At least in this part of World counterfeiting printer cartridges has become a common activity. To tackle this issue HP becomes the first company in the world to debut Toner Cartridge Authentication software. The goal of the software is to detect counterfeit toner cartridges and alert the user that the cartridge is not an original HP brand cartridge
The newly announced Toner Cartridge Authentication software is comprised of three components working together. The smart chip technology contains authentication information which is collected by the Authentication software and transmitted to the authentication web service. That service then checks the data and once it is validated, it is sent back to the software, which shows the result in a pop-up box on a users’ screen. Guess what the whole process takes about a minute, amazing!
The software can be downloaded from HP for LaserJet printers, Inkjet printers already have the software embedded within the firmware. Currently the 1000, 2000 and 3000 series LaserJet printers are supported and by 2012 HP hoping support all the HP products that comes under the ink segment.
“Either you get a message saying no risk detected, all packages are original or you get a big, bold risk detected message. If you get the risk detected message, we suggest you also click the link directly to the anti-counterfeit page,” said Andrea Gebhard, LaserJet Supplies, Imaging and Printing Group, Middle East, Mediterranean and Africa.
According to HP in the span of four years they discovered more than 30 million counterfeit products worldwide.
In addition to the Cartridge Authentication Software, HP advises that there are three basic steps that every user of HP supplies can take to identify the authenticity of an HP product, including checking for holographic security labels on the packaging tabs, checking the quality of the packaging and checking the quality and finish of the cartridge itself.
When it comes to modifying Access lists in Cisco IOS devices most of us remove the ACL’s from the Cisco Router and then edit the entries in a note, and then paste back the modified ACL to the respective router via CLI.
There is a way to reduce the overhead involved in modifying ACL by using the Cisco IOS feature of resequencing.
In the following example in a Cisco router there is an access-list name ITKE
ASW2-02#sho access-lists ITKE
Extended IP access list ITKE
1 permit ip host 192.168.1.1 host 10.1.0.1
2 permit ip host 192.168.1.2 host 10.1.0.2
From the example if we need to add one more deny statement for the host 192.168.1, it’s not possible to add a statement without deleting the current access list and create a new one. But the power of resequence allows you to assign a new set of sequence numbers to current access list as demonstrated below using the IOS command “ip access-list resequence”
ASW2-02(config)#ip access-list resequence ITKE ?
<1-2147483647> Starting Sequence Number
ASW2-02(config)#ip access-list resequence ITKE 10 10
This starts the first entry with a sequence number of 10 and increments all new lines by 10. The result is as shown below
ASW2-02#sho ip access-lists ITKE
Extended IP access list ITKE
10 permit ip host 192.168.1.1 host 10.1.0.1
20 permit ip host 192.168.1.2 host 10.1.0.2
By resequencing the ACL now it’s easy to inserts a new ACL with a sequence number of 15 which would fall between the existing entries in the ITKE access list.
In my previous post we came to know five of the top ten Cisco Certifications which are not only popular but also they yield high remuneration. In this post we will discover the other five Cisco Certifications.
6. CCNP Security ($97,539)
CCNP Security certification program is aligned specifically to the job role of the Cisco Network Security Engineer responsible for Security in Routers, Switches, Networking devices and appliances, as well as choosing, deploying, supporting and troubleshooting Firewalls, VPNS, and IDS/IPS solutions for their networking environments
7.CCNP: Cisco Certified Network Professional ($97,296)
There are two tracks available at the Associate and Professional levels – Designing and Networking. The Cisco Certified Network Professional (CCNP) demonstrates that you have the ability to plan, implement, verify and troubleshoot local and wide-area enterprise networks. A CCNP certified individual is expected to work collaboratively with other Cisco specialists on advanced security, voice, wireless and video solutions.
8.CCNA: Voice ($92,837)
There are two tracks at the Associate and Professional levels – Designing and Networking. The Cisco Certified Network Associate Voice (CCNA Voice) demonstrates that an individual possess the required associate-level knowledge and skills to administer a voice network and validates skills in VoIP technologies such as IP PBX, IP telephony, handset, call control, and voicemail solutions.
