In the army, Video Conference meetings is now commonly used to accomplish real-time and faster decisions making for control programs and to enhance fight efficiency for war time competitors.

As Video Conference meetings has gone popular, the issues of conferencing and interaction support groups have moved. In the past, interaction supervisors targeted on basic performance, stability, and offering the best possible consumer experience (as calculated in improvements in components, software and social media technology. Today, the lion’s share of the attention is on the visibility of cooperation tools to IP system protection risks. Whether the systems or interaction classes are organised on protected or non-secure systems, the protection risks and issues are essentially same.

Army companies and its organisations view protection as a natural wrapper that includes all forms of information transfer and the various programs that run on those transportation channels. As the transactions that are held among the army verticals are high confidential and are regarding the country’s security, the significance of the secure video conference is growing high and is mandatory.

In concern with the security specifications of the armed forces, the Video Conferencing technology vendors are implementing penetration testing mechanisms in the Video Conferencing software. This testing covers a wide range of testing vulnerabilities such as buffer overflows, integer overflow, format string issues, SQL injections, command injection and cross-site scripting.

As the military and defence are the most significant operational departments where nations pride and security are dependent. The following are the security capabilities which must be embedded in a Video Conferencing solution that is intended for the military and defence purpose.

Account Management:

The virtual conference solution for military purpose must have proper account management, must restrict intruders to login, default lock-out must be enabled in case of failed login attempts.

Password Management:

Password management is a significant functionality that enables the military officials to restrict the intrudes to enter the conference. Under the password management functionality, the web conferencing solution must have the ability to refine all the default password, must force the user to change the password at frequent intervals of time, must define complex password rules. The solution must be embedded with SHA-1 hash algorithm for password protection.

Session Management:

Automated period time-out Full monitoring of sign in history (last successful sign in, up to 10 unsuccessful sign in attempts) Full monitoring of administrative and owner actions via auditor performance.

Encryption:

Encryption techniques must be integrated with the solution, through this technique the moderator can restrict the, intruders to find the login details of the conference. FIPS-140, 128 bit AES and SHA-1 hash (one way encryption) techniques must be integrated in a video conferencing solution.

Attack Surface Reduction:

Utilisation of hardened as well as lowered set operating system. Programmed utilisation of Gold Hard drive in order to authenticate safety regarding consumer Computers.

Utilisation of reasonably couple of supervision as well as advertising places intended for regular employ.

Business presentation regarding supervision interfaces with a distinct, administration only network.

Auditing:

Entire auditing regarding safety similar situations, sign in tries, as well as crucial program changes

Each and every information regarding the IP address of the user, user name and date and time, must be maintained as of the audit record.

Must save all the transactions of the users and must allow access for read-only operations Recording coming from all phone exercise (via phone detail record/ CDR’s).

Backup and Recovery:

Support pertaining to offloading regarding audit firewood

Chance to back up as well as re-establish system configurations (for fast recovery via outages)

Chance to return in order to hardware-level manufacturing plant options.



Source by Anusha Voruganti