Posts Tagged ‘android’

Government Certifies First Android Crypto Software with NSA Suite B

Tuesday, June 1st, 2010

Official FIPS 140-2 Validation for Mocana NanoCrypto Android Should Make it Easier for Military, Government and Contractors to Specify Android Devices

San Francisco, CA (PRWEB) June 2, 2010 — Mocana Corporation, a company that focuses on securing non-PC connected devices, today announced that it has earned the government’s first FIPS 140-2 level one validation for a binary cryptographic module with Suite B cryptography running on the Android™ platform.

Mocana was in the news last week after receiving a significant strategic investment from Symantec. The resulting technology partnership will help Symantec expand its offerings from the PC into the faster-growing “smart device” market.

The 140-2 FIPS (Federal Information Processing Standards) are used to accredit the cryptographic “engines” that drive secure software or hardware implementations, and most federal agencies and contractors working on sensitive government projects are prohibited from buying products containing security software that is not officially FIPS-validated. Up until now, FIPS-validated security hasn’t been commercially available for Android devices. Today’s announcement clears an important obstacle to the more widespread use of these devices in the federal government.

NIST, the National Institute of Standards and Technology, wrote the FIPS 140 Publication Series to standardize federal cryptography requirements. Most federal agencies and departments require that any computer security implementations contain only FIPS-certified cryptographic modules. The FIPS 140-2 program tests security software and hardware approved for government “sensitive, but un-classified” information. The application and testing process is rigorous and non-trivial, but for companies selling security products to the federal government, their contractors or allies overseas, formal FIPS validations are a prerequisite to eligibility for government contracts.

Mocana applied for and received FIPS 140-2 Level 1 validation for its NanoCrypto Android product compiled for Linux on ARM-based CPUs; the FIPS-validated NanoCrypto binary will run on all current Android phones and devices. NanoCrypto is a sophisticated cryptographic engine designed for device developers. It’s purpose-built for non-PC devices and resource-constrained embedded systems. It is one of the smallest, fastest and most comprehensive cryptographic cores on the market, in addition to being one of the most popular: the cryptographic engine that drives NanoCrypto is already installed on millions of devices from hundreds of device OEMs worldwide, on everything from networked medical devices to unmanned military drones (“UAVs”). With built-in support for over 30 operating systems, NanoCrypto enables device OEMs and ISVs to add sophisticated cryptographic security features to almost any type of device or application.

“This makes it easier for developers to start building cost-effective, security-oriented commercial Android apps for use in federal and military settings,” said Adrian Turner, CEO of Mocana. “Many government buyers couldn’t purchase Android phones ‘off the shelf’, because FIPS 140-2 validated solutions weren’t available. Now this incredibly popular platform is a more viable, cost-effective option for sensitive federal and military applications that need strong cryptography.”

FIPS certification should make it easier for Android to penetrate the medical market, too – another device ecosystem where security is key. Specifying FIPS 140-2 validated encryption software in purchasing contracts is an easy, “best practices” way for hospitals and health networks to take a high assurance approach to data confidentiality and integrity protection, especially as it relates to the security and privacy of patient records. Mocana’s CEO, Adrian Turner, was interviewed recently by Maria Bartiromo on CNBC regarding the state of medical device security, and interested parties can view that video at http://www.mocana.com/video-cnbc-040110.html.

NanoCrypto, like every Mocana product, is available as a FIPS-validated binary for specific platforms or as platform-independent ANSI C source code. Designed exclusively for developers; NanoCrypto is not a “finished app” or utility for end-users. Developers can request a free trial of the NanoCrypto product at http://mocana.com/nanocrypto.html

About Mocana
Mocana secures the “Internet of Things” – the 20 billion datacom, smartgrid, federal, consumer, industrial and medical devices that connect across every sector of our economy. These devices already outnumber PC’s on the Internet by five to one, representing a $900 billion market that’s growing twice as fast as the PC market. Every day, millions of people use products sold by over 100 companies that leverage Mocana’s Device Integrity software, including Dell, Cisco, Honeywell, General Electric, General Dynamics, Avaya, Nortel Networks, Harris and Radvision, among others. Mocana won Frost & Sullivan’s Technology Innovation of the Year award for 2008 for Device Security, and was named to the Red Herring Global 100 as one of the “top 100 privately-held technology companies in the world” in January 2009.