9. Cisco ASA Specialist ($86,812)
The ASA Specialist certification identifies individuals who possess in-depth expertise with implementing security technologies using the Adaptive Security Appliance (ASA) technologies, especially firewall and VPN functionality. Other topics include ACL, AAA, advanced protocol handling, remote access VPN, secure socket layer VPN, site-to-site VPNs, failover, and security appliance management. Cisco ASA Specialists possess the ability to describe, configure, verify and manage the ASA products and the Adaptive Security Device Manager (ASDM).
10. CCNA Security ($83,101)
Cisco Certified Network Associate Security (CCNA® Security) validates associate-level knowledge and skills required to secure Cisco networks. With a CCNA Security certification, a network professional demonstrates the skills required to develop a security infrastructure, recognize threats and vulnerabilities to networks, and mitigate security threats. The CCNA Security curriculum emphasizes core security technologies, the installation, troubleshooting and monitoring of network devices to maintain integrity, confidentiality and availability of data and devices, and competency in the technologies that Cisco uses in its security structure.
Recently Global Knowledge and TechRepublic partnered to create a comprehensive IT salary survey. The survey revealed few surprises especially when it comes to Cisco Certification, I thought it would be a great to compile popular Cisco Certifications and their associated pay. No doubt CCIE R&S: Cisco Certified Internetwork Expert Routing & Switching leads the path but the surprise element is CCDP: Cisco Certified Design Professional stands second when it comes to remuneration. I am going to reveal the top 10 Cisco Certifications in terms of pay and popularity. Note the rankings are purely based on the recent survey carried out by Global Knowledge and meant only for the US market. You can access their web site for more details.
1. CCIE R&S: Cisco Certified Internetwork Expert Routing & Switching ($120,008)
Cisco Certified Internetwork Expert (CCIE®) certifies the expert-level skills required of network engineers to plan, prepare, operate monitor, and troubleshoot complex, converged network infrastructure. Professionals who achieve CCIE have demonstrated their technical skills at the highest level. There are no formal prerequisites for CCIE certification. Other professional certifications or training courses are not required. Instead, candidates must first pass a written qualification exam and then the corresponding hands-on lab exam. You are expected to have an in-depth understanding of the topics in the exam blueprints and strongly encouraged to have three to five years of job experience before attempting certification.
2. CCDP: Cisco Certified Design Professional ($107,878)
There are two tracks at the Associate and Professional levels – Designing and Networking. The Cisco Certified Design Professional (CCDP) certification demonstrates that the individual who has passed the required exams possesses advanced knowledge of Cisco network design concepts and principles. The CCDP certified individual can discuss, design, and create advanced networks.
With the CCDP certification, you can plan addressing and routing schemes, security, network management, data center, and IP multicast complex multi-layered enterprise architectures that include virtual private networking and wireless domains. The CCDP curriculum includes building scalable internetworks, building multilayer switched networks, and designing network service architecture1.
3. Cisco IP Telephony Design Specialist ($105,871)
The Cisco IP Telephony Design Specialist certification was developed for those who design IP Telephony multi-service network solutions. Cisco IP Telephony Design Specialists can design a scalable, converged network using QoS, Cisco Call Manager clustering, H.323, MGCP, or SIP signaling protocols, and assess the scope of work required to integrate legacy TDM PBXs and voice mail systems into an existing data network.
4. CCNP Voice ($98,290)
Cisco Certified Network Professional CCNP Voice validates advance knowledge and skills required to integrate into underlying network architectures. Furthermore, this certification validates a robust set of skills in implementing, operating, configuring, and troubleshooting a converged IP network. With a CCNP Voice certification, a network professional can create a collaboration solution that is transparent, scalable, and manageable. The CCNP Voice focuses on Cisco Unified Communications Manager (formerly Unified CallManager), quality of service (QoS), gateways, gatekeepers, IP phones, voice applications, and utilities on Cisco routers and Cisco Catalyst switches. Additionally, the integration and troubleshooting of Cisco Unified Communications applications are now covered in the CCNP Voice, specifically the Cisco Unity Connection and Cisco Unified Presence applications.
