of the icon (a film clapperboard) changes colour according to the status availability of the Time-Lapse App.
A White icon will appear if the option to buy the ACAP is available. (i.e. if we have detected that the camera we are connecting to is capable of supporting ACAP). Red will appear if the time-lapse ACAP app has been purchased and successfully installed but is not currently running. A Green Icon will appear if the time-lapse icon is currently running
The time-lapse interval is adjustable: the range goes: 5, 10, 15, 20, 25, 30 35 mins, 1 hr, 24 hr.
Time-Lapse works with all AXIS models that can support AXIS Camera Application Platform (AXIS maintain a list of ACAP capable cams: http://www.axis.com/techsup/firmware.php)
This Time lapse app is envisaged as a tool for making a summary of the day or week. Time-lapse summaries can certainly be useful but also on occasion can be very beautiful….it all depends on the camera view.
The finished time-lapse videos are saved into the camera roll of your iOS device (iPhone, iPad or iPOD). Once you have them saved there you can share them via Dropbox.
As the images are uploaded from the camera they are stored in the cloud. Each time-lapse account stores 370 images. Once the 370th image is saved the first is deleted…and so it scrolls on. When a user requests a Time-lapse video from the app the images are sent to the iPhone and compiled by the app as a movie. The user then has the movie for that moment saved on their phone.