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RVBD » Topics » Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that were not able to decrypt, rather than only across the WAN, our productThis excerpt taken from the RVBD 10-Q filed Apr 30, 2009. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer limited performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. These excerpts taken from the RVBD 10-K filed Feb 23, 2009. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most
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Table of Contentsorganizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer limited performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. Organizations are increasingly concerned with the security of their data, and to the extent they elect to (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most
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deploy products from multiple vendors, and contain multiple generations of products that have been added over time. If we find errors in the existing software or defects in the hardware used in our customers’ infrastructure or problematic network configurations or settings, as we have in the past, we may have to modify our software or hardware so that our products will interoperate with our customers’ infrastructure. Our products may be unable to provide significant performance improvements for applications deployed in our customers’ infrastructure. These issues could cause longer installation times for our products and could cause order cancellations, either of which would adversely affect our business, operating results and financial condition. In addition, government and other customers may require our products to comply with certain security or other certifications and standards. If our products are late in achieving or fail to achieve compliance with these certifications and standards, or our competitors achieve compliance with these certifications and standards, we may be disqualified from selling our products to such customers, or at a competitive disadvantage, which would harm our business, operating results and financial condition. This excerpt taken from the RVBD 10-Q filed Oct 30, 2008. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer limited performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. This excerpt taken from the RVBD 10-Q filed Jul 29, 2008. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer limited performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. This excerpt taken from the RVBD 10-Q filed Apr 29, 2008. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. This excerpt taken from the RVBD 10-K filed Feb 15, 2008. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most
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Table of Contentsorganizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our products. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our products that address those encrypted transmissions. Our failure to provide such additional functionality could limit the growth of our business and harm our operating results. This excerpt taken from the RVBD 10-Q filed Oct 25, 2007. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our appliances. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our appliances that address those encrypted transmissions. Our failure to provide such additional functionality could adversely affect our business, operating results and financial condition. This excerpt taken from the RVBD 10-Q filed Jul 30, 2007. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our appliances. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our appliances that address those encrypted transmissions. Our failure to provide such additional functionality could adversely affect our business, operating results and financial condition. This excerpt taken from the RVBD 10-Q filed Apr 27, 2007. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user in a format that we’re not able to decrypt, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently detect and decrypt some forms of encrypted data. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our appliances. For those organizations that elect to encrypt their data transmissions from the end-user to the server in a format that we’re not able to decrypt, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our appliances that address those encrypted transmissions. Our failure to provide such additional functionality could adversely affect our business, operating results and financial condition. This excerpt taken from the RVBD 10-K filed Feb 9, 2007. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently do not detect repeated data patterns if the data is encrypted as it passes through our Steelhead appliances. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our appliances. If more organizations elect to encrypt their data transmissions from the end-user to the server, our products will offer little performance improvement unless we are successful in incorporating additional functionality into our appliances that address those encrypted transmissions. Our failure to provide such additional functionality could adversely affect our business, operating results and financial condition. This excerpt taken from the RVBD 10-Q filed Oct 31, 2006. Organizations are increasingly concerned with the security of their data, and to the extent they elect to encrypt data being transmitted from the point of the end-user, rather than only across the WAN, our products will become less effective. Our products are designed to remove the redundancy associated with repeated data requests over a WAN, either through a private network or a virtual private network (VPN). The ability of our products to reduce such redundancy depends on our products’ ability to recognize the data being requested. Our products currently do not detect repeated data patterns if the data is encrypted as it passes through our Steelhead appliances. Since most organizations currently encrypt most of their data transmissions only between sites and not on the LAN, the data is not encrypted when it passes through our appliances. If more organizations elect to encrypt their data transmissions from the end-user to the server, our products will offer little performance improvement unless we have been successful in incorporating additional functionality into our appliances that address those encrypted transmissions. Our failure to provide such additional functionality could adversely affect our business, operating results and financial condition. | EXCERPTS ON THIS PAGE:
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