Understanding “The Internet of Things”

Wednesday, April 7th, 2010

pic1-28Currently in its planning phases, the second annual “Internet of Things Conference” in Tokyo will take place this November. Discussing some of the conference’s proposed topics and how they’ll shape the future of the Internet of Things, a recent article on ReadWriteWeb explores the incredibly vast scope of this connected device landscape.

Some of the highlights include:

  • How the IoT–through the smart grid and other eco-initiatives–will encourage a greener planet
  • The creation of entirely new industries from relatively simple, novel tech ideas
  • The potential for connected technologies such as RFID and GPS to threaten personal privacy and security

As the Internet of Things continues its rapid expansion, the need to ensure device integrity and security–as an integral part of the design–will become increasingly critical.

Android Platform Quickly Growing Beyond Phones, Security Concerns Remain

Monday, March 8th, 2010

pic2-38Google’s open source Android platform has been a popular entry into the smartphone market. And, as shown on a recent NetworkWorld slideshow, manufacturers–from Archos to Compaq–are quickly developing a range of Android-based network devices, including tablet computers, netbooks and portable media players.

But with an already established list of security breaches and weaknesses,

-“Security Flaws in Google Android”
-“Security…practically nonexistent with Google”
-“Android Security Vulnerability Discovered”
-Android 2.0.1 Security Flaw Allows Screen Lock Bypass

concerns remain about the rapid spread of a device platform that still functions without a developed, comprehensive security architecture.

Symantec to Vouch for Phone Apps

Sunday, February 28th, 2010

pic3-37According to a recent article in The Sydney Morning Herald, security company Symantec is planning to release a solution for ensuring the security of mobile phone apps and they networks they connect to.

The solution will be based on the reputation-based security algorithm already used by the Norton 360 security suite to build a live database of reputable mobile apps. The database will be housed in the cloud and will be customisable according to corporate policy.

Users will then be able to download and use applications knowing they have a high reputation score. Apps already downloaded may show a warning or be centrally disabled by an IT department if their reputation score changes.

According to Symantec Research Labs vice president Joe Pasqua, “In the Android world anyone can sign their own application. Google has taken an approach that says we’ll be completely open. And what is Apple vetting for? APIs, network bandwidth use, copyright, but not necessarily from a security perspective. Even if they are, we’ve already seen how badly-developed apps for phones have brought down mobile phone towers, not intentionally, but it happened…”

Additionally, a hacker was recently able to post his phishing app–which attempted to trick users into submitting their banking details–to Google’s Android Market.

Malicious App Found in Android Marketplace

Thursday, February 4th, 2010

pic4-33A hacker was able to successfully post his phishing app to Google’s Android Market, according to a recent article on The Register:

The rogue Android application posed as a legitimate banking applet, but was actually designed to trick marks into handing over bank login details to fraudsters….

The malicious app was identified and Android users who downloaded this, or any other, app created by the now banned user known as “Droid09″ were notified and advised to delete the apps.

Clobbering the Cloud

Monday, October 12th, 2009

pic2-20“Spying on BlackBerry users for Fun.”

“Clobbering the Cloud.”

These are the titles of two of the presentations scheduled for this year’s “Hack In The Box” (HITB) security conference in Kuala Lumpur, Malaysia. As mobile devices and smartphones continue to proliferate, “the cloud” — the term for services and applications hosted on the internet — is becoming the target of choice for hackers and the new focus for security experts.