5. CCDA: Cisco Certified Design Associate ($97,995)
The Cisco Certified Design Associate (CCDA) demonstrates that the individual who has passed the required exams has the requisite knowledge, experience and understanding required to design a Cisco converged network. A CCDA certified individual has the skills to design a routed and switched network infrastructure and services involving LAN, WAN, and broadband access for businesses and organizations.
In upcoming post I will disclose rest of the five most popular Cisco Certifications.
Sony Play Station Network went down one more security beach, according to Sony Official PlayStation blog there is no evidence for stolen credit card detail but Sony even not ruling out the possibility.
“While there is no evidence at this time that credit card data was taken, we cannot rule out the possibility. If you have provided your credit card data through PlayStation Network or Qriocity, out of an abundance of caution we are advising you that your credit card number [excluding security code] and expiration date may have been obtained. For your security, we encourage you to be especially aware of email, telephone, and postal mail scams that ask for personal or sensitive information. Sony will not contact you in any way, including by email, asking for your credit card number, social security number or other personally identifiable information,” said Patric Seybold in the blog post.
I would suggest all PlayStation users to be careful and be vigilant until Sony comes out clean. Make sure to review your account statements and monitor your credit reports daily.
Sony is currently working hard to restore the PlayStation network and hired a recognized security firm to conduct a thorough investigation into what happened.
In 2009 Cisco acquired Pure Digital Technologies was not the brave move, eventually it led to back away from the consumer market by the closure of Flip as part of restructuring. Cisco is expected to reduce its headcount by 550 workers.
May be a better idea for Cisco Systems to concentrate on its core business, especially when there is a rising competition from its rival Juniper Networks and Huawei. I am seeing Huawei gradually making its strong presence in the Middle East market.
According Analysts Flip flopped due to its lack of Internet connectivity, and the proliferation of high end smartphones.
“We have disappointed our investors and we have confused our employees. Bottom line, we have lost some of the credibility that is foundational to Cisco’s success – and we must earn it back. Our market is in transition, and our company is in transition. And the time is right to define this transition for ourselves and our industry. I understand this. It’s time for focus.” said John Chambers CEO of Cisco Systems.
I am looking forward to see how Umi home telepresence going to perform.
A report called ‘In the Dark: Crucial Industries Confront Cyber-attacks’, produced by McAfee and the Center for Strategic and International Studies (CSIS) has revealed that 40% of 200 IT security executives polled believe a major cyber-attack on critical infrastructures may occur over a span of year.
This report surveyed 200 IT security executives from critical electricity infrastructure enterprises in 14 counties, focused on the critical civilian energy infrastructure that depends most heavily on industrial control systems.
Forty percent of the IT security executives from critical electricity infrastructure enterprises believed that the industry’s vulnerability had increased almost 30% and believed that their company was not ready for cyber-attacks.
“We found that the adoption of security measures in important civilian industries badly trailed the increase in threats over the last year,” said Stewart Baker, who led the study for CSIS.
“Ninety to 95% of the people working on the smart grid are not concerned about security and only see it as a last box they have to check,” said Jim Woolsey, former United States director of Central Intelligence.
Some of the key findings of this report
- Eighty percent of respondents have faced a large-scale denial of service attack
- Twenty-five percent of respondents have been victims of extortion attempts
- More than 40 percent of executives believe that their industry’s vulnerability has increased
- Almost 30 percent believe their company is not prepared for a cyber-attack
- More than 40 percent expect a major cyber-attack within the next year
- Energy sector increased its adoption of security technologies by only a single percentage point, at 51 percent
- Oil and gas industries increased by only three percentage points, at 48 percent
- Nearly 70 percent of respondents frequently found malware designed to sabotage their systems
- A quarter of respondents reported daily or weekly DDoS attacks
After reading the complete report it’s evident that there has been an increase in cyber-attacks on critical infrastructure and still most of the organizations are unprepared. Time has come to design the critical infrastructure systems with cyber-security in mind, and organizations need to implement stronger network controls, to avoid being vulnerable to cyber-attacks.
Since its arrival Android is giving a tough time for Apple, plenty of new tablets invented working on Android platform; never the less, Blackberry with its Playbook is expected to do well at least at Enterprise level, HP TouchPad seems to give a tough fight as well. Microsoft is working on Windows 8 eyeing the tablet market and expected to have a demo in June. When all these developments are happening how come Apple can stay idle?
According Reuters the next version of iPhone will go on sale in September 2011, citing three sources with direct knowledge of Apple’s supply chain, the news agency said that production of the iPhone 5 is likely to start in July or August.
The Apple’s next-generation iPhone will have a faster processor but it will be similar in appearance to the iPhone 4, Reuters identified a number of components suppliers for the new phone, namely camera module maker Largan Precision for camera, Wintek to supply the touchscreen, and Foxconn Technology to supply the casing, but none of the vendors would confirm the reports.
Some market observers have suggested that the new phone will be unveiled at an as-yet unscheduled Apple event in September, as Apple has normally held a music-related product launch event in that month. It’s too early to predict the move Apple is going to take; at least I would love to see some restrictions pertained to flash and additional memory expansion are overcome in the new version of iPhone. Not to forget Android is doing an amazing job and its market share is increasing day by day.
Perhaps Apple can come out with a new version of iPad by testing the success of it’s new version of iPhone. Especially when the tablet market is growing exponentially.
In my previous post I was talking about the DNS query problem we were facing with Windows 2008 R2 server. The solution is quite simple. Immediately I started monitoring the logs in the Cisco PIX 525 firewall using ADSM and syslog. I figured out the DNS queries were replied back from the ISP but were dropped by the Cisco PIX 525 Firewall.
%PIX-4-410001: Dropped UDP DNS reply from outside:x.x.x.x/53 to
inside:y.y.y.y/49746; packet length 768 bytes exceeds configured limit of 512
I was wondering what might be the reason, then figured out the packets received from ISP is of 768 bytes whereas by default the Cisco PIX 525 Firewall allows 512 bytes as shown below.
The problem was with the default DNS inspection policy-map. By default in Cisco PIX 525, Cisco ASA it’s configured to 512 bytes
The moment I changed the default DNS inspection policy-map from 512 bytes to 1000 bytes things were normal the Windows 2008 R2 Server was resolving the DNS queries.
The commands I used to change the default DNS inspection policy-map is as follows.
MBGF-DAC-525-FW01# configure t
MBGF-DAC-525-FW01(config)# class-map inspection_default
MBGF-DAC-525-FW01(config-cmap)# match default-inspection-traffic
MBGF-DAC-525-FW01(config-cmap)# policy-map global_policy
MBGF-DAC-525-FW01(config-pmap)# class inspection_default
MBGF-DAC-525-FW01(config-pmap-c)# inspect dns maximum-length 1000
In our new Data Center we added new HP Blade servers and installed Windows 2008 R2 on those servers. Our Servers are connected inside our network behind a Cisco PIX 525 firewall. We are looking to resolve all our DNS queries for the external network using a DNS IP address provided by our ISP which is 212.x.x.2.
In windows 2008 Server we have specified the DNS forwarder as shown in the below diagram.
But it always fails to resolve the DNS queries from internal network to external network using nslookup command from the command prompt of the Windows 2008 Server as well when we are testing the simple and recursive query to other DNS Servers it’s failing as demonstrated below
We have done the following to
1) The internal IP address for the Windows 2008 R2 server is PATed in our PIX 525 Firewall, I could browse the internet.
2) In Windows 2008 R2 Server we have specified the DNS IP Address provided by our ISP.
3) All our servers in the DMZ zone are working fine.
I am working on this issue; meanwhile if any one of you knows who to resolve this issue, your comments are always welcomed.