According to a recent PC World article, HITB is one of Asia’s most prominent security conferences, bringing together hackers and security experts alike. And according to conference host and organizer Dhillon Andrew Kannabhiran, mobile technology and “the cloud” are among this year’s hot topics:

The focus [of security] is definitely moving towards “the cloud” and to the security of embedded devices (Android, iPhone) to more advanced client-side attacks which leverage Web 2.0 technologies, such as attacks on Facebook, Twitter and other popular sites.

DSF for Android is Mocana’s comprehensive, open standard’s-based security suite for developers building in the Android™ Mobile Platform.

Mocana Releases Mobile Industry’s First LTE/3GPP/4G Security Solution

Monday, October 12th, 2009

pic3-20Mocana announced first shipments of NanoCert LTE, the mobile industry’s first software developer’s solution focused on securing LTE / 3GPP / 4G infrastructure devices like eNodeB base stations and Serving Gateways.

The iPhone, Android and the Palm Pre have made it abundantly clear that the future of the Internet lies in devices that travel with us, not in the box and screen on our office desktops,” said Adrian Turner, President and CEO of Mocana. “LTE/3GPP standards documents are quite specific about the device integrity and communications security measures needed for these next-generation infrastructure appliances. But implementing those security specifications was non-trivial, to say the least, and represented a significant time and cash expense to LTE and 4G development teams. NanoCert LTE was built to make securing these new platforms quick, painless and cheap, so that businesses and consumers everywhere can start doing more — with confidence — with these revolutionary new platforms.

NanoCert LTE’s announcement further asserts Mocana’s leadership in the fast-growing cellular security market, following last year’s release of NanoPhone (now marketed as DSF for Android), the first comprehensive security suite designed for Google’s Android platform.

NanoCert LTE is available now. Developers working on LTE or 4G eNodeB or Serving Gateway devices can request free trial of NanoCert LTE here.

NanoSec New Release Makes it Easy to Implement IPsec on Devices

Monday, November 24th, 2008

Mocana’s latest version of NanoSec, a component of the recently announced NanoPhone Suite for Android™, provides developers with the smallest, fastest IPsec implementation on the market, making it ideal for resource-constrained smartphones, intelligent printers, networked medical devices, industrial automation and SCADA applications. With NanoSec, design teams can dramatically reduce development costs and time-to-market when building IPsec-compliant device applications.

The NanoSec source code is available now for a 90-day free trial at www.mocana.com/evaluate.html.

“This new version of NanoSec includes a number of features and policies that can be switched on and off as needed, without needing to completely recode the product. For device makers, this provides greater flexibility in terms of application development and provides a competitive advantage when selling into the enterprise.” James Blaisdell, CTO for Mocana

Lots of Ink for New Android Security SDK

Friday, November 7th, 2008

Mocana’s release of the new NanoPhone security suite for Android was our biggest product announcement ever, garnering coverage in scores of printed and online publications. In case you missed it, using NanoPhone, developers can quickly add much-needed firewall, VPN, and encryption features to Android handsets without compromising the performance, throughput or battery life of the platform. Read a sample of the coverage, below:

“Openness is good, but it needs to be controlled and balanced,” said James Blaisdell, CTO of Mocana. “Unfortunately, there are always going to be bad characters who will target vulnerabilities, bake vulnerabilities into devices, and write legitimate looking Trojan horse applications,” he said, adding that “without balance we end up with several security problems.”

The G1 and Security: A Paradox in Play? internetnews.com >
Android Gets Security Suite, EE Times >
Mocana Launches Security Suite for Android Platform, CBR mobility >
FIPS-Vetted NanoPhone Suite Pushes Android Adoption, TelecomWeb news break >

Security for Android — At Last

Tuesday, October 21st, 2008

pic2-4-773395Using Mocana’s just-announced NanoPhone™ suite, developers can quickly add firewall, VPN, and encryption features to Android handsets without compromising the performance, throughput or battery life of the platform. NanoPhone is the most comprehensive open standards-based security suite for developers building to the Open Handset Alliance’s Android specifications.